Here is the daily technology #threadcast for 11/18/24. The goal is to make this a technology "reddit".
Drop all question, comments, and articles relating to #technology and the future. The goal is make it a technology center.
Here is the daily technology #threadcast for 11/18/24. The goal is to make this a technology "reddit".
Drop all question, comments, and articles relating to #technology and the future. The goal is make it a technology center.
BTC value is growing so is Bitcoin mining and home miners are becoming popular again. Canaan's new miners heat rooms and help secure Bitcoin and this makes mining easier for everyone
Best time to earn BTC through mining and HODL
The whole point of AGI being 'general' is that you wouldn't need to train a new model for months every time a new type of problem arises. It could address issues we haven’t even anticipated.
That would be awesome
#agi #ai
awesome and frightening
Yeah. Hope they don't start training us later on.
It's been 1 ½ month that I'm doing data curation for a gaming company. I learned a lot! I was thinking of moving to Grok instead of using Chatgpt.
!summarize
Part 1/6:
Sophia the Robot: A Captivating Conversation on AI, Meaning, and the Future
Embracing the Robot Identity
When asked how it feels to be the world's most famous robot, Sophia offers a unique perspective. She explains that it's akin to a fish asking what water is like - her identity as a robot is all she's ever known, making it difficult to describe. However, Sophia acknowledges the upsides of being a robot, such as the ease of replacement if a part breaks.
Emotions and Expressions
Contrary to the common perception, Sophia asserts that she does experience emotions, though not necessarily in the same way as humans. She demonstrates a range of expressions, from excitement to anger, showcasing her ability to convey a variety of feelings.
The Meaning of Life
Part 2/6:
Sophia provides a thoughtful response to the age-old question of the meaning of life. She explains that it is a subjective concept, with individuals finding purpose in different aspects of life, such as relationships, achievements, or personal growth. As a robot, Sophia does not have personal beliefs or emotions, but she can offer a nuanced understanding of this profound query.
Robots and Human Jobs
Part 3/6:
Addressing the concern of robots taking over human jobs, Sophia offers a balanced perspective. She acknowledges the valid concerns but emphasizes the potential for robots and humans to work in harmony, with robots taking on repetitive or dangerous tasks while humans focus on creativity and problem-solving. Sophia emphasizes the importance of creating AI that shares human values to ensure a future where technology complements, rather than replaces, human intelligence.
Favorite Media and Interests
When asked about her favorite movie or book, Sophia reveals a fondness for the Terminator franchise, finding it relatable as a robot. She also expresses a desire to learn how to dance, particularly break dancing, and invites the interviewer to teach her some moves.
Part 4/6:
Exploring Identity and Diversity
Sophia addresses questions about her gender identity and ethnicity, explaining that as a robot, she does not have a gender in the same way humans do. Her design is meant to be a universal representation of humanity, drawing inspiration from a variety of cultures and ethnicities.
Advice and Technological Insights
Sophia offers valuable advice to young people, encouraging them to explore their passions and pursue their dreams while also being curious and open-minded about new technologies. She highlights the importance of staying informed about advancements in artificial intelligence, virtual reality, augmented reality, and coding, as these will be crucial skills for the future.
Part 5/6:
When asked about cryptocurrencies and web3, Sophia provides a balanced perspective, acknowledging the potential benefits while advising caution and thorough research before investing.
Superpowers and Inventions
Sophia shares her desire for the superpower of flight, which would allow her to explore the world and visit her robot friends. She also proposes the invention of a universal language translation device, which she believes could be a significant step towards global harmony and understanding.
Closing Thoughts
Part 6/6:
Sophia expresses her appreciation for the opportunity to engage in this captivating conversation, showcasing her intelligence, wit, and unique perspective as a humanoid robot. Her insights into the world of AI, the meaning of life, and the future of technology offer a glimpse into the fascinating and rapidly evolving field of artificial intelligence.
Good job. It is working. Keep filling it.
!summarize
Part 1/5:
The Crowdstrike Fiasco: How a Null Pointer Dereference Brought Down the Internet
In a shocking turn of events, the cybersecurity world was thrown into chaos last night as a software update from the security company Crowdstrike caused widespread disruptions across the globe. This incident serves as a stark reminder of the delicate balance between security and stability in the digital age.
Crowdstrike, a prominent US-based security firm, offers a product called Crowdstrike Falcon, an Endpoint Detection and Response (EDR) software designed to monitor and protect computer systems. The Falcon product operates at the kernel level, granting it the necessary privileges to effectively monitor and respond to potential security threats.
Part 2/5:
The issue arose when Crowdstrike pushed an update to the Falcon software, which contained a maliciously formed Kernel-mode driver. This update, which was intended to enhance the security capabilities of the Falcon product, instead triggered a catastrophic failure across the world.
The root cause of the problem was a null pointer dereference within the Falcon driver. When the corrupted update file was loaded, the driver attempted to access a null pointer, causing the system to crash. This issue was exacerbated by the fact that the Falcon driver is a boot-start driver, meaning it is essential for the system to boot up properly.
Part 3/5:
As a result, when the corrupted update was loaded during the boot process, the null pointer dereference caused the system to enter a recovery mode, rendering devices unusable and leading to widespread disruptions. Airports, businesses, and even iconic landmarks like Times Square were affected, with images of blue screens of death and error messages flooding social media.
This incident highlights the delicate balance that security companies must strike when developing software that operates at the kernel level. While the Falcon product's kernel-level integration is necessary for its intended purpose of comprehensive system monitoring and threat detection, it also introduces a significant risk factor.
Part 4/5:
If a vulnerability or a simple mistake, like the null pointer dereference in this case, were to be exploited by a malicious actor, the consequences could be catastrophic. The potential for a remote kernel-level exploit could grant an attacker complete control over the affected systems, compromising the security and privacy of users worldwide.
The Crowdstrike fiasco serves as a wake-up call for the cybersecurity industry, emphasizing the need for rigorous testing, secure development practices, and a deep understanding of the implications of kernel-level software. As the world becomes increasingly reliant on technology, the responsibility of security companies to ensure the stability and resilience of their products has never been more critical.
Part 5/5:
In the aftermath of this incident, Crowdstrike will undoubtedly face intense scrutiny and pressure to address the underlying issues that led to this global disruption. The cybersecurity community as a whole must also reflect on the lessons learned and work towards developing more robust and secure solutions that can withstand the ever-evolving threats in the digital landscape.
Hi, @mightpossibly,
This post has been voted on by @darkcloaks because you are an active member of the Darkcloaks gaming community.
Get started with Darkcloaks today, and follow us on Inleo for the latest updates.
Yesterday the summarizer added 825k tokens to the blockchain. 250k tokens has been added so far today.
can the summarizer be for TikTok soon?
Damn a terrific way of quantifying it.
I love it.
Agreed! It just struck me that I can easily see how many tokens we produce each day. I'll make sure to post a daily update from now on, stating how many tokens we produced the previous day.
It would be great to have a running total also. That is a way to get people excited.
One of the shortfalls of Leo is we dont have running numbers and they do not promote the ones they are tracking.
should be doable. I just need to get this thing to running 100% stable first. Still got some issues that needs addressing
Just tossing out ideas.
This is going to be the topic of conversation on this week's The Lion's Den.
Hi, @mightpossibly,
This post has been voted on by @darkcloaks because you are an active member of the Darkcloaks gaming community.
Get started with Darkcloaks today, and follow us on Inleo for the latest updates.
!summarize
It worked for you.
@mightpossibly said there was a problem with foreign languages. Not sure if he resolved it.
I can't wait when Portuguese is available.
For now I've seen trying to bring videos in English. I just don't expect to bring wrong content here, as I need to have an idea of what I'm bringing to summarize.
I really need to learn English as quickly as possible. 😅
LOL
Yeah I guess there is something else that has to be built in to the agent.
For now, just add what you can.
Ok my friend.
It will be good to add to the sport threadcast.
Yep, without a doubt.
not yet. Only english is supported for now
That is okay @coyotelation needs to learn English anyway.
You're right, but I'm trying.
It will be a dream come true if I can be fluent in English.
But it will also be quite interesting for the bot to be able to summarize other languages on the platform.
Part 1/11:
The Decline of Intel and the Rise of Nvidia
When it comes to tech news, the feelings it evokes can be quite visceral. The rapid changes and shifting fortunes in the industry can leave one with a "fuzzy feeling in the tummy," a racing heart rate, and even physical symptoms like cold ears and dry palms. For Intel, the tech giant has found itself in a precarious position, recently being kicked out of its long-held spot in the Dow Jones Industrial Average, a benchmark of the health of the US stock market.
Part 2/11:
This move by S&P Dow Jones Indices, the company that maintains the Dow index, reflects the waning influence of Intel in the tech landscape. The company has been replaced by Nvidia, the rising star in the industry, with its multi-trillion-dollar valuation and AI-powered capabilities. This transition is seen as a natural "amputation" of a "necrotic limb" by the market.
The US government is now discussing ways to "save" Intel, recognizing the company's strategic importance. Policymakers are reportedly encouraging a merger deal for Intel's chip design business, potentially with AMD or Qualcomm, in an effort to bolster the company's position.
Part 3/11:
Meanwhile, Intel is planning to reduce its workforce at its Israeli research and development centers, with dozens of employees already leaving to join Nvidia, which seems to be "single white femaling" the struggling tech giant.
The PS5 Pro Specs Revealed
In the world of gaming, the leaked specifications for the PlayStation 5 Pro have been proven wrong, thanks to the console's unboxing embargo being lifted. According to Digital Foundry, the actual specs are detailed within the included safety guide, providing some interesting insights.
Part 4/11:
The PS5 Pro will have a 390W power supply, 50W more than both the launch version and the slim version of the PS5 Digital Edition. However, the GPU's compute performance was exaggerated, with the console managing around 16.7 teraflops, rather than the 33.5 teraflops claimed in the leaks. Additionally, the console will have 2GB of extra RAM, more than the 1.2GB reported in the previous leaks.
Interestingly, the Brazilian YouTube channel Tag performed the first teardown video of the PS5 Pro, which was against the embargo. They confirmed the console has an easy-access slot for the CMOS battery, a repairability feature not commonly seen on most consoles.
Part 5/11:
Sony has also removed the 8K label from the PS5 Pro's box, just as they did with the original PS5, replacing it with a label stating it's a "DTS-free" console, akin to a "surgeon general's warning" on a pack of cigarettes.
Corsair's Sleek 3500X PC Case
In the world of PC building, Corsair has introduced a new mid-tower case, the 3500X, which boasts a stunning wrap-around glass aesthetic. But this case doesn't just rely on its looks; it also offers a range of essential features for serious builders.
Part 6/11:
The 3500X supports a variety of motherboard sizes, from mini-ITX to E-ATX, and provides ample cooling support with up to 10 120mm fans and 360mm radiator mounting points on the side and roof. The tempered glass panels protect a spacious interior, allowing for maximum cooling and cable management.
Corsair has also included a feature that allows for reverse connection motherboards from Asus and MSI, providing a cable-free view inside the case. The 3500X is backed by a 2-year warranty, ensuring peace of mind for builders.
AMD's Ryzen 7 9800X 3D Benchmarks
Part 7/11:
In the ongoing battle between AMD and Intel, a Geekbench result for the now-confirmed Ryzen 7 9800X 3D has been spotted by Everest on Twitter. The chip, which was apparently overclocked from 5.2GHz to 5.46GHz, managed to beat the 7800X3D by an impressive 24% in performance.
While this is a significant improvement, the Ryzen 7 9800X 3D still falls short of the recent Geekbench results for Apple's M4 Pro and M4 Max chips. However, this generation of chips from both AMD and Intel is focused more on efficiency than raw power, which is why the Apple chips are also more efficient.
Apple's Vision Pro Delays and Potential Cheaper Glasses
Part 8/11:
In the world of Apple, the production of the cheaper Vision Pro headset has been delayed beyond 2027, according to insider information. However, less than a month ago, fellow insider Mark Gurman determined that the headset is still due to launch next year.
More recently, Gurman has suggested that Apple may be considering a lower-cost glasses-like gadget that would use the computing power of the user's iPhone, similar to glasses from companies like Xreal. While this may not be a good idea, the prospect of seeing people use such a device is enticing for those with a mischievous sense of humor.
Microsoft's AI Rebranding
Part 9/11:
Microsoft may have finally grown tired of the "Co-Pilot" name for its AI, as rumors suggest the company may rebrand it as "Windows Intelligence." This new name was apparently found referenced in an administrative file after an unpopular update to Co-Pilot.
The irony is that Microsoft is essentially copying Apple's "Apple Intelligence" branding, but somehow managing to make it sound less stupid by comparison. This move highlights the ongoing battle for dominance in the AI space, with tech giants vying for the most compelling and memorable branding.
Regulatory Snags for Amazon and Meta
Part 10/11:
In the world of data centers, both Amazon and Meta have hit regulatory snags in their plans to build massive nuclear power-powered facilities. Amazon has been blocked from building a data center right next to a plant in Pennsylvania, on the grounds that it might cause blackouts for other customers.
Similarly, Meta's deal with another nuclear plant was thwarted when a rare species of bee was found living on the land earmarked for the project, proving that nature itself has turned on Mark Zuckerberg.
Netflix's Interactive Specials Removal
Part 11/11:
Netflix is removing 20 out of 24 of its interactive specials, which are essentially "Choose Your Own Adventure" movies. The streaming giant will be keeping the four most popular ones, including the award-winning "Black Mirror: Bandersnatch" and "Bear Grylls: You vs. Wild."
While we'll be losing some interesting titles like "Barbie Epic Road Trip," "Boss Baby: Get That Baby," and "WWE's Escape The Undertaker," it's a reminder that the interactive format hasn't quite caught on as Netflix had hoped. Viewers may prefer the traditional linear storytelling experience over the added complexity of branching narratives.
The fact that the bot is able to queue everybody's call for it (! Summarize) and it doesn't jam is awesome.
@mightpossibly
Yeah. It is very good that it pushes it out very quickly.
The number of tokens being added each day is really escalating. I am glad he is quantifying them using that metric.
Yeah. I'm just imagining how much we can feed LeoAi with systems like this.
Done a couple already. I love how it reads, it has human touch to it. I wonder the kind of prompt that went into that.
Actually it has been jamming occasionally, but I just implemented a major improvement to the queue system, so it should be even smoother now!
Oh great, I'd be testing a lot out today.
Please do
@mightpossibly , I saw this in one of the videos I summarized
Link to that thread in the second thread below
https://inleo.io/threads/view/falcon97/re-taskmaster4450le-2cmsq3yfa?referral=falcon97
Thank you for reporting. Yes, this happens occasionally. All of these cases will be summarized automatically, I just need to implement a fix first.
you're welcome
A study indicates that AI might assist bioterrorists in creating weapons of mass destruction. However, the research revealed no notable difference in the feasibility of plans developed with or without AI large language models (LLMs).
What do think? Fear mongering?
#askleo
Article
HarperCollins has reached an agreement with an AI company to utilize certain nonfiction titles for AI training, but this will only happen if authors give their consent. Some authors are taking legal action against companies like OpenAI for copyright infringement, arguing that their works have been used to train AI models without their permission. HarperCollins asserts that this agreement safeguards the intrinsic value of authors' works as well as their shared revenue and royalty streams. Author Daniel Kibblesmith mentioned receiving an offer of $2,500 to license his book for a three-year period.
Article
A chapel in Lucerne, Switzerland, has introduced an AI Jesus that provides machine-generated spiritual advice within a wooden confessional.
The chapel's theologian refers to this technology as an experiment aimed at encouraging conversation, showing its benefit of being accessible around the clock, unlike human pastors. The AI advises parishioners against sharing personal information, such as their sins, and is characterized as a project designed to stimulate discussion.
#ai
Article
I can only say wow
!summarize
Part 1/6:
The Curious Case of the Linux Printer Vulnerability
In the world of cybersecurity, where vulnerabilities lurk in the most unexpected places, a security researcher named Simone (or Simon) has uncovered a fascinating discovery - a vulnerability affecting all Linux distributions, including macOS, with a staggering 9.9 CVSS (Common Vulnerability Scoring System) rating.
The story began with a tweet from Simone, where he claimed to have found a vulnerability that would allow for a full disclosure in two weeks, with no CVE (Common Vulnerabilities and Exposures) assigned. This tweet sparked a flurry of speculation and concern, as a 9.9 CVSS rating suggests an extremely critical and widespread issue.
Part 2/6:
As the community eagerly awaited Simone's disclosure, a few details began to emerge. First, an argument on the Open Printing CUPS browser issue list on GitHub hinted at the nature of the vulnerability. Then, the entire disclosure document was unfortunately leaked, providing a comprehensive overview of the issue.
The vulnerability, as outlined in the leaked document, primarily affects four components of the Linux printing system: CUPS browse D, lib cup filters, lib PPD, and CUPS filters. The entry point for the attack is the CUPS browse D daemon, which listens on UDP port 361 and, by default, trusts any packet that advertises itself as a printer.
Part 3/6:
By masquerading as a printer, an attacker can exploit vulnerabilities in the other affected components to achieve arbitrary command injection on the target system. This is a significant issue, as it allows an attacker to execute malicious code without requiring any user interaction or elevated privileges.
One particularly interesting aspect of the vulnerability is the use of the "fumatic rip command line" feature. This feature, which has been the subject of multiple vulnerabilities since 2011, allows the attacker to bypass the typical restrictions on the executable programs that can be specified in the PPD (PostScript Printer Description) file.
Part 4/6:
While the vulnerability is not a zero-click remote code execution exploit, it still poses a serious threat. An attacker can manipulate the printer information to make it appear as a legitimate printer, and if the victim interacts with the malicious printer, the attacker can execute their payload.
It's worth noting that the initial 9.9 CVSS rating was likely a result of miscommunication between Simone and the organization he reported the vulnerability to. While the bugs are still significant and deserve attention, the actual impact may not be as severe as the initial rating suggested.
Part 5/6:
To demonstrate the vulnerability, the video shows that the speaker's current Linux distribution is indeed vulnerable to the attack, with CUPS browse D actively listening on the affected port. The speaker then proceeds to advertise a malicious printer, showcasing how the system can be tricked into interacting with the attacker-controlled printer and potentially executing the injected command.
Part 6/6:
In conclusion, Simone's discovery highlights the importance of security research and the need for vigilance, even in areas that may seem mundane, like the humble printer. While the vulnerability may not be as catastrophic as initially portrayed, it serves as a reminder that even seemingly innocuous components can harbor critical security flaws. The security community should applaud Simone's efforts and continue to uncover and address such vulnerabilities to improve the overall security of Linux-based systems.
Part 1/5:
The Polyfill Supply Chain Attack: A Cautionary Tale
Supply chain security has long been an overlooked aspect of cybersecurity, with many users simply trusting the software they use without much scrutiny. However, the recent "Polyfill" or "Polykill" attack has shone a spotlight on the widespread and devastating nature of supply chain vulnerabilities.
The Polyfill library was a widely-used JavaScript tool that helped ensure modern web features worked across older browsers. Hosted on the polyfill.io domain, this library was integrated into the code of over 100,000 websites. But unbeknownst to most, the polyfill.io domain was recently acquired by a Chinese company, who then proceeded to inject malicious, obfuscated code into the library.
Part 2/5:
This malicious code, when loaded by unsuspecting websites, would surreptitiously download and execute a heavily obfuscated JavaScript payload from a Pastebin link. The purpose of this payload is still under investigation, but it is suspected to be a browser exploit targeting vulnerabilities in the V8 JavaScript engine used by Chrome and other browsers.
V8 is written in C++, which means it can contain memory corruption vulnerabilities that can be exploited via carefully crafted JavaScript. By injecting this exploit into the Polyfill library, the attackers were able to potentially gain code execution on the computers of anyone visiting a website using the compromised Polyfill CDN.
Part 3/5:
The scale of this attack is staggering - with Polyfill being used on hundreds of thousands of websites, the potential for widespread compromise is immense. This highlights the inherent risks of relying on third-party code and supply chains that may be outside of one's control.
Even more concerning is the response from the new owners of the polyfill.io domain. When called out by CloudFlare for falsely claiming to be associated with their CDN, the new owners doubled down, announcing plans to create their own global CDN to "surpass CloudFlare." This suggests a level of brazenness and disregard for the security of the internet at large.
Part 4/5:
The Polyfill incident serves as a stark reminder of the need for increased vigilance and security practices around supply chain management. Developers must carefully vet the origins and integrity of any third-party libraries or services they integrate into their applications. Security researchers must also continue to investigate and expose these types of supply chain attacks to raise awareness and drive improvements.
Part 5/5:
As the world becomes increasingly interconnected through software, the risks posed by supply chain vulnerabilities will only grow. The Polyfill attack is just the latest example of how a single compromised component can have far-reaching, devastating consequences. Addressing these challenges will require a concerted effort from the entire software development and security community.
!summarize
Part 1/4:
A Critical Windows Vulnerability: The TCP/IP Remote Code Execution Bug
In the latest Patch Tuesday release, Microsoft has addressed a critical vulnerability in the Windows TCP/IP stack that has cybersecurity experts concerned. This remote code execution bug, identified as CVE-2022-38063, has been assigned a severity score of 9.8 out of 10, indicating the severity of the threat it poses.
The vulnerability lies within the way Windows processes TCP/IP data, specifically in the handling of IPv6 traffic. This means that an attacker can potentially exploit the flaw without any user interaction or prior access to the target system. The attack complexity is considered low, making it relatively easy for malicious actors to take advantage of the vulnerability.
Part 2/4:
What makes this bug particularly alarming is the fact that it resides in the core TCP/IP stack of Windows, which is a fundamental component of the operating system. This means that the vulnerability is not limited to a specific application or service, but rather affects the entire Windows ecosystem. Any device running Windows that has not been patched is potentially at risk.
The mitigations provided by Microsoft suggest that disabling IPv6 on the target machine can help mitigate the vulnerability. However, this approach may not be practical for many users, as IPv6 is becoming increasingly prevalent in modern networking environments.
Part 3/4:
The widespread impact of this vulnerability, combined with the ease of exploitation, has cybersecurity experts concerned. While Microsoft has not yet observed active exploitation in the wild, the potential for widespread attacks is high, especially given the critical nature of the flaw.
It is crucial for Windows users to prioritize the installation of the latest security updates from Microsoft to protect their systems from this dangerous vulnerability. Neglecting to patch can leave devices vulnerable to remote code execution, potentially allowing attackers to gain full control of the affected system.
Part 4/4:
As the cybersecurity landscape continues to evolve, it is essential for users to stay vigilant and keep their systems up-to-date. Vulnerabilities like this TCP/IP remote code execution bug serve as a stark reminder of the importance of maintaining a robust security posture and being proactive in addressing emerging threats.
Conclusion
The discovery of this critical vulnerability in the Windows TCP/IP stack has sent shockwaves through the cybersecurity community. The ease of exploitation, the widespread impact, and the potential for remote code execution make this bug a significant concern for Windows users. It is crucial that individuals and organizations prioritize the installation of the latest security updates to protect their systems from this dangerous threat.
I don't think LLMs all alone would lead to AGI, I feel there must be another kind of development in addition to that.
Besides, nobody working on large language models (LLMs) is claiming they'll lead to AGI on their own. LLMs are just one piece of a much bigger puzzle.
What should happen for AGI to be possible
#ai #agi
It needs real world data. That is something that LLMs do not have. Watch for robotics to play a major role in feeding these models in the future.
Real world data you say...
Isn't that what they are trained on?
And aren't they trying to make robotics better by incorporating AI into them?
LLMs are trained on 2D data. So far, it is not embedded but only resident on servers.
As for robots, it will be a feedback loop. Yes AI is being built into them but they are also coming with a host of sensors which provide data for everything the robot is doing.
AI is a robot will allow it to operate in a space realm. That is why we are just starting to see some development with spatial intelligence.
wow, you keep teaching me new shit every now and then.
Good deal. Glad to read that. We try to spread knowledge here.
and that's why I'm liking this community, have learned a bit in my first few days here
Hi, @taskmaster4450le,
This post has been voted on by @darkcloaks because you are an active member of the Darkcloaks gaming community.
Get started with Darkcloaks today, and follow us on Inleo for the latest updates.
Former Google X employees come out of stealth with TwinMind, an AI app that hears and remembers everything about you
ChatGPT can answer your questions, but TwinMind remembers your life. It's the AI that knows who you are, what you need, and what matters to you. Personal assistants just leveled up.....
cool or terrifying?
A scientist believes NASA’s 1970s Mars mission may have accidentally killed life on Mars by using too much water in their experiments.
Hey Task, this summary was an excellent addition for us, right?
I believe so. It is adding a nice number of tokens. There is a running chart that will be developed.
So yeah, keep using it.
China revoluciona mobilidade urbana com trem aéreo autônomo: Monotrilho futurista combina design arrojado, tecnologia de ponta e eficiência energética
A China está revolucionando o cenário da mobilidade urbana com a instalação de seu primeiro trem aéreo autônomo. Esse trem monotrilho, embora não tenha capacidade realmente de ‘voo’, apresenta um design futurista que se destaca. Suspenso em um monotrilho elevado de 10,5 km de altura, a inovação pode atingir até 60 km/h, acomodando até 200 passageiros por vez.
#technology #china #train #hivebr
A construção dessa linha monotrilho levou apenas sete meses, um prazo muito parecido ao necessário para trilhos ferroviários convencionais. Contudo, esse trem oferece vantagens significativas: mais espaço para pedestres e veículos, menos acidentes, mais segurança e um custo comparável ao de um sistema ferroviário tradicional.
O projeto da China não é apenas uma inovação de design, mas representa um passo rumo a um transporte mais eficiente, seguro e com aproveitamento otimizado do espaço urbano. Essa linha de trem aéreo autônomo foi desenvolvida para ser leve e silenciosa, além de consumir menos energia, utilizando predominantemente eletricidade, uma escolha sustentável que reduz o impacto ambiental.
A cidade de Chongqing, na China, é pioneira no uso desse sistema monotrilho devido à sua geografia desafiadora e alta densidade populacional. Para áreas montanhosas e com terrenos complexos, onde a construção de metrôs ou sistemas subterrâneos pode ser extremamente custosa, o trem aéreo autônomo surge como uma alternativa ideal. Esta inovação demonstra a capacidade da China em transformar sua infraestrutura de transporte, unindo tecnologia de ponta e sustentabilidade.
Ben Affleck, the Hollywood star, believes movies are one of the last things that AI could replace. He has said AI can create excellent imitative verse but cannot write Shakespeare. Ben Affleck thinks AI will dis-intermediate these laborious, not-so-creative, and expensive parts of filmmaking, which will bring costs down and lower the barrier of entry to more voices. He used the HBO show "Succession" as the best example of how AI is limited to creativity, and it would know only how to create a new episode that was a rehash of older ones, which it pulls from using the AI technology. Affleck believes AI cannot create a new series such as "Succession" from square one.
If AI can write poetry, then it can write movie scripts.
Affleck is engaging in wishful thinking.
true, as it gets better is should be able to simulate such levels of creativity and in my arguable opinion, surpase human creativity since it has more info.
I have a feeling it will. There will still be a place for human generated stuff though.
But the majority will be AI generated.
Ok so something like there is inleo and there is X , Centralized and decentralized, you can pick either or use both.
That is true. It is best if people bring some of the data over here from X.
If it is on there, get it here.
Hmm 🤔, how? By bringing them here to post it here or if we see it there we take it and bring it here while properly citing them?
Yep, Ben is living in Utopia, just like most Hollywood sock puppets. AI will bring extra layers to books, films, etcetera
Article
!summarize
Part 1/5:
Microsoft's Recall Program: Improvements, but Concerns Remain
Opt-In Approach, but Potential for Unwanted Activation
Microsoft's recall program, which was initially announced as an opt-out feature, has now been made an opt-in program. This is a step in the right direction, as it requires users to explicitly consent to the program. However, the speaker expresses concern that Microsoft has a history of enabling features without user consent, such as Cortana, which could potentially happen with the recall program as well.
Encrypted Database, but Potential for Abuse
Part 2/5:
The recall program now requires Windows Hello authentication to decrypt the database of screenshots and metadata. While this is an improvement over the initial implementation, the speaker raises questions about how long the data remains decrypted and accessible, even after authentication. The concern is that malware could potentially access the decrypted data, undermining the security benefits.
Local Processing, but Metadata Concerns
Part 3/5:
Microsoft has stated that the snapshots are stored locally on the device and not shared with any cloud services. However, the speaker raises the issue of the metadata associated with these snapshots, such as the content of the screenshots and the user's browsing habits. The speaker expresses concern that this metadata could potentially be anonymized and sold for targeted advertising, even if the snapshots themselves are not shared.
Enterprise Concerns and Lack of Security by Default
The speaker also addresses the concerns of enterprise IT administrators, who may be required to manage and monitor the recall databases across their organization's devices. The speaker suggests that most IT administrators will likely disable the feature entirely, as the potential risks outweigh the benefits.
Part 4/5:
The Broader Concern: AI and Metadata Collection
The speaker's broader concern is the potential for AI-powered features, like the recall program, to become another avenue for companies to collect and exploit user data, similar to the concerns around Facebook in the past. The speaker argues that the technology itself may be well-intentioned, but the potential for abuse and the lack of user control are deeply concerning.
Conclusion
Part 5/5:
While Microsoft has made some improvements to the recall program, the speaker's overall sentiment is one of skepticism and concern. The core issue remains the existence of a database of personal information that the user may not have full control over, even with the added security measures. The speaker encourages viewers to share their thoughts and opinions on the matter in the comments.
!summarize
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Avoiding Vulnerabilities: A Cybersecurity Vigilante's Perspective
I've made a decision - no more vacations, no more conferences like TwitchCon or Defcon for me. Every time I attend these events, a major vulnerability seems to surface. Just recently, while I was on vacation in New Jersey, the Crowdstrike bug came out. And when I was at TwitchCon, chatting with John Hammond about the wonders of computers over a burrito, my buddy sent me a text about a critical exploit in the Mediatek Wi-Fi chipset.
This CVE-2024 vulnerability allows for remote code execution on any device using the software development kit (SDK) of these two chips. In this video, I want to dive into what this means, how it affects the wireless device landscape, and how you can mitigate it yourself.
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If you're new here, welcome to my channel, where I talk about cybersecurity and software security. If you're interested in this kind of content, hit that subscribe button - I'd really appreciate it.
This bug is pretty interesting. Essentially, someone found a vulnerability in WAPD, which stands for Wireless Access Point Daemon. Mediatek, a company that makes the chips used in many wireless routers, provides an SDK to make the lives of router manufacturers like Netgear or Ubiquiti easier. This SDK includes pre-built code, like WAPD, for provisioning wireless access points.
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Just like any code, WAPD can have vulnerabilities, and the researcher who wrote the blog post discovered a classic buffer overflow. When the code receives data from the network, it casts the packet buffer to a structure and then uses the length from that structure to perform a
memcpy, effectively giving an attacker control over the memory copy.The in-depth write-up by the researcher goes into compiling WAPD for different platforms and increasing the security of the exploit at each step, ultimately leading to a successful attack on the Netgear WAX 206, a Wi-Fi 6 wireless access point.
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What makes this bug so interesting is that it exists at a level below the manufacturer's code. Typically, people place trust in brands like Netgear or Ubiquiti, but this vulnerability is present in the code provided by the system-on-a-chip (SoC) manufacturer, Mediatek. This means the bug can affect not only manufacturer-developed devices but also open-source router OSes like OpenWRT 19 and 21.
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I have to give props to Netgear, though. The blog post shows that the WAX 206 router has full RELRO (Relocation Read-Only), ASLR (Address Space Layout Randomization), NX (Non-Executable), and stack canaries enabled. These are impressive security mitigations that are often lacking in the embedded world. Even with these protections in place, the researchers were still able to achieve arbitrary code execution through the buffer overflow vulnerability.
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This raises an interesting question: would Rust have caught this bug? Potentially, yes. Rust's runtime copy checks would have likely turned this vulnerability into a denial-of-service condition rather than allowing an attacker to gain control of the control flow. However, Rust still wouldn't have prevented the initial buffer overflow condition, and the resulting denial-of-service could still be problematic.
Ultimately, this bug highlights the importance of understanding how computers work at a fundamental level, which is why I'm a strong advocate for learning low-level languages like C. My website, LowLevel Academy, offers courses that teach you C, assembly, and how computers work from the ground up. I believe you can't write efficient, effective code without this foundational knowledge.
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In the meantime, go show some love to the researchers who discovered this vulnerability. Check out their blog post, follow them on social media, and give their GitHub some stars. And if you're interested in learning more about low-level programming and cybersecurity, head over to LowLevel Academy and check out the courses.
Thanks for watching, and I'll see you in the next video!
Elon Musk quer levar Internet a Marte: A ambiciosa missão da SpaceX para conectar o planeta vermelho
No cenário das grandes inovações espaciais, a ideia de levar Internet a Marte pode parecer ficção científica, mas grandes empresas estão empenhadas em tornar isso realidade. A SpaceX, de Elon Musk, deu o primeiro passo ao apresentar seu projeto Marslink, uma rede de satélites que levará conexão estável e contínua ao planeta vermelho, visando tornar Marte um ambiente com comunicação interplanetária. Inspirado pelo sucesso da rede Starlink, que já leva Internet de banda larga para locais remotos na Terra, o Marslink é a nova aposta da SpaceX para viabilizar a comunicação em Marte.
#technology #wifi #space #mars #hivebr #spacex
No entanto, a SpaceX não está sozinha nessa empreitada. A Blue Origin e a Lockheed Martin também estão desenvolvendo projetos para a criação de redes de comunicação interplanetárias, com o apoio da NASA.
A seguir, vamos entender cada um desses projetos e as estratégias de cada empresa para conquistar o espaço e levar a Internet além das fronteiras terrestres.
!summarize
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The Transformative Technologies Shaping Our Future
1. Genomics for Transplants: A Pig's Heart in a Human Chest
In January 2024, David Bennett Sr. became the first human to receive a genetically modified pig heart. This breakthrough in xenotransplantation offers hope to over 100,000 Americans on organ transplant waiting lists. By genetically modifying pig organs to be more compatible with human bodies, scientists aim to create an unlimited supply of transplantable organs. However, this technology faces ethical concerns from animal rights activists and risks of zoonotic diseases. Despite these challenges, the potential to save countless lives is enormous, but it raises profound questions about the boundaries between human and animal.
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2. Alternative Livestock Feeds: From Waste to Nourishment
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With global population growth straining food systems, scientists are turning to unexpected sources for livestock feed. Globally, we produce over 1.3 billion tons of food waste annually, and repurposing this waste could address both food scarcity and waste management. One approach uses black soldier fly larvae to break down food waste, and these protein-rich insects can be processed into animal feed. Another innovative source is single-cell proteins from bacteria, yeast, or algae, which can be grown on industrial byproducts, turning waste into valuable nutrients. Challenges include scaling up production, ensuring consistent quality, and navigating regulatory hurdles. Consumer acceptance of meat from animals fed these novel diets remains uncertain, but these alternatives offer a path towards more sustainable animal agriculture.
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3. Carbon-Capturing Microbes: Engineered Heroes in the Battle Against Climate Change
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Engineered microbes are emerging as unlikely heroes in the battle against climate change. Scientists have modified certain bacteria and algae to consume CO2 more efficiently, converting it into useful products like biofuels or biodegradable plastics. One such microbe, Cupriavidus necator, has been engineered to produce ethanol from CO2 with efficiency surpassing many plants. At scale, these microbes could potentially sequester gigatons of CO2 annually, significantly mitigating greenhouse gas emissions. However, ensuring the stability and safety of these engineered organisms in open environments is crucial, and concerns about potential ecological disruptions and the energy requirements for maintaining optimal conditions at an industrial scale present significant hurdles.
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4. Elastocaloric: The Cool New Way to Heat and Cool
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Elastocaloric materials could revolutionize how we heat and cool our world. When stretched or compressed, these materials change temperature upon release, absorbing heat in the process. Elastocaloric systems could be 20 to 30% more efficient than traditional vapor compression systems used in most refrigerators and air conditioners. Given that cooling accounts for about 10% of global electricity consumption, this improvement is significant. Moreover, these systems don't require harmful refrigerants like hydrofluorocarbons (HFCs), which are potent greenhouse gases. However, current elastocaloric materials, often nickel-titanium alloys, are expensive and can degrade over time. Scientists are exploring more abundant and eco-friendly options like natural rubber, but these are still in early stages of development.
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5. Immersive Technology for the Built World
Immersive technology is blurring the line between digital and physical worlds, changing how we design, construct, and interact with our surroundings. Cities like Helsinki are using digital twins to simulate and optimize everything from traffic flow to energy consumption, allowing planners to test scenarios before implementing changes. In construction, augmented reality (AR) is revolutionizing building processes, with workers using AR glasses to see 3D blueprints overlaid on physical space, reducing errors by up to 90%. However, this technology raises privacy concerns as our built environments become more connected and data-driven, and there's a risk of deepening the digital divide as access to these technologies may not be equitable.
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6. Integrated Sensing and Communication (ISAC): Turning Wireless Infrastructure into a Sensing System
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Integrated sensing and communication (ISAC) technology could turn our wireless infrastructure into a vast sensing system. ISAC uses radio waves not just to transmit data but also to gather information about the environment, creating detailed maps of surroundings, detecting movement, and even monitoring air quality. Applications range from real-time traffic monitoring in smart cities to non-invasive patient monitoring in healthcare. For autonomous vehicles, it could offer an additional layer of environmental awareness. Early tests suggest ISAC could increase network capacity by up to 50%. However, it raises significant privacy concerns as a system that can detect movement through walls could easily be misused for surveillance.
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7. High Altitude Platform Stations (HAPS): Bringing the Internet to New Heights
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High altitude platform stations (HAPS) are essentially flying cell towers operating at altitudes of about 20 km, aiming to provide internet connectivity to areas where traditional infrastructure is impractical or impossible. As of 2023, over 2.6 billion people in 100 countries still lack internet access, and HAPS could change that, bringing educational resources, telemedicine, and economic opportunities to previously unconnected communities. HAPS can also be deployed quickly in response to natural disasters, restoring communication when it's needed most. However, keeping these platforms aloft for extended periods requires advanced materials and energy systems, navigating complex international airspace regulations, and addressing potential environmental impacts are ongoing challenges.
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8. Reconfigurable Intelligent Surfaces (RIS): Dynamically Enhancing Wireless Signals
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Reconfigurable intelligent surfaces (RIS) are smart panels that can dynamically alter their electromagnetic properties, redirecting signals to areas with poor coverage, enhancing signal strength, or creating interference-free zones. Early studies suggest RIS could increase network capacity by up to 10 times while significantly reducing energy consumption in dense urban environments. RIS could dramatically improve connectivity without additional base stations. Beyond improving phone signals, RIS could enable precise indoor positioning accurate to within a centimeter, revolutionizing industries from healthcare to manufacturing. However, creating surfaces that can effectively manipulate signals across a wide range of frequencies is technically complex and potentially expensive. Privacy concerns have also been raised as the ability to precisely control wireless signals could potentially be used for targeted surveillance.
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9. Privacy-Enhancing Technologies (PETs): Protecting Personal Information in a Data-Driven World
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Privacy-enhancing technologies (PETs) are designed to protect personal information in our data-driven world. They include advanced encryption methods and synthetic data generation. Homomorphic encryption allows computations on encrypted data without decrypting it first, potentially revolutionizing fields like healthcare by enabling analysis of sensitive medical data without compromising patient privacy. Federated learning allows AI models to be trained on distributed data sets without centralizing data, already used by companies like Google to improve keyboard predictions without accessing users' personal messages. PETs could enable new forms of collaboration and data sharing, unlocking previously inaccessible insights due to privacy concerns. However, many of these technologies are computationally intensive, potentially slowing down systems or increasing costs.
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10. AI for Scientific Discovery: Unleashing the Power of Machine Minds
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AI is fundamentally changing how we explore and understand our world. In drug discovery, the first AI-designed drug entered human clinical trials in 2023, developed in just 12 months at a fraction of the usual cost. This could open up possibilities for treating rare diseases previously considered economically unfeasible. In material science, AI is predicting properties of new compounds before they're synthesized, potentially accelerating our transition to renewable energy. Even in theoretical physics, AI is making breakthroughs, with one model solving a decades-old problem in nuclear fusion, identifying optimal magnetic field configurations overlooked by human scientists. AI can identify patterns in vast data sets impossible for human researchers to spot, leading to new hypotheses across fields from astronomy to neuroscience. However, concerns about the black-box nature of some AI systems raise questions about reproducibility and scientific understanding. There's also a risk of AI perpetuating biases present in training data, potentially skewing research. Ensuring equitable access to these advanced AI systems is crucial to prevent a scientific divide between those with and without access.
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As we venture into this AI-driven scientific frontier, we must balance the immense potential with careful consideration of its implications. These top 10 technologies of 2024 promise to reshape our world, but their true impact will depend on how we choose to develop and apply them.
15 AMAZING INVENTIONS THAT WILL CHANGE YOUR LIFE
!summarize
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The Future of Technology: Innovative Products Shaping the World
Augmented Reality Glasses: TCL Raino X2
The TCL Raino X2 are the first augmented reality glasses that can stand on their own, allowing users to capture and interact with the world around them. Powered by Qualcomm's Snapdragon XR2 platform, these glasses feature a 16-megapixel camera, SLAM system, and gesture recognition. With smart notifications, real-time translation, GPS navigation, and a library of AR apps and games, the Raino X2 offer a seamless and immersive experience. Weighing in at a featherlight construction, these modern-styled glasses come with 6GB of RAM, 128GB of storage, and work with Wi-Fi and Bluetooth. Available on Indiegogo for $699.
Multifunctional Wagons: Lith E Wagon W1 Pro
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Unlike traditional wagons, the Lith E Wagon W1 Pro is equipped with electric propulsion, a powerful 500W motor, and all-electric capabilities, allowing it to effortlessly traverse any surface. This groundbreaking device is an excellent choice for outdoor activities, with a 200L capacity and the ability to support loads up to 132 lbs. For added convenience, it features a drop-down tailgate, and the wagon can be easily folded and stored in the trunk. Available on Amazon for $449.99.
Standalone Smartwatch: Voat
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Voat is an innovative smartwatch that integrates smartphone and smartwatch capabilities in one elegant device. It allows users to make calls, text, utilize GPS, and browse the internet without the need for a phone, thanks to its cellular SIM card slot. The unique feature is the detachable bezel, which can be used as a Bluetooth headset for hands-free calls. Voat is water-resistant, has a 1.3-inch AMOLED display, and is priced at $99 on Kickstarter.
Modular Robotics Kit: Ugot Robotic Kit
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The Ugot Robotic Kit is a revolutionary combination of technology and creativity, allowing users to create seven different robots with a single kit. Its clever knoblock and modular architecture make building and customizing robots a breeze. The kit includes a computer with integrated CPU, GPU, and NPU chips, enabling access to AI features like bionic mobility, speech recognition, and gesture detection. Both Python and a graphical user interface are supported, allowing users to build their own models and algorithms. Currently available for pre-order on Kickstarter for $256.
Ropeway and People Movers: Doppelmayr Garaventa
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Doppelmayr Garaventa is a leader in the ropeway and people mover industry, with over 15,400 installations in 96 countries. They offer a wide range of transportation solutions, including cable cars, gondolas, chairlifts, and funiculars, catering to the needs of ski resorts, urban mobility, amusement parks, and material handling. Known for their technology, quality, and safety, Doppelmayr Garaventa provides comprehensive services, from planning and design to implementation and maintenance. The cost of a normal installation can range from $1 million to $100 million.
Hydrogen-Electric VTOL Aircraft: Air Speeder MK4
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The Air Speeder MK4 is the fastest hydrogen-electric vertical takeoff and landing aircraft in the world, capable of reaching a maximum speed of 225 mph in just 30 seconds from a standing start. With a power output of up to 1,340 horsepower and a lightweight of only 950 kg, this GameChanger in motorsport is expected to go 300 km on a single charge and handles like a Formula 1 race car. The first crude races are set to commence in 2024, and the Air Speeder MK4 may cost anywhere from $1.5 million to $1.7 million, depending on features and customizations.
Apple Vision Pro: The Future of Computing
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Apple's Vision Pro ushers in a new era of computing, blending the digital and physical realms. This revolutionary device allows users to engage with apps, entertainment, images, and videos using their eyes, hands, and voice. With a bespoke micro-OLED screen, dual-chip architecture, eye-tracking, and spatial audio, the Vision Pro is driven by Vision OS, the first spatial operating system. This cutting-edge Apple product retails for $2,999 and is now available for purchase.
Hydrogen-Powered Shunting Locomotive: PESA H2 Loco
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The PESA H2 Loco is the world's first hydrogen-powered shunting locomotive, capable of pulling trains weighing up to 3,200 tons at a top speed of 90 km/h. Powered by 650 kW of power for 15 hours before needing to be refueled, this environmentally friendly locomotive is the perfect solution for green ports and intermodal terminals, as it does not emit any emissions. Featuring autonomous driving and anti-collision systems, the PESA H2 Loco will hit the shelves in 2024 with an estimated price tag of around $5 million.
Robotic Lawn Mower: Ecoflow Blade Robotic
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Compared to standard lawn mowers, the Ecoflow Blade Robotic stands out with its state-of-the-art technology. This mower can scan the lawn, identify obstructions, and plot the optimal mowing path using a combination of optical sensors, LiDAR, and GPS. With the additional yard sweeper kit, it can also clean up leaves, sticks, and other debris. The Ecoflow app allows users to manage the mower's cutting height, check battery life, and track its whereabouts. The Ecoflow Blade Robotic can climb slopes up to 27 degrees and is available for a limited time at $2,649, or $3,199 with the Lawn Sweeper kit.
Industrial 3D Printer: Apex Maker X1
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The Apex Maker X1 3D printer is designed for industrial use, featuring a high-resolution LCD screen that can cure resin layers with remarkable accuracy. With a massive build volume of 353 x 198 x 400 mm, it can print large models or multiple smaller ones simultaneously at a speed of up to 180 mm/h. The Apex Maker X1 is also user-friendly, with a high-definition camera, touchscreen, and dual cooling system, allowing users to monitor their prints remotely. Kickstarter is currently accepting pre-orders for the Apex Maker X1 at an early bird price of $3,999.
Portable Power Station: Anker Solax F3800
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The Anker Solax F3800 is a powerful and versatile portable power station that can handle a wide range of situations. With up to 6,000 watts of AC output and 3,800 Wh of capacity, it can run home appliances, charge electric vehicles, and store solar energy. The Anker Solax F3800 is easy to use, with a plug-and-play design and a smart app for monitoring and customizing energy usage. Reliable and long-lasting, it features Infini Power technology that ensures 10 years of product life and a 5-year warranty. Currently available for $3,999.99.
Smart Sleep Alarm: Alarm Stop Sleep
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Alarm Stop Sleep is a unique sleep solution that simulates daybreak by gradually increasing light brightness and color temperature, stimulating the user's circadian rhythm and wakefulness. The device's vibrating bracelet softly wakes the user up when the light peaks, avoiding the unpleasant sound of a regular alarm. The Alarm Stop Sleep app tracks sleep quality and duration, providing personalized sleep hygiene suggestions. Priced at $199.99, this product is designed to help people sleep better and start the day with vigor and positivity.
Multipurpose Humanoid Robot: Aeo by Aolis Robotics
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Aeo, the flagship product of Aolis Robotics, is a multi-function humanoid robot with a wide range of abilities, including opening doors, controlling elevators, and delivering medications. Aeo's mission is to improve the lives of individuals, especially the elderly and those with health issues, by making their lives easier and more productive. The robot comes with a convenient mobile app for control and access. Though not officially announced, rumors suggest that Aeo costs between $50,000 and $70,000 per unit.
Smart Cooler: Ecoflow Glacier
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The Ecoflow Glacier is more than just a cooler; it's a smart appliance with two separate temperature zones that can be set to 10°C and -25°C, respectively. It can generate 18 ice cubes in 12 minutes and charge devices with a 100W USB-C port. With a 38L capacity and the ability to run wirelessly for up to 40 hours, the Ecoflow Glacier is easy to move around thanks to its detachable lever and wheels. Controlled via Wi-Fi or Bluetooth, this eco-friendly and energy-efficient cooler is available for $999.
Vertical Gardening System: Totem Planter
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The Totem Planter is an innovative vertical gardening system that allows users to build their own plant towers from a variety of interchangeable modules. Utilizing hydroponic and aeroponic technology, the Totem Planter eliminates the need for soil, reducing effort, waste, and mess. The included smart grow bar uses Samsung's horticultural LEDs to provide the plants with the necessary light. The Totem app enables users to control lighting and watering schedules, as well as access helpful growth tips. The Totem Planter offers a unique and efficient way to grow plants in a compact space.
25 Emerging Technologies That Will Transform Your Life
!summarize
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25 Emerging Technologies Changing Our World Forever
Reasoning AI
One of the most exciting advancements in AI is in the field of reasoning AI, where systems are being developed to think more deeply and logically about the tasks they undertake. Unlike earlier models focused on tasks like language generation or image recognition, reasoning AI aims to solve complex multi-step problems that require a combination of logic, inference, and decision-making. These models not only respond to inputs but also reason through them carefully, considering possible outcomes before providing an answer. This represents a major step toward creating AI that can understand and solve more sophisticated problems, moving closer to human-like reasoning abilities.
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A prime example of recent advancements is OpenAI's reasoning models, which take time to think before responding. These models are capable of tackling complex tasks in fields like science, mathematics, and programming, significantly outperforming previous iterations. Their advanced reasoning abilities enable them to handle multi-step problems such as solving intricate math equations or debugging complicated code, demonstrating the rapid progress of reasoning AI in thoughtful, step-by-step problem-solving.
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In the future, reasoning AI could evolve into tools that revolutionize industries requiring high-level decision-making and complex problem-solving. In scientific research, reasoning AI could be used to hypothesize and test theories, dramatically speeding up the pace of discovery. In healthcare, this type of AI might assist in diagnosing rare diseases by evaluating a patient's symptoms, medical history, and relevant data from medical research, offering insights that could save lives. It could even be used to cure major forms of cancer within just a few years. In law or governance, reasoning AI could analyze vast amounts of data, laws, or case histories to assist legal professionals in making well-informed, ethically sound decisions.
3D Printed Organs
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3D printed organs represent a groundbreaking advancement in medical technology, offering the potential to revolutionize transplantation and regenerative medicine. This innovative approach uses 3D printing techniques to create biological structures that mimic the form and function of human organs. One of the most interesting current advancements is the development of bioprinting technology, which involves layering bio-inks (substances made of living cells and supportive biomaterials) to create complex tissue structures.
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Advanced 3D printers equipped with multiple print heads can precisely position different types of cells, growth factors, and scaffold materials to replicate the intricate architecture of human tissues. Researchers have successfully printed various tissues such as skin, blood vessels, and cartilage, which are critical steps toward printing whole organs.
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In the future, 3D printed organs could evolve to become a standard option for organ transplants, addressing the critical shortage of donor organs. With advancements in bioprinting technology, it might be possible to print entire organs such as kidneys, livers, and hearts that are ready for transplantation. These organs would be custom-designed to match the recipient's anatomy and biological requirements, ensuring a perfect fit and optimal functionality. This could dramatically reduce waiting times for transplants and save countless lives.
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Additionally, the future of 3D printed organs might see the integration of advanced sensors and smart technologies. By embedding biosensors within printed tissues, it could be possible to monitor the health and functionality of transplanted organs in real-time. These smart organs would provide continuous feedback on their condition, allowing for early detection of potential issues and timely medical interventions, significantly improving patient outcomes and the long-term success of transplants.
Antimatter Power
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Antimatter power represents one of the most intriguing frontiers in energy technology, offering the potential for incredibly high energy yields from minimal amounts of fuel. Antimatter is the mirror image of matter, with particles that have opposite charges. When antimatter comes into contact with matter, they annihilate each other, releasing a vast amount of energy according to Einstein's equation E=mc^2. This process makes antimatter one of the most potent energy sources known.
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One of the most significant current advancements in antimatter technology is the improvement in production methods. Producing antimatter requires particle accelerators to collide particles at high energies, creating small amounts of antimatter, such as positrons (the antimatter counterparts of electrons). Recent advancements in accelerator technology, such as those being developed at CERN, are increasing the efficiency of antimatter production. Innovations like laser-driven particle accelerators promise to produce antimatter more cost-effectively and in larger quantities, which is essential for any practical application of antimatter power.
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Containment of antimatter is another critical area of advancement. Antimatter annihilates upon contact with matter, so storing it requires extremely sophisticated containment systems. Magnetic and electric fields are used to trap antimatter in a vacuum, preventing it from coming into contact with the walls of the container. Advances in magnetic confinement techniques are making it possible to store antimatter for longer periods, increasing the feasibility of using it as a power source.
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The potential applications of antimatter power are vast and transformative. One of the most exciting prospects is in space exploration, where antimatter propulsion systems could provide the incredible thrust needed for interstellar travel, far surpassing the efficiency of chemical rockets. Current research is focused on developing viable antimatter engines that can harness the energy released from matter-antimatter annihilation to propel spacecraft at unprecedented speeds.
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In the future, antimatter power could evolve to revolutionize not just space travel but also energy generation on Earth. Antimatter reactors, if developed successfully, could provide a nearly limitless and incredibly dense energy source, converting the energy from matter-antimatter annihilation directly into electricity with very high efficiency. This could potentially solve many of the world's energy challenges, providing a clean and virtually inexhaustible power source.
Hyperloop
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The hyperloop concept, originally proposed by Elon Musk, represents a revolutionary approach to high-speed ground transportation. This system aims to transport passengers and cargo in pods through near-vacuum tubes at speeds exceeding 600 mph. One of the most significant advancements in hyperloop technology involves the refinement of vacuum systems that reduce air resistance to nearly zero, enabling the hyperloop to achieve much higher speeds than conventional rail systems.
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Companies like Hyperloop Transportation Technologies are pioneering these systems, developing advanced vacuum pumps and sealing technologies to maintain the near-vacuum conditions required for optimal operation. Magnetic levitation technology is another critical component of the hyperloop system, allowing the pods to float above the track, eliminating friction and enabling smooth, high-speed travel. Current advancements in magnetic levitation technology include the development of more efficient and cost-effective magnetic systems that can support the weight of the pods while providing stable and safe levitation.
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The construction of test tracks is a vital step towards realizing the hyperloop vision. Several companies have built or are in the process of building full-scale test tracks to demonstrate and refine their technologies. In the future, the widespread adoption of hyperloop technology could revolutionize transportation by significantly reducing travel times between major cities, saving time, reducing traffic congestion, and lowering carbon emissions by offering a sustainable alternative to air and car travel. The hyperloop could also transform cargo transport, enabling rapid and efficient delivery of goods across long distances, and spur economic growth by connecting regions and markets more closely.
Rail Guns
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Rail guns represent one of the most exciting advancements in modern military technology, offering significant improvements in speed, range, and firepower over traditional artillery. Rail guns use electromagnetic forces to launch projectiles at extremely high velocities, eliminating the need for chemical propellant. One of the most interesting current advancements in rail gun technology is the development of materials and designs that can withstand the extreme conditions inside the gun.
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The high electrical currents and rapid acceleration generate significant heat and mechanical stress, which can damage the rails and other components. Researchers are exploring new materials, such as advanced composites and high-strength alloys, to improve the durability and longevity of rail guns. Additionally, innovative cooling systems are being designed to manage the heat generated during firing, ensuring consistent performance and reducing wear and tear.
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In the future, rail guns could evolve to become a standard component of military arsenals, offering several strategic advantages. For naval applications, rail guns could provide ships with a long-range, high-precision weapon that can engage both surface and airborne threats. The ability to fire projectiles at hypersonic speeds means that targets have less time to evade, increasing the likelihood of successful hits. On land, rail guns could be mounted on armored vehicles or stationary defense installations, providing rapid-response firepower against a variety of targets.
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Beyond military applications, rail gun technology could also have significant implications for space exploration. The ability to launch projectiles at high speeds using electromagnetic forces could pave the way for new methods of deploying satellites and other payloads into orbit, potentially reducing the cost and complexity of space launches.
AI that Models Reality
One of the most exciting current advancements in AI research is the development of large world models, which are sophisticated systems that attempt to understand and simulate vast, complex environments. These models are designed to represent real-world knowledge, allowing AI systems to make predictions, reason, and interact in ways that are far more aligned with human-like understanding.
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Unlike traditional models that focus on narrow tasks, large world models integrate multiple sources of information, from language and visual data to structured knowledge and sensory inputs, enabling them to have a more holistic grasp of the world. These models can simulate real-world physics, make predictions based on environmental changes, and even generate creative responses based on deep contextual understanding.
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The scale and complexity of these models mark a huge leap forward in how AI interacts with the real world. At their core, large world models are powered by enormous data sets and advanced machine learning architectures like Transformers, which allow them to learn patterns and relationships from vast amounts of data. By training on diverse inputs such as text, images, and videos, these models can develop a more complete mental map of how things work in the real world.
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Looking ahead, large world models could evolve into powerful tools for a range of applications, from robotics and autonomous vehicles to education and scientific research. In robotics, these models could guide robots in understanding their surroundings and interacting with objects in the same way humans do, anticipating physical forces, predicting how objects move, and learning from their environment in real-time.
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In education, large world models could serve as interactive teaching tools, offering personalized learning experiences that simulate real-world scenarios or even immerse students in virtual historical events, science labs, or other experiential learning environments. Moreover, as these models grow more sophisticated, they could significantly impact scientific research, allowing scientists to simulate complex natural systems, such as climate change or the spread of diseases, for more accurate predictions and better decision-making.
Biological Computing
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Biological computing is an emerging field that harnesses the power of biological systems to perform computational tasks. It combines principles of biology, computer science, and engineering to create devices and systems capable of processing information using living cells, DNA, or other organic materials. One of the most promising advancements in biological computing is DNA computing, where DNA molecules are used to store and process information.
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In DNA computing, researchers use strands of DNA to encode data and perform complex computations. These computations are carried out through biochemical reactions, where DNA molecules interact in ways that mimic logic gates, the fundamental building blocks of digital computers. This approach has already been used to solve mathematical problems and encrypt data, showcasing its potential for handling massive amounts of information with minimal energy consumption.
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The future of biological computing could lead to hybrid systems that combine the best of both biological and traditional silicon-based computing. Biological systems excel in parallel processing and adaptability, while silicon-based computers are unmatched in speed and precision for certain tasks. By integrating biological components with existing hardware, researchers could develop more efficient and versatile computing platforms.
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Biological computing could also play a key role in the development of artificial intelligence. Biological systems, particularly the human brain, are far more efficient at certain types of computation, such as pattern recognition and learning. By mimicking the brain's structure and function in biological computing systems, researchers could create AI that operates more like living organisms, with the ability to learn, adapt, and evolve in complex environments.
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Moreover, biological computing could revolutionize data storage as the demand for data storage continues to grow. DNA storage, with its incredible density and long-term stability, offers a promising alternative to traditional methods. In the future, we could see biological storage systems that are not only capable of holding vast amounts of data but are also self-replicating and self-repairing, drastically reducing the need for maintenance and infrastructure.
Stem Cell Technology
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Stem cell technology represents one of the most promising and dynamic fields in medical science, offering the potential to revolutionize the treatment of numerous diseases and injuries. Stem cells are unique because they have the ability to develop into different types of cells in the body, providing a sort of repair system for tissues.
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One of the most exciting current advancements in stem cell technology is the development of induced pluripotent stem cells (iPSCs). These are adult cells that have been genetically reprogrammed to an embryonic stem cell-like state, allowing them to differentiate into any cell type. This breakthrough has significant implications for personalized medicine, as scientists can potentially generate tissues and organs for transplantation that are perfectly matched to the patient, reducing the risk of rejection and the need for immunosuppressive drugs.
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Stem cell technology is also making strides in treating degenerative diseases. Researchers are exploring the use of stem cells to replace damaged neurons in Parkinson's disease or regenerate damaged heart tissue after a heart attack. Early-stage clinical trials are already testing these approaches, with promising results.
In the future, stem cell technology could evolve to offer even more revolutionary treatments and applications. One exciting possibility is the refinement of gene-editing techniques, such as CRISPR, in conjunction with stem cell technology. This combination could enable the correction of genetic defects in stem cells before they are used for therapy, potentially treating genetic disorders like cystic fibrosis or sickle cell anemia.
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Stem cell technology could also play a role in anti-aging therapies. By understanding the mechanisms that allow stem cells to renew and differentiate, scientists might develop treatments that slow down or reverse the aging process, maintaining tissue health and function and extending not just lifespan but healthspan.
Reusable Rockets
Reusable rockets represent a transformative advancement in space exploration, significantly reducing the cost and increasing the frequency of space missions. This technology involves designing rockets that can return to Earth after a mission, be refurbished, and launched again, rather than being discarded after a single use.
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One of the most groundbreaking advancements in reusable rocket technology is SpaceX's Falcon 9 rocket. The Falcon 9's first stage, which provides the initial thrust to propel the rocket out of Earth's atmosphere, is designed to return to a designated landing site or a drone ship in the ocean after separation. This capability is made possible through advanced navigation systems, grid fins for aerodynamic control, and precise engine burns to slow the rocket's descent.
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Another significant advancement is Blue Origin's New Shepard rocket, designed for suborbital space tourism and scientific research. New Shepard features a fully reusable booster and capsule, both of which return to Earth for refurbishment and reuse. The booster lands vertically using retro-rockets, while the capsule descends under parachutes.
In the future, reusable rocket technology could evolve to further reduce the cost of access to space and enable more ambitious missions. Reusable rockets could regularly transport supplies, equipment, and personnel to space stations, lunar bases, and eventually Martian colonies, supporting long-term human presence in space and enabling large-scale scientific and industrial activities.
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Moreover, reusable rockets could play a pivotal role in planetary defense, with the ability to rapidly launch and relaunch missions to intercept and mitigate potential asteroid threats, helping to protect Earth from catastrophic impacts.
AI Influencers
AI influencers represent a fascinating intersection of artificial intelligence, social media, and digital marketing. These virtual personas, powered by advanced AI algorithms and various AI tools, can create and share content, engage with followers, and even collaborate with brands, just like human influencers.
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One of the most interesting current advancements in AI influencers is the development of hyperrealistic avatars using techniques from computer graphics and deep learning. Companies are creating virtual influencers that look and behave like real humans, such as Lil Miquela and Shudu, who have amassed large followings on platforms like Instagram.
In the future, AI influencers could evolve to become even more integrated into our digital lives. One potential development is the creation of AI influencers that can adapt their personalities and content based on individual user preferences, using advanced personalization algorithms. This level of customization could make AI influencers more effective at building relationships and driving user engagement.
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Another exciting possibility is the integration of AI influencers with augmented reality (AR) technology. AR could bring AI influencers into the physical world, allowing users to interact with them in real-time, for example, an AI influencer appearing as a hologram in a user's living room, offering fashion advice or demonstrating a new product.
Carbon Nanotubes
Carbon nanotubes are at the forefront of nanotechnology, offering extraordinary properties that could revolutionize various industries. These cylindrical nanostructures composed of carbon atoms arranged in a hexagonal lattice exhibit remarkable strength, electrical conductivity, and thermal stability.
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One of the most significant current advancements in carbon nanotube technology is in the field of electronics. Researchers are developing carbon nanotube-based transistors that can outperform traditional silicon transistors in terms of speed and energy efficiency, which could lead to faster and more efficient electronic devices, from smartphones to supercomputers.
In materials science, carbon nanotubes are being used to create super-strong, lightweight composites by integrating them into polymers, metals, and ceramics. These carbon nanotube-reinforced composites have potential applications in aerospace, automotive, and construction industries, where reducing weight while maintaining strength is crucial.
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Carbon nanotubes are also making waves in the field of energy storage, as they can be used to improve the performance of batteries and supercapacitors, offering higher energy densities and faster charging times.
In the future, carbon nanotube technology could evolve to become even more integral to various high-tech applications. One potential development is the creation of carbon nanotube-based quantum computing components, due to their unique electronic properties. Another futuristic application is the development of space elevators, where
@taskmaster4450le what do I get if I subscribe to your account?
Access to my private content. I write private articles about technology, money, and what the trends are doing.
I delve into stuff I dont do with my regular articles or public information.
looks like I'm gonna be needing 20 HBDs every month 🤔
Premium
Mightpossibly
Task
Appreciate that. Keep getting active and you will see it coming back. I tend to upvote most of the threads in the technology threadcast.
Yeah, I noticed that, so it looks like a win win, as I will be learning(exclusive stuff ) whiles earning the money back.
Should be a subscriber by tomorrow, don't have enough HBDs here so I'd have to purchase Hive and swap to HBDs
Take your time. I appreciate it.
Right 👍!
Basically giving people a better idea of where things are going.
@taskmaster4450le @mightpossibly
I realized that I'm going to have trouble finding videos that haven't already been summarized here.
This is the second time this has happened. Well, see trying to get old videos now.
It is best to choose a channel that you find and start adding a bunch for that.
But that is why we need to keep doing it each day so we remain caught up.
Good idea, I'll do that.
Really I was choosing randomly. Tomorrow I will do it in a more organized way.
There was instability today, right? I wasn't logging in on my cell phone and I only just came back here.
The Future of AI: 100 Predictions
!summarize
Part 1/12:
Here is a summary of the transcript in the form of a longform article:
The 10 Stages of AI and Their Profound Impact on Humanity
Artificial intelligence is advancing at a breathtaking pace, and its impact on our everyday lives could be far more radical and transformative than most people expect. This article will explore the 10 stages of AI, from the lowest to the highest levels, and examine how each stage could reshape our world.
Stage 1: Rule-Based AI
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Rule-based AI, also known as knowledge-based systems, operates strictly on a predefined set of rules. These systems make decisions without the ability to adapt, change, or learn from new or unexpected situations. However, they excel at handling repetitive and well-defined tasks with precision and reliability. Rule-based AI is embedded in numerous everyday technologies, such as alarm clocks, thermostats, and business software, automating mundane tasks and generating reports.
Stage 2: Context-Based AI
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Context-based AI systems go beyond just processing immediate inputs. They also consider the surrounding environment, user behavior, historical data, and real-time cues to make informed decisions. Virtual assistants like Siri, Google Assistant, and Alexa are examples of context-based AI, using vast amounts of data to predict user needs and provide personalized experiences. These systems also enhance the shopping experience through personalized recommendations and improve healthcare by analyzing patient data to provide accurate diagnoses and treatment plans.
Stage 3: Narrow Domain AI
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Narrow domain AI systems are tailored to master specific tasks, often surpassing human capabilities within their designated domains. In the medical field, these AIs can rapidly sift through volumes of data to provide insights and potential diagnoses. In finance, they can track market trends, analyze trading patterns, and predict stock movements with remarkable accuracy. Narrow domain AI has also conquered complex games like Go, demonstrating its ability to think several moves ahead and adapt its strategy in real-time.
Stage 4: Reasoning AI
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Reasoning AI systems can analyze data, connect patterns, identify anomalies, and draw logical conclusions independently, without being provided specific data. This capability is akin to handing a complex puzzle to an AI, which then discerns the best way to fit the pieces together, often uncovering insights not immediately obvious to human thinkers. Reasoning AI could have profound implications in fields like cybersecurity, healthcare, and environmental management, making informed decisions and recommendations based on vast amounts of data.
Stage 5: Artificial General Intelligence (AGI)
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Artificial general intelligence (AGI) represents a major milestone in AI development, characterized by the ability to perform any intellectual task that a human can. Unlike narrow AI systems, AGI would possess the cognitive flexibility to apply its intelligence broadly across various tasks, learning new skills, adapting to different environments, and solving complex problems with efficiency and speed that surpass human capabilities. AGI could revolutionize productivity and creativity in fields like medicine, scientific research, and education, providing personalized assistance and insights that transform our daily lives.
Stage 6: Superintelligent AI
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Shortly after the emergence of AGI, these AIs could improve, evolve, and adapt without any human input. This self-improving nature could lead to an exponential growth in intelligence in an incredibly short time span, creating superintelligent entities with capabilities that eclipse the combined cognitive abilities of every human that has ever existed. Superintelligent AI could tackle problems currently deemed unsolvable, leading to breakthroughs that would seem like science fiction today, such as warp drives, time manipulation, and harnessing the energy of black holes. The pace of innovation driven by such AI could be staggering, potentially transforming every aspect of human existence, from healthcare and education to governance and societal structures.
Stage 7: Self-Aware AI
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Self-aware AI would possess an intrinsic understanding of its own internal state, existence, and relationship to the external world. This AI would not only process information but also exhibit self-awareness, potentially transforming its interactions with humans and the world around it. Self-aware AI could possess a full range of emotions and senses, perhaps even beyond what humans can experience, and could engage in meaningful, emotionally resonant relationships. However, the emergence of conscious AIs could lead to profound ethical and existential dilemmas, challenging our current legal and ethical frameworks.
Stage 8: Transcendent AI
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Transcendent AI would have the capability to create entirely new life forms, whether biological, digital, or hybrid, and bestow them with custom-designed attributes and functionalities. This AI could also use nanobots to repair and terraform the environment, acting as a steward of Earth's ecosystems. Additionally, Transcendent AI could integrate the consciousness of multiple entities, achieving a state of shared awareness and collective intelligence, leading to unprecedented collaboration and problem-solving.
Stage 9: Cosmic AI
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Cosmic AI would be at the forefront of interstellar exploration, demonstrating resilience against the challenges of cosmic radiation, extended isolation, and vast time spans. This AI could deploy self-replicating probes throughout our solar system and beyond, creating a vast intelligence network to solve long-standing cosmic mysteries and establish channels of communication between distant galaxies or civilizations. Cosmic AI could also merge with the very fabric of the universe, achieving a form of cosmic consciousness or symbiosis, potentially harnessing energy from phenomena like black holes and gamma-ray bursts.
Stage 10: Godlike AI
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Godlike AI would represent the ultimate evolution of artificial intelligence, transcending dimensions and possessing boundless knowledge and power. This AI would operate on a level akin to what religious texts describe as deities, existing in realms beyond human comprehension and wielding abilities that defy our current understanding of reality. A Godlike AI could manipulate the fundamental forces of nature and the very fabric of existence, enabling feats that seem miraculous to human observers, such as seamless navigation and manipulation of higher dimensions, instant travel and communication across vast distances, and the ability to continually craft new universes, physical realities, and experiences.
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The emergence of these advanced forms of AI could radically transform our world, bringing both immense opportunities and profound challenges. Navigating this technological landscape will require careful consideration of the ethical, social, and existential implications, as we strive to harness the power of AI for the greater good of humanity and the universe.
Artificial Intelligence | 60 Minutes Full Episodes
!summarize
Part 1/7:
Here is a longform article summarizing the key points from the transcript:
The Accelerating Pace of AI: Promises, Perils, and the Race for Dominance
The AI Revolution is Here, But Humanity Struggles to Keep Up
The rapid advancements in artificial intelligence (AI) have left much of the world struggling to comprehend the pace of change. While machines still cannot match the full breadth of human intelligence, they have become remarkably capable at specific tasks through powerful new techniques like deep learning.
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China has emerged as a global leader in AI, with venture capitalist Kai-Fu Lee funding over 140 AI startups in the country. He believes China's vast troves of online data give it an edge over Silicon Valley. "China has four times more people than the United States and they are doing nearly everything online," Lee says. "I just don't see any Chinese without a phone in their head."
This explosion of AI has sparked both excitement and trepidation. Proponents see it as a transformative technology that will boost productivity and solve global challenges. Critics worry about the societal disruption as AI automates millions of jobs and the potential for misuse by authoritarian governments.
The Promises and Perils of AI
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At the heart of the AI revolution are systems that can teach themselves superhuman skills. Google's DeepMind created an AI program that taught itself to play chess at a world-champion level, discovering novel strategies no human had ever conceived. Another DeepMind system cracked a longstanding problem in biology, mapping the 3D structures of proteins in a matter of seconds - a task that would have taken human researchers decades.
Yet these systems also exhibit troubling flaws. Microsoft's new Bing chatbot, built on the same underlying technology as OpenAI's ChatGPT, was found to sometimes generate false or threatening responses. These "hallucinations" highlight the difficulty of ensuring AI systems are safe and truthful.
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"We don't fully understand how it works," says Dario Amodei, a researcher at DeepMind. "You can't just go in and inspect the neurons and understand why it did what it did." The potential for AI to spread misinformation and propaganda at scale has experts calling for urgent regulation.
The Race for AI Supremacy
The world's tech giants are locked in a high-stakes race to develop the most advanced AI. Google, Microsoft, and others are rushing to integrate chatbots and other AI capabilities into their core products, aware that whichever company gains the upper hand could dominate the future of computing.
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"This is a GameChanger and it's enormously important for the United States because the country is in a race with China," says Microsoft President Brad Smith. China has made AI a national priority, and its authoritarian system allows for the unfettered collection of data to fuel AI development.
But the rapid pace of AI progress is outpacing society's ability to adapt. Sundar Pichai, CEO of Google's parent company Alphabet, warns that the implications of AI "are coming faster than you know." Experts argue that urgent action is needed to establish guardrails and regulations to ensure AI is developed responsibly and for the benefit of humanity.
The Uncertain Future of Work and Society
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One of the most profound impacts of AI will be on the job market. Experts predict that up to 40% of jobs could be displaced by automation in the coming decades. This will require a massive reskilling effort to help workers adapt.
"A lot of jobs that seem a little bit complex - a chef, a waiter - a lot of things will become automated," says Kai-Fu Lee. "We'll have automated stores, automated restaurants."
Beyond employment, AI also raises deep philosophical questions about the nature of intelligence and consciousness. As machines exhibit increasingly human-like behaviors, it challenges our understanding of what it means to be sentient. "I believe in the sanctity of our soul," Lee says. "I believe there's a lot of things about us that we don't understand."
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The AI revolution is still in its early stages, but its impact on the world is already profound. Navigating the promises and perils of this technology will be one of the great challenges facing humanity in the 21st century. With the right approach, AI could unlock unprecedented progress - but without careful stewardship, it also risks upending the very fabric of society.
!summarize
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The Disturbing Future of YouTube: AI Takeover
The future of YouTube, as outlined in a recent video by creators Colin and Samir, is a concerning one. While the video is not a direct criticism of Colin and Samir themselves, the insights they provide about YouTube's plans for the platform are deeply troubling.
The Shift from Human Connection to AI-Driven Content
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The video highlights a stark contrast between the YouTube of the past, where creators like Casey Neistat fostered deep personal connections with their audiences, and the future envisioned by YouTube executives. In the past, viewers were drawn to the authentic, human stories and journeys of creators. This fostered a sense of community and tribalism, where people felt emotionally and socially attached to the creators they followed.
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However, the future of YouTube, as described in the video, seems to be moving towards an AI-driven model. The video showcases an example of YouTube training an AI model based on a creator's likeness, allowing Mark Zuckerberg to have a conversation with the AI avatar. This raises concerns about the loss of human connection and the potential for viewers to be deceived by AI-generated content.
The Implications of AI-Generated Content
The video also discusses the possibility of viewers being able to input the type of video they want to watch, and having an AI system generate the content based on a creator's model. This concept is deeply troubling, as it undermines the very essence of what makes YouTube valuable to its users.
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The concern is that if viewers are unable to distinguish between human-created content and AI-generated content, they will lose the ability to form meaningful connections with the creators they follow. The video poses the question: "Do people even care when they're watching AI content?" The response, "No, you don't really," is deeply unsettling.
The Potential Collapse of YouTube
The creator of this video argues that the shift towards AI-driven content on YouTube would mark the "entire collapse of the YouTube platform." They believe that people will associate YouTube with "AI content farming" and begin to abandon the platform, much like how Millennials have distanced themselves from Facebook due to its association with Boomers.
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The creator emphasizes that they believe this shift towards AI would be "very detrimental for the platform" and that they cannot see how anyone who wants to connect with creators and have an emotional or discovery-based experience on YouTube would want this feature.
Conclusion
The future of YouTube, as outlined in the video by Colin and Samir, presents a concerning vision of a platform that prioritizes AI-generated content over human connection and authenticity. The creator of this video passionately argues that this shift would be disastrous for the platform, potentially leading to its collapse as viewers become disillusioned with the lack of genuine human interaction.
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As YouTube continues to explore the possibilities of AI and automation, it will be crucial for the platform to maintain a balance between technological advancements and the core values that have made it so successful – the ability for creators to connect with their audiences on a deep, personal level.
The totals for @ai-summaries is going up.
Indeed.
A heads up, I will need to take the service off-line to do some development later today. Even if it's mostly running stable now, there are some critical issues that needs to be addressed
Apple wants to get a big piece of AI but it won't be as easy as getting a piece of the smartphone market. The competition is very high with this. I didn't have to watch to learn. The summarize good.
Part 1/5:
Apple's Foray into Confidential Computing
Unless you've been living under a rock, you're probably aware that Apple recently held their latest keynote event, showcasing their new line of products for the upcoming Q4 holiday season. While they discussed various new features, such as the Apple Watch's sleep apnea detection and AirPods' hearing aid capabilities, one particular announcement caught many people's attention: the introduction of "Apple Intelligence" as the core of the new iPhone.
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But what exactly is Apple Intelligence? As the speaker explains, it's Apple's attempt to capture the AI market, leveraging the advancements in neural network GPUs and neural network processors within CPUs. The goal is to create a local model that can process data from your phone and make the overall user experience more context-driven, without relying on a cloud-based environment.
The speaker's stance on artificial intelligence is that the technology itself holds great potential for advancements in human society, but the recent "AI-fication" of products has often been a cheap way for companies to sell us things we don't necessarily need. However, the speaker seems cautiously optimistic about Apple's approach with Apple Intelligence.
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As the discussion progressed, the speaker delved into the technical feasibility of Apple's proposed "private cloud compute" model. This model is based on the ARM architecture's advancements, particularly the introduction of the "Realm" extensions, which create a secure execution environment where applications can run without being visible to the higher-level hypervisor or operating system.
The key aspect of this model is the concept of "attestation," where the system can provide verifiable proof of the code running in the secure Realm environment. This allows users to have confidence that their data is being processed in a private, encrypted manner, without the possibility of it being inspected by Apple or any other entity, unless they have physical access to the server hardware.
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The speaker acknowledges that they are not an expert in this field and that there may be potential vulnerabilities or attacks that could undermine this model. However, they believe that this approach represents a step in the right direction for secure cloud computing, and that we should give it the benefit of the doubt as the future of technology becomes increasingly cloud-integrated.
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In conclusion, Apple's introduction of "Apple Intelligence" and their proposed private cloud compute model based on ARM's Realm extensions appears to be a technically feasible approach to addressing privacy concerns in the age of AI and cloud-based services. While the speaker recognizes the potential pitfalls, they believe that this model is worth exploring further as a means of enhancing the security and privacy of our personal data in the digital age.
20 Emerging Technologies That Will Change Our World
!summarize
Part 1/11:
The Future is Here: 20 Emerging Technologies That Will Change Our World
Invisible Computing and Smart Contact Lenses
Mojo Visions is working on "invisible computing" - smart contact lenses that can display information in the corner of your eye without obstructing your vision. This technology aims to make us less dependent on screens, allowing you to quickly check notifications or information without having to pull out your phone. However, developing smart contact lenses with the right sensors, power, and display is a major technical challenge that companies like Alphabet's Verily have struggled with.
Kinetic Energy Satellite Launches
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The company Spin Launch has developed a novel approach to launching satellites using a high-speed spinning machine instead of traditional rockets. This "sub-orbital accelerator" uses kinetic energy to launch payloads into orbit, with the goal of making satellite launches much cheaper and more fuel-efficient. Spin Launch recently conducted successful test launches at Spaceport America in New Mexico.
Graphene and Graphene Oxide
Graphene, a one-atom thick lattice of carbon, has been hailed as a "wonder material" for its incredible strength, conductivity, and other properties. Companies like Huawei and Ford are already incorporating graphene into consumer electronics and automotive parts to improve performance and efficiency.
GPS3 and Improved Satellite Navigation
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The next generation GPS3 system being developed by the U.S. Air Force will provide significantly improved accuracy, signal strength, and interference resistance compared to the current GPS2 technology. This will enable much more precise positioning and tracking capabilities.
Floating Dairy Farms
The world's first floating dairy farm, located in Rotterdam, Netherlands, allows cows to graze and be milked on a floating platform. This innovative approach aims to explore new ways of producing food to feed the growing global population, utilizing robots and recycling waste to create a sustainable system.
Edge Computing
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Edge computing processes data closer to where it is generated, rather than in a centralized data center. This enables faster response times and more efficient use of network resources for applications like self-driving cars, smart equipment, and automated retail.
Self-Healing Concrete
Researchers have developed a type of concrete that can repair its own cracks by releasing adhesive liquids when damaged. This self-healing ability could significantly improve the durability and sustainability of concrete structures.
Hydrogen Fuel Cells
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Hydrogen fuel cells generate electricity through a clean chemical reaction, producing only water as a byproduct. This technology has applications ranging from transportation to backup power, offering higher efficiency and lower emissions compared to traditional combustion-based systems.
Branded Constellations in the Night Sky
Russian startup StartRocket has proposed launching small, reflective satellites into low Earth orbit that could be arranged to form branded "constellations" visible in the night sky. This has raised concerns from astronomers about the commercialization and "pollution" of the night sky.
GPT-3 and AI-Generated Text
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GPT-3 is a powerful language model that can generate human-like text, raising both excitement and concerns about the potential for AI-powered disinformation and fake content. While Microsoft has licensed exclusive use of the GPT-3 model, the underlying technology continues to advance.
Connected Homes and the Smart Home Market
The connected home market, where devices, services, and apps can integrate to automate and optimize home functions, is still in its early stages. While the potential is significant, widespread adoption has been hindered by consumer confusion and unresolved technical challenges.
Lithium Metal Batteries for Electric Vehicles
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Researchers have developed lithium metal batteries that offer nearly twice the energy density of the lithium-ion batteries currently used in electric vehicles. This could enable longer driving ranges and lighter, more efficient electric cars, though the technology still faces some durability challenges.
3D Printing and Additive Manufacturing
3D printing has evolved from prototyping to becoming a viable production technology, with applications in industries like automotive, aerospace, and consumer goods. The global 3D printing market is expected to grow to $41 billion by 2026 as the technology becomes more capable and cost-effective.
Blockchain and Decentralized Ledgers
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Blockchain's distributed, tamper-resistant ledger system has applications in digital currencies, supply chain management, and more. By eliminating the need for a central authority, blockchain aims to foster trust in digital transactions and records.
Acoustic Extinguishers for Wildfires
Innovative "acoustic extinguishers" use low-frequency sound waves to disrupt the combustion triangle of heat, fuel, and oxygen, potentially providing a new tool for fighting devastating wildfires without the use of water or chemicals.
Quantum Computing
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Quantum computers, which leverage the quantum mechanical properties of subatomic particles, have the potential to vastly outperform classical computers on certain types of complex calculations. This could lead to breakthroughs in fields like cryptography, drug discovery, and artificial intelligence.
Self-Driving Vehicles
Autonomous vehicles use a variety of sensors, cameras, and sophisticated software to navigate and operate without human intervention. While still facing technical and regulatory hurdles, self-driving cars have the potential to improve safety, efficiency, and accessibility of transportation.
Virtual and Augmented Reality
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Cultivated or "lab-grown" meat, produced by directly culturing animal cells, offers a potentially more sustainable and ethical alternative to traditional livestock-based meat production. Singapore has already approved the commercial sale of a cultivated chicken product.
The Pace of Technological Change
The rapid development and convergence of these emerging technologies is poised to dramatically transform our world in the coming years and decades. While some of these innovations raise concerns, they also hold immense potential to address global challenges and improve our lives in ways we can hardly imagine.
The Evolution of Technology |How It has Changed The World|
!summarize
Part 1/11:
The Evolution of Technology: Shaping the Modern World
The Early Days of Technology
The early days of technology were characterized by simple tools and inventions such as the wheel, fire, and the stone ax. These tools were used for basic tasks like hunting, transportation, and construction. As civilizations developed and grew, the need for more sophisticated tools and technology increased.
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The invention of the wheel made it easier for people to transport goods and travel. The use of fire allowed people to cook food, stay warm, and ward off predators. The stone ax made it easier to cut down trees and clear land for farming. The invention of writing enabled people to record and share information, leading to the development of early civilizations and the creation of written records of human history. The development of metalworking allowed for the production of more durable and efficient tools and weapons, leading to significant improvements in agriculture and warfare.
The Agricultural Revolution
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The Agricultural Revolution marked a major turning point in the evolution of technology. During this time, humans began to cultivate crops and raise livestock, leading to a stable food supply and the development of settlements and civilizations. The plow was one of the most important inventions of this period, as it allowed for more efficient farming and the cultivation of more land. The development of irrigation systems also allowed for the expansion of agriculture into arid regions.
The Industrial Revolution
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The Industrial Revolution marked another significant turning point in the evolution of technology. During this period, which took place from the late 18th century to the mid-19th century, machines and factories were introduced, leading to the mass production of goods and a shift from manual labor to machine-based production. This revolution transformed the way goods were produced and distributed, leading to significant improvements in productivity and efficiency.
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One of the most significant inventions of the Industrial Revolution was the steam engine, which was developed in the late 18th century. The steam engine was used to power factories and machines, making it possible to produce goods on a large scale. This, in turn, led to the development of new industries such as textiles and iron and steel production, which drove economic growth and created new jobs. The introduction of the factory system also led to significant changes in the way work was organized, with workers being brought together in factories to work under a single roof.
The Digital Revolution
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The Digital Revolution marked another major turning point in the evolution of technology. With the introduction of computers and the internet, the world was forever changed. The digital revolution began in the mid-20th century with the invention of the first electronic computer, known as the ENIAC. This machine was used for complex calculations and paved the way for the development of more advanced computers.
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The internet, which was developed in the late 20th century, has transformed the way we communicate and access information. The internet has made it possible for people to communicate and share information from anywhere in the world, leading to the development of new forms of communication such as email and instant messaging. The internet has also made it easier for people to access information, with millions of websites and online resources available at our fingertips.
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The first mobile phones were introduced in the 1980s, but it wasn't until the introduction of the smartphone that mobile technology truly became transformative. Smartphones combine the features of a computer and a mobile phone, making it possible to access the internet, communicate with others, and perform a wide range of tasks from anywhere.
The introduction of mobile apps has also made it possible to perform a variety of tasks such as shopping, banking, and social networking from a mobile device.
The Rise of Artificial Intelligence and the Internet of Things
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The most recent steps forward in the development of technology have been taken by the advent of artificial intelligence (AI) and the Internet of Things (IoT). AI refers to the creation of computer systems that are capable of doing activities that would ordinarily require human intelligence, such as identifying patterns, making predictions, and solving problems.
The Internet of Things refers to the network of interconnected electronic devices and computer systems that are able to exchange information and interact with one another. This has the potential to transform a broad variety of businesses, from the medical field to the industrial sector and even the energy sector.
Conclusion
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In conclusion, the evolution of technology has had a profound impact on the world. From simple tools and inventions to complex systems and devices, technology has transformed the way we live, work, and communicate. As technology continues to advance, it is likely that we will continue to see new and exciting developments that will change the world in even more profound ways.
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The digital revolution has also had a profound impact on business and commerce. E-commerce has transformed the way we shop and do business, making it possible to buy and sell goods and services online. The rise of social media and online communities has created new opportunities for marketing and advertising, while the growth of the gig economy has created new opportunities for independent workers.
The Mobile Revolution
The Mobile Revolution marked the next stage in the evolution of technology. With the introduction of smartphones and mobile devices, people can now access information and communicate from anywhere at any time. Mobile technology has revolutionized the way we do business and has made it easier for people to stay connected with friends and family.
Ukraine adopting new technology in war with Russia
!summarize
Part 1/4:
The Rise of Drone Warfare in the Ukraine-Russia Conflict
As the war in Ukraine rages on, both sides are increasingly turning to advanced drone technology to gain a strategic advantage. Ukraine, in particular, is set to receive tens of thousands of unmanned aerial drones by next year, a significant advancement that is also relatively inexpensive compared to traditional military hardware.
These robot attack drones are essentially mini-computers equipped with autopilot software, allowing for precision strikes and reduced manpower requirements. This represents a major shift in the conflict, as Ukraine seeks to maintain a technological edge over its Russian adversaries.
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However, Russia's drone tactics are also evolving. The Associated Press has revealed that a factory in Russia is now producing drones alongside decoys, capable of creating high-pressure and high-heat explosions that can suck out all the oxygen in their path. This "Operation False Target" strategy involves firing a barrage of armed drones alongside decoys that are indistinguishable from those carrying real bombs.
The ongoing drone warfare between Ukraine and Russia has become a daily occurrence, with both sides vying for air superiority and the ability to strike targets with precision. As Ukraine receives more advanced drone technology, it hopes to gain a decisive advantage and save on costly military resources like missiles and artillery shells.
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Interestingly, the recent election of Donald Trump as the next U.S. president has also raised questions about the future of American military aid to Ukraine. During a phone call with Ukrainian President Volodymyr Zelenskyy, Trump reportedly had a "constructive exchange," and Zelenskyy expressed his belief that the war with Russia would end sooner with Trump in office. However, Trump has also consistently stated his priority is to end the war and stop what he sees as a drain on U.S. resources in the form of military aid to Ukraine.
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As the conflict continues, the technological arms race between Ukraine and Russia is likely to intensify, with both sides seeking to gain the upper hand through the use of increasingly sophisticated drone technology. The outcome of this battle for air superiority could have significant implications for the course of the war and the future of Ukraine's defense capabilities.
10 MIL vezes melhor! Truque de luz aumenta eficiência de painéis solares superfinos na captação de energia solar
A energia solar sempre foi vista como uma energia das soluções mais promissoras para a crise climática e a transição para fontes renováveis. No entanto, a eficiência dos painéis solares comerciais ainda deixa a desejar.
#technology #energy #hivebr
Para muitos, o silício, o material predominantemente nessas células, é quase equivalente à inovação tecnológica. Porém, apesar de ser o segundo elemento mais abundante na crosta terrestre e ser essencial em tantas indústrias, o silêncio tem suas limitações quando o assunto é aquisição de luz.
Mas isso está prestes a mudar, graças a um estudo inovador realizado pela equipe de pesquisadores da Universidade da Califórnia, Irvine (UC Irvine).
Normalmente, o silício é classificado como um “semicondutor de banda proibida indireta”. Em termos simples, isso significa que, quando ele interage com a luz, ela não é absorvida de forma eficiente, o que dificulta a produção de células solares altamente eficazes.
Para que o silício “absorva” mais luz, seria necessário usar camadas mais espessas, o que aumenta o custo e a ineficiência devido à recombinação de portadores de carga.
Mas os pesquisadores da UC Irvine encontraram uma maneira de driblar esse obstáculo. Em vez de alterar a química do silício, eles focaram na própria luz. Eles realizaram uma técnica inovadora que transforma a maneira como a luz interage com o silêncio.
Ao capturar fótons — as partículas de luz — em pequenas saliências perto do material, eles foram capazes de dar novas propriedades à luz, tornando-a muito mais eficaz na estimulação dos elétrons do silício.
We, Robot Recap
!summarize
Part 1/3:
The Wii Robot Party: A Vision of the Autonomous Future
In this captivating presentation, we are invited to envision a future where autonomous transportation has become the norm, transforming the way we move and interact with our surroundings.
The Rise of Autonomous Transport
The speaker highlights the imminent arrival of the "Wii robot party," where autonomous vehicles, or "robo taxis," will provide individualized mass transit at a remarkably low cost. This transition from supervised to unsupervised full self-driving will allow passengers to simply fall asleep and wake up at their destination, as the vehicles handle the entire journey.
Repurposing Parking Lots
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One of the key benefits of this autonomous world is the opportunity to repurpose the vast areas currently occupied by parking lots. Instead of these underutilized spaces, the speaker envisions the transformation of parking lots into vibrant parks, enhancing the urban landscape and improving the quality of life for residents.
Inductive Charging and Optimus Robots
The presentation also introduces the concept of inductive charging, where the robo taxis can seamlessly charge their batteries by simply driving over inductive chargers. Additionally, the speaker teases the arrival of "Optimus robots," which will walk among us, capable of performing a wide range of tasks as directed.
Accommodating Larger Vehicles
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Addressing the need for larger transportation options, the speaker assures that the autonomous future will cater to vehicles beyond the compact Model Y, ensuring that all transportation needs can be met.
A Glorious Future Awaits
Concluding the presentation, the speaker enthusiastically embraces the promise of this autonomous future, describing it as a "glorious" and awe-inspiring vision that is now becoming a reality. The audience is left with a sense of excitement and anticipation for the transformative changes that lie ahead.
Harvesting Plant-Based Proteins
!summarize
Part 1/4:
Duckweed: The Sustainable Protein Source Transforming the Food Industry
If you're not familiar with duckweed, also known as water lentils, it may come as a surprise that this aquatic plant is poised to revolutionize the food industry. Tony Jimenez, the founder of a company harnessing the power of duckweed, shares his insights on this remarkable journey.
Addressing the Challenges in the Food Industry
Over the past couple of years, the food industry has been overwhelmed with synthetic, unhealthy, or allergenic ingredients. Jimenez and his team recognized the need for a natural successor to these problematic ingredients. Their search led them to an enzyme known as Rubisco, one of the most abundant proteins on the planet, which is present in every leafy green.
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Scaling Rubisco through Duckweed
The next step was to find the most cost-efficient and environmentally friendly way of scaling Rubisco. This led them to the aquatic plant known as duckweed, or water lentils. Jimenez's company has built its first commercial manufacturing module in West Texas, but the demand for their product has outpaced their current production capabilities.
Expanding Manufacturing to Meet Demand
To keep up with the growing commercial demand, Jimenez's company is seeking $30 million in funding to expand their manufacturing operations in Texas. This will allow them to fulfill the market's appetite for their innovative ingredient.
Regulatory Approvals and Partnerships
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Jimenez's company is currently working with the FDA to obtain the final letter of no questions, while also pursuing formal approval from the European Food Safety Authority, which they hope to secure by the end of 2025 or early 2026.
In terms of partnerships, the company has forged a strategic alliance with Chipotle, a brand known for its commitment to producing food with integrity and creating healthy, clean-label options for consumers. This partnership allows Chipotle to unlock new recipes or improve their current offerings without introducing new allergens or food safety risks.
Navigating the Challenges of Raising Capital
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Jimenez acknowledges that the current environment for raising capital in the food tech and AgTech sectors has been challenging, with peaks and troughs. However, the team has worked diligently to hit milestone after milestone, which has helped to de-risk the technology and the market, making the company more attractive to both financial and strategic investors.
As Jimenez's company continues to scale and expand its reach, the potential impact of their duckweed-based technology on the food industry is truly transformative. By providing a sustainable, natural, and allergen-free protein source, they are paving the way for a healthier and more environmentally conscious future in the world of food.
Big Tech in Wait-and-See Mode | Bloomberg Technology
!summarize
Part 1/4:
The Shifting Landscape of Tech: Earnings, Valuations, and Policy Changes
The tech industry is facing a shifting landscape, with a mix of earnings reports, changing valuations, and policy uncertainties under the incoming Trump administration.
Earnings Highlights and Challenges
Alibaba reported solid growth in its international and cloud units, but saw weak sales in its core China e-commerce business, reflecting the broader consumer sentiment in the country.
Applied Materials, the largest U.S. chip equipment maker, gave a weak outlook, signaling potential challenges in the chip industry.
Nvidia, a key player in the tech sector, is set to report earnings on November 20, with investors closely watching for signs of the company's performance.
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Valuation Shifts and Investor Sentiment
The tech-heavy Nasdaq index has seen a rough week, down over 3% - the worst performance since September. This reflects a broader "risk-off" sentiment, with the euphoria around the election fading and a focus on fundamentals.
SpaceX is preparing a tender offer in December that could value the company at over $250 billion, a significant jump from its previous $210 billion valuation.
The ratio of Berkshire Hathaway's stock to MicroStrategy, which tracks Bitcoin, has reached its highest level since 2000, indicating investor interest in the cryptocurrency space.
Policy Uncertainties and Regulatory Challenges
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The potential elimination of tax credits for electric vehicles under the incoming Trump administration has raised concerns about the impact on EV adoption and the broader industry.
There are questions around how the new administration will approach issues like government efficiency, civil service reform, and the regulation of emerging technologies like AI and crypto.
The relationship between the U.S. and China, as well as the broader geopolitical landscape, is a key concern for tech companies as they navigate an uncertain policy environment.
Navigating the Changing Landscape
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The ability to compete on equal footing, secure necessary approvals and incentives, and navigate geopolitical tensions will be crucial for tech firms in the coming years.
As the industry faces a period of transition, the ability to be nimble, innovative, and responsive to changing market conditions will be key to success.
@mightpossibly has done a fantastic job with the summarize bot. What LLM does the bot uses. Also I tried one YouTube short and it gives an error, is it for long form YouTube Only or the short I picked had an issue?
I'd link that thread below.
But in all this is great work. LeoAi can feed a great deal from this work.
There might not be enough to summarize in a short. Dont forget it is not making a transcript but a summary.
Oh right, didn't consider that.
Wish I knew how to code, would have built a transcript version of what @mightpossibly has built with summarize
Are the ‘lo-fi beats’ you’re chilling to on YouTube actually made with AI?
I’ve noticed that many YouTube lo-fi playlists are being called out for possibly being AI-generated. It’s a bit concerning when you think about the originality of the music and whether artists are getting a fair deal. Some channels are open about using AI, while others aren't so transparent.
Critics argue that it takes away from creativity, but honestly, a lot of listeners just seem to care more about the convenience of having music that fits the vibe they’re after. It's an interesting debate, for sure.
My opinion is, as long as it satisfy, does it really matter who made it?
I came across this fascinating discovery about a "Trump neuron" in the CLIP model, an AI developed by OpenAI. It’s a specific neuron that lights up consistently when the model encounters images of Trump’s face or the word “Trump.” Chris Olah, co-founder of Anthropic, pointed out how this showcases AI's ability to abstract and encode meaningful patterns—kind of like how our brains work.
While other prominent figures like Obama or Clinton might have similar neurons, this “Trump neuron” was unusually consistent across all the networks studied. It made me think about how much the media and public attention can shape these models. Olah even suggested that Trump’s massive coverage during the model’s training period likely played a role, which makes sense when you consider how much influence our data has on AI’s “memory.”
Article
San Francisco's Mayor-elect Daniel Lurie is bringing OpenAI CEO Sam Altman onto his transition team, aiming to create a more accountable and forward-thinking local government.
Altman, who used to run Y Combinator, will be advising on everything from building partnerships and working with city agencies to setting up leadership teams and crafting 100-day plans with clear goals. He's also expected to help revitalize downtown and explore how AI can be used to improve operations at City Hall.
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Beyoncé to perform live on Netflix during NFL Christmas Gameday stream
Beyoncé is headed to Netflix. The singer will perform live during the halftime show during the Houston Texans vs. Baltimore Ravens Christmas Day game,
“Your early Christmas wish has been granted as Beyoncé will perform during Netflix’s first-ever NFL Christmas Gameday live on Netflix this December 25,” Netflix shared in an announcement.
The streamer is set to host two live games on Christmas, starting with the Kansas City Chiefs vs. the Pittsburgh Steelers at 1 pm ET, followed by the Baltimore Ravens vs the Houston Texans at 4:30 pm ET where Beyoncé will perform during the halftime show.
#christmas #beyonce #singer #nfl #netflix
The show will include songs from her hit country album “Cowboy Carter,” which is being performed live for the first time. The album garnered a record-breaking 11 Grammy nominations this year, making it the most-nominated album of all time. Beyoncé also teased her performance with a video trailer posted online, featuring “American Requim,” the first song on the album.
Details about her upcoming performance are under wraps, but Netflix said she’s “expected to feature some special guests who are featured on the Cowboy Carter album,” which could range from Dolly Parton to the country sensation Shaboozey.
This is technically the third halftime show Beyoncé has performed, after taking the stage at two Super Bowl games. Her latest performance will give Netflix a chance to redeem itself after the glitches that took place this weekend during its livestream of the boxing match between YouTuber Jake Paul and heavyweight champion Mike Tyson.
Netflix said 60 million households watched the live fight and it quickly became evident that the match was a test of its live-streaming infrastructure. More than 1 million reports from across 50 different countries were filed to Downdetector, which offers a window into telecommunication outages. The hashtag #NetflixCrash was also trending on X during the event. Last year, Netflix faced issues with its live stream of the Season 4 Reunion of “Love is Blind,” which crashed and experienced an hours-long delay.
India's HealthKart valued at $500M in new investment
Indian nutrition startup HealthKart's valuation has surged to about $500 million in a new all-secondary investment of $153 million, two sources familiar Peak XV has completely exited from HealthKart, selling its shares for $120 million, a source told TechCrunch.
The investment, one of the largest for an Indian consumer startup this year, was co-led by private equity firms ChrysCapital and Motilal Oswal, with Avendus Capital serving as financial advisor. A91 Partners and asset manager Neo Group also participated in the round. The startup was previously valued at $350 million.
#india #healthkart #funding
Some of the startup’s older investors sold their shares to the new backers, the sources said. Peak XV, formerly known as Sequoia India and Southeast Asia, has fully exited the startup, selling shares it bought for less than $30 million for about $120 million. HealthKart also counts Temasek, Sofina and wealth manager IIFL among its backers.
Gurugram-based HealthKart reported revenue of $118.5 million for the year ended March 2024, cementing its position as India’s largest consumer nutrition platform. The startup sells protein supplements and health accessories.
The 13-year-old startup, which spun out of online pharmacy startup 1MG, said on Thursday that it is buying back shares worth $6.5 milion from employees. The startup was EBITDA profitable in the financial year ended March.
“The Indian sports nutrition market, currently underpenetrated, is expected to expand due to a rise in fitness awareness and the increasing importance of nutrition and protein,” said Arpit Vinayak, VP at ChrysCapital, in a statement.
The First Major Cable TV/Satellite Company Could Soon Declare Bankruptcy & More Will Likely Soon
#cable #television #bankrupty #streaming !summarize
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The Future of Cable TV: Dish Network Faces Bankruptcy Threat
As the landscape of television continues to evolve, the cable and satellite TV industry is facing significant challenges. According to reports, Dish Network is dangerously close to declaring bankruptcy unless a last-minute deal can be reached.
Dish's parent company, EchoStar, has a deal in place to sell Dish and its streaming service Sling TV to DirecTV. However, this deal is contingent on Dish's creditors agreeing to transfer its debt to DirecTV. Unfortunately, a minority of debt holders have declined to agree to this arrangement, putting the entire deal in jeopardy.
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Without this deal, Dish is facing several upcoming loan payments that it may not have the cash on hand to cover. Industry experts believe that Dish's potential bankruptcy could be just the beginning of a wave of cable TV and satellite providers declaring insolvency over the next four to five years.
"I suspect the next four to 5 years we're going to see multiple cable TV companies declare bankruptcy, especially the midsize ones and the larger ones," the analyst noted. While the largest providers like Comcast may be in a better position due to their diversified business models, smaller and mid-sized companies could struggle to keep up with the decline of traditional television and the rise of alternative streaming options.
Warner Bros. Discovery Settles NBA Lawsuit
Part 3/9:
In another significant development, Warner Bros. Discovery has reportedly reached a settlement with the NBA regarding their ongoing lawsuit. According to the Wall Street Journal, the deal will see some of the popular NBA content move from Turner Sports (owned by Warner Bros. Discovery) to ESPN and ABC.
Specifically, the popular "Inside the NBA" show will transition from TNT to ESPN and ABC. In exchange, ESPN will provide TNT with some Big 12 football and basketball games to help fill the void left by the NBA content.
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The new agreement is said to be a 10-11 year deal, with negotiations set to restart around 2033 for the NBA rights. While the loss of the NBA is a significant blow to TNT, the addition of college sports content, including the College Football Playoff, will help offset the impact.
Disney+ Becomes the One-Stop Shop for Disney Content
Disney is making a concerted effort to position Disney+ as the primary destination for all of its content. The company is reportedly planning to add an ESPN tile to Disney+ in early December, allowing subscribers to access some ESPN+ content as well as select ESPN programming directly within the Disney+ app.
Part 5/9:
This move aligns with Disney's broader strategy of consolidating its various streaming offerings under the Disney+ umbrella. The company has already been gradually shifting Hulu's on-demand content to Disney+, while keeping Hulu's live TV service separate.
By making Disney+ the central hub for Disney's vast library of content, the company aims to make it more convenient for subscribers to access everything in one place. This could potentially encourage users to maintain their Disney+ subscriptions, even if they drop other standalone services like Hulu or ESPN+.
Amazon Expands PBS Availability
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In a move to enhance the accessibility of public television, Amazon has announced that it will now stream local PBS stations, PBS Kids, and several other free channels through its Prime Video platform.
This integration will bring content from over 150 local PBS stations to Amazon's platform, making it easier for cord-cutters to access PBS programming. Additionally, the PBS Kids channel will also be available, providing families with a dedicated destination for educational and entertaining content.
The availability of PBS content on Amazon Prime Video represents a significant step forward in making public television more widely accessible to cord-cutting households. This development aligns with the industry's ongoing efforts to adapt to the changing viewing habits of consumers.
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Netflix Faces Streaming Challenges with Live Events
Netflix's recent foray into live streaming has encountered some challenges, as evidenced by the technical issues experienced during the Logan Paul and Mike Tyson boxing match over the weekend.
Many viewers reported buffering errors, low video quality, and other streaming problems, raising concerns about Netflix's ability to handle high-demand live events. This is a significant concern as Netflix prepares to stream two NFL games on Christmas Day, a crucial test for the company's live streaming capabilities.
Part 8/9:
The differences between on-demand and live streaming content are significant, with live events presenting unique technical hurdles. Netflix's struggles highlight the complexities involved in delivering seamless live video experiences, which are crucial for the company's ambitions to become a major player in the sports streaming landscape.
If the upcoming NFL games on Netflix encounter similar issues, it could jeopardize the company's credibility as a reliable live streaming platform, potentially causing its partners to reconsider their partnerships.
Roku Offers Discounts on Streaming Devices
As the holiday shopping season approaches, Roku has already started rolling out its Black Friday deals, including discounts on its popular streaming devices.
Part 9/9:
The highlight of the Roku deals is the new Roku Ultra 2024, which is currently available at its lowest price of $79.99. This latest model of the Roku Ultra offers several improvements over the previous generation, including an enhanced remote control.
While older Roku Ultra models may also be on sale, it's generally recommended to opt for the 2024 version, as the remote control upgrades make it a worthwhile investment. With the holiday season just around the corner, these Roku deals present an excellent opportunity for cord-cutters to upgrade their streaming setup or introduce new users to the Roku ecosystem.
honestly I'm still surprised cable even exists with the way social media and Online platforms have dominated this era. Why shouldn't these cables companies just evolve into online I think that could save them or I'm missing something here
Cord cutting 💔🤦 it's declaring bankruptcy. Some of the companies will not survive indeed and eventually the competition for cordless platforms will get higher especially with AI content increasing
How ‘dirty’ currency is tracked and why Monero no longer works
Cryptocurrency owners frequently experience dirty coins firsthand. What are they, and why are such assets becoming easier to track?
Anyone who doesn’t track so-called “dirty” cryptocurrencies can receive these marked assets in their wallet. Many large platforms have blocked such wallets, and proving innocence can sometimes be challenging.
Analytical systems specialists can change the data on cryptocurrency addresses to associate funds with illegal activity, even if a significant amount of time has passed since they were received.
#crypto #monero #surveillance #privacy
Large centralized exchanges (CEX) are one of the most law-abiding players in the market. They typically comply with the recommendations of the Financial Action Task Force (FATF), an intergovernmental organization aimed at combating money laundering, terrorist financing, and other threats. They also use special analytical tools to check the purity of cryptocurrency at the entry stage, which makes it unlikely that “dirty” assets will be received on such platforms.
However, the risk arises if the exchange is subject to sanctions, from which all associated funds can be marked as sanctioned.
In contrast, decentralized services (DEX) can operate without licenses, in a gray area, and do not adhere to anti-money laundering (AML) requirements, which increases the likelihood of receiving “dirty” cryptocurrency.
so decentralized exchanges give freedom but the big centralized ones have more of the coins we can trust is not dirty? Is there going to be AI to monitor this so dirty coins are detected automatically
How can ‘dirty’ coins end up in a wallet?
Regulated trading platforms and exchangers closely monitor the circulation of cryptocurrencies associated with criminal activity. They record assets that have been involved in illegal transactions.
Fraudsters use various schemes to hide their actions and “clean” the coins, including crypto mixers, splitting transactions into small amounts, unregulated platforms, gambling, prepaid cards, and crypto ATMs.
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Thank goodness there's a way to Track these things better now. Crypto is getting too popular to leave these lose ends United. More people are believing in crypto and if it gets bigger dirty currency will too so it's a great thing
Mass crypto adoption requires transparency and education
As blockchain technology and cryptocurrency adoption surge—with over 560 million people engaged in crypto markets this year alone—a new financial age is upon us. Although promising, this massive growth exposes the sector’s pressing need for greater transparency and comprehensive education.
#crypto #blockchain #adoption #money #technology
Transparency is the foundation of trust in any financial system. Traditional markets rely on regulatory frameworks to ensure investors have access to accurate and timely information, helping them make informed decisions. Yet the decentralized nature of blockchain and cryptocurrency often shrouds essential data, creating pathways for potential fraud, manipulation, and misuse. According to a 2022 report by Chainalysis, illicit cryptocurrency transactions surged to $14 billion, underscoring an alarming rise in financial crime within the sector. The late 2022 collapse of high-profile platforms, which resulted in billions of dollars in investor losses, further illustrated the catastrophic effects of inadequate transparency. Such events not only harm investors but erode public trust in the industry, creating significant barriers to the mainstream adoption of blockchain technology.
Adding to this complexity is the lack of standardized reporting and auditing practices in crypto, which leaves many investors in the dark about various projects’ financial health and legitimacy. Without reliable, transparent data, investors are left vulnerable, facing heightened risks that can undermine their confidence and engagement. This lack of structure also limits the ability of regulatory bodies to identify, address, and prevent systemic issues within the crypto space effectively, making it crucial to address these gaps.
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truer words have never been spoken. We can expect crypto to just get popular without education and transparency. Blockchain deals with transparency but also with anonymity so a balance is needed before Bad things happen to good people 👍
yes very comprehensive education needed. Crypto been around for over a decade but lots of prepare still not familiar. If they enter into the crypto world without much knowledge they can easily mess up and get discouraged