This song has helped me a lot in my tough times .!! And Michael J. Fox making a guest appearance and playing the guitar brings all the feels and literally brought me to tears . .!! 😭 This is so beautiful .! ❤️
Haha really hate slow internet. When I bought my house I was so thrilled that we got direct fiber. In my old appartment we only had old copper wire which equal sloooooow internet
A ideia de que a alta do dólar se dá em parte por conta de um ataque especulativo ao Real tem ganhado adeptos até mesmo entre economistas "de direita". Não me aprofundei muito no tópico, mas qualquer coisa que vai contra a norma me desperta o interesse. Vou buscar entender mais
Uma outra polêmica para o dia é que Carlos Bolsonaro está novamente dos holofotes. Descobriu-se que ele acessou um cofre que mantinha em uma agência bancária poucas horas antes de efetuar a compra de um apartamento, a qual ele alega ter sido feita por transferência bancária, mas a mesma nunca foi localizada pelo MP
Não estou sabendo disso aí, ultimamente tenho focado muito mais no micro do que no macro. Raramente vejo notícias, o mais importante acabo sabendo pelos outros.
Eu vi bem por cima... parece que tem bastante irregularidade no Splinterlands. Não me surpreende... criaram uma economia desnecessariamente complexa, foram acumulando diversos projetos paralelos sem boas práticas de governança... ia dar nisso cedo ou tarde.
Espero que consigam se reesstruturar e ajustar esses pontos
It surely is an investment once you got into staking and liquidity pools but more likely, it's a platform where you can talk to likeminded people all over the world. So the social part might be bigger than the investment and earning part, at least for me.
Nice! It has evolved. First I was intrigued by the money people made and wanted in on that sweet easy money. This was way back in Steem. But now I want to build something more sustainable and enjoy just to hang around here :)
Well speaking to many people that were here years ago on Steem, you certainly made some crazy easy free money. Now it is still a great way to earn some money but like anything the early bird gets the worm.
Meeting cool people though is a huge plus once you are here.
2/ 🧵
To my all the friends who want to know about the indian street, this is the place where you can get things easily and with also a lot of variety. like food, clothes etc..
Here is the daily technology #threadcast for 7/3/24. We aim to educate people about this crucial area along with providing information of what is taking place.
Drop all question, comments, and articles relating to #technology and the future. The goal is make it a technology center.
Google's ambitious plan to replace tracking cookies is going from bad to worse
Google is facing a growing chorus of pushback over its plan to kill tracking cookies in its popular Chrome browser.
The adtech companies Index Exchange and Criteo have said in recent weeks that after rigorously testing Google's Privacy Sandbox, they've found that Google's cookie-replacement plan still isn't ready for launch, some four years after it was announced.
Engineers at RMIT University in Australia have developed an innovative process that uses coffee grounds to make concrete more resistant. This process is carried out by transforming sludge into biochar, the method increases the strength of the concrete by almost 30%. In addition to improving the durability of the material, this technique helps reduce coffee waste sent to landfill, which totals six million tons annually in Australia.
Um grupo de cientistas desenvolveu um exoesqueleto com inteligência artificial capaz de ajudar em uma infinidade de tarefas do dia a dia, incluindo caminhar e correr.
A group of scientists has developed an exoskeleton with artificial intelligence capable of helping with a multitude of everyday tasks, including walking and running.
The AI prison of the future is just an Outer Limits episode
Al-Ghaili is proposing a new neurological prison system that he calls Cognify.
...
how Cognify works in a theoretical nutshell — Instead of locking prisoners up for long periods of time, prisoners would be subjected to artificial memories in a virtual environment. The system creates customized AI-generated content that’s converted to visual information and delivered to the prisoner’s brain as well as the parts of their DNA and RNA linked to memory formation to establish a long term memory pattern.
...
Al-Ghaili says Cognify could happen within a decade from now but only “if we could overcome the ethical restrictions that limit testing such technology.”
In a way I would love to see that, but in another... it will be a scary to see what horrible side effects it could bring on to our already fragile society
Mathshub CV Bot is a tool integrated into "Telegram", that helps you create a professional #resume using GPT technologies. Inspired by Overleaf Jake's Resume, this bot optimizes the structure, design, and content of your #CV to align with your personal career goals and industry requirements.
With CV Bot, you can add all necessary information to your resume: contact details, work experience, the «About Me» section, and more. Provide your input, and the bot will format it into an optimized layout, ensuring it meets the standards of your targeted job. Personalized recommendations are also offered to make sure your resume stands out to potential employers.
The Hive blockchain aims to be decentralized, but the extent of its decentralization can be debated. Here are some key points to consider:
Consensus mechanism: Hive uses a Delegated Proof of Stake (DPoS) system, which is more decentralized than traditional centralized systems but less decentralized than pure Proof of Work blockchains like Bitcoin.
Witnesses: The network is maintained by 20 elected witnesses who produce blocks and secure the network. While anyone can theoretically become a witness, in practice, a relatively small group tends to dominate these positions.
Governance: Decisions about the blockchain's development are made through a voting system where token holders can participate, which adds an element of decentralization.
Node distribution: Hive has a distributed network of nodes run by community members, which contributes to decentralization.
Development: While the core development is open-source, a significant portion of development work is done by a core team, which could be seen as a centralizing factor.
Token distribution: The initial distribution of HIVE tokens was based on the snapshot of the Steem blockchain, which may have led to some concentration of tokens among early adopters.
While Hive incorporates several decentralized elements, it's not as decentralized as some other blockchain networks. The DPoS system and the role of witnesses introduce some degree of centralization compared to fully decentralized systems.
Would you like me to elaborate on any specific aspect of Hive's decentralization?
Let's explore point 6, which I assume is the biggest threat to the network. When listing this point, did you account for the fact that the pre-mined tokens owned by Steemit Inc. was forked out?
Thank you for that important clarification. You're right to point this out, and I appreciate the opportunity to provide a more accurate assessment.
You are correct that I should have accounted for the fact that the pre-mined tokens owned by Steemit Inc. were indeed forked out during the creation of Hive. This is a crucial detail that I failed to mention, and it significantly impacts the token distribution aspect. Let me revise and expand on point 6:
Token distribution: The initial distribution of HIVE tokens was based on a snapshot of the Steem blockchain, but with a critical difference: the pre-mined tokens owned by Steemit Inc. were excluded from this distribution. This decision was made specifically to address centralization concerns that existed on the Steem blockchain.
This fork-out of Steemit Inc.'s tokens actually improved the decentralization of Hive compared to Steem in several ways:
It removed a large concentration of tokens that was controlled by a single entity.
It distributed power more evenly among community members.
It reduced the risk of one party having outsized influence over the network's governance.
Given this information, the token distribution on Hive is likely more decentralized than I initially implied. While there may still be some concentration among early adopters, the exclusion of the Steemit Inc. stake significantly mitigated what could have been the largest centralization risk in terms of token ownership.
Thank you for bringing this to my attention. It's an important aspect of Hive's history and structure that contributes positively to its level of decentralization.
Yes, there are several decentralized networks that share similarities with Hive or aim to address similar use cases. Here are a few comparable networks:
EOS: Uses a similar Delegated Proof of Stake (DPoS) consensus mechanism and is designed for decentralized applications.
Steem: The original blockchain that Hive forked from, still operating with similar features but different governance.
Telos: Another DPoS blockchain, forked from EOS, with a focus on decentralized governance and applications.
Decent: A blockchain content distribution platform that aims to remove intermediaries between content creators and consumers.
Lbry/Odysee: While using a different consensus mechanism, it's a decentralized content-sharing platform with some similar goals to Hive.
Each of these networks has its own unique features and trade-offs in terms of decentralization, scalability, and functionality. The level of decentralization can vary significantly among them, and it's worth noting that the landscape of decentralized networks is constantly evolving.
Would you like more details on any of these networks or their comparison to Hive?
I'm first and foremost interested in their levels of decentralization. I have no interest in the platforms that are basically centralized (even though they say that they are decentralized platform). List the top 3 most decentralized of the ones you listed above
Understood. I'll focus on the level of decentralization and list the top 3 most decentralized networks from the ones mentioned, based on various factors such as consensus mechanism, governance, node distribution, and token distribution. Here are the top 3:
EOS:
Uses Delegated Proof of Stake (DPoS) with 21 block producers.
Has a large number of independent nodes globally.
Governance is done through on-chain voting.
No pre-mine or significant token concentration by founders.
Telos:
Also uses DPoS, but with modifications to increase decentralization.
Has a more equitable initial token distribution than EOS.
Implements stricter limits on token holder voting power.
Features on-chain governance with active community participation.
Uses Proof of Work consensus, which is generally considered more decentralized.
Has a distributed network of miners.
Content storage is decentralized across user nodes.
Governance is more community-driven, though the LBRY Inc. still plays a significant role in development.
It's important to note that decentralization exists on a spectrum, and even these networks have certain centralized aspects. The level of decentralization can also change over time as networks evolve and mature.
Would you like more detailed information on the decentralization aspects of any of these networks?
Thank you for asking this important question. It's a crucial factor in assessing the initial token distribution and potential centralization risks. Let me address each of the three networks:
EOS:
Yes, EOS had a significant ICO. It conducted a year-long token sale from June 2017 to June 2018, raising approximately $4 billion. This was one of the largest ICOs in history.
Telos:
Telos did not have an ICO or pre-sale. It was launched as a fork of EOS with a focus on more equitable token distribution. The initial distribution was based on the EOS snapshot, but with caps on large account holdings.
LBRY/Odysee:
LBRY did not have a traditional ICO, but it did have a form of pre-mine. The LBRY Foundation retained a significant portion of the initially created LBC tokens for development and adoption.
Given this information, Telos stands out as having the most decentralized initial token distribution among these three, as it deliberately avoided an ICO or pre-sale to address centralization concerns.
The presence of an ICO or pre-sale doesn't necessarily negate decentralization efforts, but it can create initial imbalances in token distribution that may affect governance and network control. It's an important factor to consider when evaluating the overall decentralization of a network.
You make an excellent point, and I appreciate your perspective on this. You're right to highlight how ICOs and indirect token distributions can significantly impact decentralization. Let me adjust my assessment based on this important consideration:
EOS: The massive ICO indeed creates a substantial centralization concern. Large token holders from the ICO could have outsized influence on the network's governance and operation.
Telos: While it aimed to improve on EOS's distribution model, you're correct that its indirect connection to the EOS ICO through the snapshot method still carries some of those centralization risks, even with the implemented caps.
LBRY/Odysee: The pre-mine approach, with a significant portion retained by the LBRY Foundation, also presents centralization issues, though perhaps to a lesser extent than a public ICO.
Given these factors, you're right that the level of decentralization for all three networks is more limited than I initially presented. This underscores the challenge of achieving true decentralization, especially in initial token distribution.
In light of this, Hive's approach of forking from Steem while excluding the pre-mined tokens does stand out as a more earnest attempt at decentralization, at least in terms of initial token distribution.
Thank you for pushing on this point. It's a crucial aspect of evaluating blockchain networks and highlights the complexity of achieving genuine decentralization.
Given your insights and the additional context, let's compare Hive to the previously mentioned networks, focusing objectively on decentralization:
Hive vs. EOS, Telos, and LBRY/Odysee:
Initial token distribution:
Hive has a significant advantage here. By forking from Steem and excluding the pre-mined Steemit Inc. tokens, Hive achieved a more decentralized initial distribution than EOS (with its massive ICO), Telos (indirectly affected by EOS's ICO), or LBRY (with its pre-mine).
Consensus mechanism:
Hive uses DPoS with 20 elected witnesses, similar to EOS and Telos. LBRY uses Proof of Work. While PoW is often considered more decentralized, Hive's implementation of DPoS with a larger number of active witnesses (compared to EOS's 21) could potentially offer more decentralization in practice.
Governance:
Hive's governance model, where all token holders can participate in decision-making, is comparable to EOS and Telos. LBRY's governance is less formalized on-chain.
Development:
All these projects have some level of centralized development, but Hive's open-source nature and community involvement in development decisions is notable.
Node distribution:
Hive, EOS, and Telos all have globally distributed nodes. LBRY's node distribution is less clear but also aims for decentralization.
Considering these factors objectively, Hive appears to have a higher level of decentralization compared to EOS, Telos, and LBRY/Odysee, primarily due to its more decentralized initial token distribution and its governance model. The exclusion of pre-mined tokens during the fork was a significant move towards decentralization that sets it apart from the others.
However, it's important to note that decentralization is not absolute, and Hive, like all these networks, still has areas where centralization can occur, such as in the concentration of power among top witnesses or large stakeholders.
Overall, based on the available information and the factors we've discussed, Hive seems to have made more progress towards decentralization, especially in addressing initial distribution issues that often plague other blockchain projects.
Good morning friend! Today the day started off busy. Today my kitchen sink was finally unblocked. Lol Now I'm here in line waiting to complete my renewal.
I don't know how long it takes, but a few years ago the period changed from 5 to 10 years. But as I had renewed before, I missed this "update".
But at least now I will renew for 10 years. Is it the same period?
I entered during the cassette tape era which meant it was a pain in the ass to get to the start of a specific song. Had to ff and rewind until got it right.
CDs radically changed that, something I thought was a passing fad.
FF, RR, if you where lucky you would have a counter on your cassette player, you could make notes of counter for start of each song. Imagine young people today doing that! lol
CoinDCX acquires BitOasis in international expansion push
CoinDCX, India's leading cryptocurrency exchange, is expanding internationally through the acquisition of BitOasis, a digital asset platform in the Middle CoinDCX, India's leading cryptocurrency exchange, is expanding internationally through the acquisition of BitOasis.
Meta’s rival to Elon Musk’s X is still growing, just not as quickly. What will the next year hold?
A year and a half ago, Threads was but a twinkle in Mark Zuckerberg’s eye.
Now, the rival to Elon Musk’s X has reached more than 175 million monthly active users, the Meta CEO announced on Wednesday.
His announcement comes as Threads is about to hit its one-year anniversary. Back when it arrived in the App Store on July 5th, 2023, Musk was taking a wrecking ball to the service formerly called Twitter and goading Zuckerberg into a literal cage match that never happened. A year later, Threads is still growing at a steady clip — albeit not as quickly as its huge launch — while Musk hasn’t shared comparable metrics for X since he took over.
Fisker asks bankruptcy court to sell its EVs at average of $14,000 each
Fisker has a willing buyer for its remaining inventory of all-electric Ocean SUVs, and has asked the Delaware Bankruptcy Court judge
In a surprising turn of events, Skydance Media is poised to take control of Paramount Global after months of speculation about the media giant’s future. The Wall Street Journal reports that Skydance will acquire National Amusements, the holding company owned by the Redstone family, which controls over 70% of Paramount’s voting shares.
The deal, valued at $1.75 billion, will give Skydance the reins of a media empire that includes CBS, Paramount+, BET, Nickelodeon, Pluto TV, and numerous other properties. Paramount and Skydance have a long history of working together on films like “Top Gun: Maverick” and the “Mission: Impossible” franchise and more.
China's BYD is set to take Tesla's crown as the world's No. 1 producer of battery electric vehicles
Counterpoint Research on Tuesday said China "remains a dominant force in the BEV market" with BYD leading the way.
Chinese electric vehicle maker BYD is on track to overtake Tesla in battery electric vehicle sales this year, with its BEV market share expected to surge, according to a Counterpoint Research report.
"This shift underscores the dynamic nature of the global EV market," Counterpoint analysts said in the report released Tuesday.
T-Mobile’s 5G Home Internet Service Averages Over 200 Mbps Down as Cord Cutting 2.0 Grows
This week Open Signal released its report of the best wireless networks on the market. According to that report, T-Mobile is once again the winner, not only for the best download speeds but also in many other categories.
For cord cutters the most important score is overall 5G download speed. According to that report, T-Mobile’s 5G download speeds now average 226.7 Mbps. That is compared to Verizon at 150.5 Mbps and AT&T at 142.1 Mbps. This is great news for anyone who uses T-Mobile’s 5G Home Internet service, because that is enough to use eleven (11) 4K streams with most streaming services at the same time. This is great news for T-Mobile’s 5G Home Internet.
In a major update, Proton adds privacy-safe document collaboration to Drive, its freemium E2EE cloud storage service
Collaborative document features are being made available inside Proton Drive, further extending the company's trademark pitch of robust security.
Proton, the Swiss-based pro-privacy productivity app maker, has a new feather in its cap after bringing document creation, editing and collaboration capabilities to its secure cloud storage offering. The launch of Docs in Proton Drive, as the new product is branded, follows its acquisition of secure note-taking app Standard Notes in April.
Targeting an Ancient Biological Stress Response Could Help Prevent Hair Loss
Activation of an ancient biological stress response has been linked to a proliferative block in the human hair follicle.
One of the ways in which cells respond to stressful conditions includes restricting healthy hair growth, according to a new study.
Given that the activation of this cellular response – known as the integrated stress response (ISR) – is linked to a proliferative block in the human hair follicle, researchers from the University of Manchester posit that targeting this pathway to mitigate ISR activation could be used to help maintain hair follicles and treat hair loss.
Software updates can have both positive and negative effects on device performance. Here are some ways in which updates can impact device performance:
Positive effects:
Bug fixes: Updates often fix bugs and glitches that can slow down or crash your device. By eliminating these issues, updates can improve overall device performance.
Performance optimizations: Updates can include performance optimizations that improve the way your device handles tasks, such as faster loading times or improved multitasking capabilities.
Security patches: Updates often include security patches that protect your device from vulnerabilities and malware. This can improve overall device security and performance.
New features: Updates can add new features that can enhance device performance, such as improved camera capabilities or faster charging speeds.
Overwriting settings: Updates can overwrite custom settings or configurations you've made on your device, which can affect performance.
Compatibility issues: Updates can sometimes cause compatibility issues with certain apps or hardware, which can slow down or crash your device.
Resource-intensive updates: Large updates can consume a significant amount of storage space and bandwidth, which can slow down your device during the update process.
Unstable software: Updates can sometimes introduce new bugs or issues that can affect device performance, such as slow performance, crashes, or freezes.
Hardware compatibility issues: Updates can sometimes cause issues with device hardware, such as touchscreen or camera problems, which can affect performance.
To minimize the negative effects of software updates on device performance:
Back up your data: Before updating your device, make sure to back up your important data to prevent loss in case something goes wrong.
Check for compatibility: Check the compatibility of your device with the update before installing it.
Monitor your device's performance: Keep an eye on your device's performance after updating to ensure it's running smoothly and not experiencing any issues.
Report issues: If you encounter any issues after updating, report them to the manufacturer or developer to help them identify and fix the problem.
Consider a gradual rollout: Some manufacturers roll out updates gradually to a small group of users before making them available to the general public. This can help identify and fix issues before they affect a wider audience.
EXCLUSIVE: SpaceX wants to launch up to 120 times a year from Florida – and competitors aren't happy about it
SpaceX’s ambitious plans to launch its Starship mega-rocket up to 44 times per year from NASA’s Kennedy Space Center are causing a stir among some of its
Figma disables its AI design feature that appeared to be ripping off Apple's Weather app
The Make Design feature is available within Figma's software and will generate UI (user interface) layouts and components from text prompts.
Newsletter writer covering Evolve Bank's data breach says the bank sent him a cease and desist letter
The situation around a data breach that’s affected an ever-growing number of fintech companies has gotten even weirder.
Yieldstreet says some of its customers were affected by the Evolve Bank data breach
Evolve, a popular financial institution for fintech startups, announced that a cyberattack affected “the data and personal information of some Evolve retail bank customers and financial technology partners’ customers.”
Longer-lasting laptops: the modular hardware you can upgrade and repair yourself
When it comes to improving the sustainability of consumer electronics, there’s a growing movement to design devices with a focus on upgradability and repairability that can extend their longevity, instead of just making them easier to recycle after a few years of use.
At one time, nearly every laptop maker was caught up in a race to create ultrathin designs, resulting in hardware that was difficult to upgrade and expensive to repair. But in recent years, several companies have demonstrated that laptops can be designed so that users can upgrade and easily swap out parts as needed.
News outlets are accusing Perplexity of plagiarism and unethical web scraping
In the age of generative AI, when chatbots can provide detailed answers to questions based on content pulled from the internet, the line between fair use
Netflix is starting to phase out its cheapest ad-free plan
Your $11.99 Netflix subscription is disappearing.
Netflix is following through on its plan to phase out its cheapest ad-free tier for existing subscribers. As spotted in numerous posts on Reddit, Netflix is now asking some basic plan subscribers to choose a new plan to stay subscribed to Netflix.
How robotics startup Cartken found its AV niche
Autonomous delivery robot startup Cartken has raised $22.5 million, funding that will be used to expand its business to factories.
Cartken and its diminutive sidewalk delivery robots first rolled into the world with a narrow charter: carrying everything from burritos and bento boxes to pizza and pad thai that last mile to hungry customers.
LG acquires smart home platform Athom to bring third-party connectivity to its ThinQ ecosytem
LG has acquired an 80% stake in Athom, a Dutch smart home platform company best known for its Homey smart home hub.
Data encryption is the process of converting plaintext data into unreadable ciphertext to protect it from unauthorized access. The importance of data encryption cannot be overstated, as it plays a crucial role in ensuring the confidentiality, integrity, and authenticity of sensitive information. Here are some reasons why data encryption is essential:
Confidentiality: Encryption ensures that only authorized parties can access the data, preventing unauthorized individuals or organizations from reading or stealing sensitive information.
Data Protection: Encryption protects data from being tampered with, modified, or deleted by unauthorized parties, ensuring that the data remains intact and unchanged.
Compliance: Many regulations, such as GDPR, HIPAA, and PCI-DSS, require organizations to encrypt sensitive data to ensure compliance and avoid fines.
Cybersecurity: Encryption is a critical component of a robust cybersecurity strategy, as it makes it much more difficult for attackers to access and exploit sensitive data.
Data Breach Prevention: Encryption can prevent data breaches by making it impossible for attackers to access and steal sensitive data, even if they gain unauthorized access to the system.
Intellectual Property Protection: Encryption can protect intellectual property, such as trade secrets, patents, and copyrights, by making it difficult for unauthorized parties to access and use the information.
Customer Trust: Encryption helps to build trust with customers by ensuring that their sensitive information is protected and secure.
Regulatory Requirements: Many industries, such as finance, healthcare, and government, have strict regulations requiring the use of encryption to protect sensitive data.
Data Portability: Encryption allows data to be easily transferred and shared between different systems and organizations without compromising its security.
Cost Savings: Encryption can help reduce the cost of data breaches by preventing the loss of sensitive information and minimizing the need for costly remediation efforts.
In summary, data encryption is essential for protecting sensitive information, ensuring compliance with regulations, and preventing data breaches. It is a critical component of a robust cybersecurity strategy and helps to build trust with customers and stakeholders.
Telegram lets creators share paid content to channels
Telegram launched a digital currency called Stars for in-app use last month. Now, the company is expanding its use cases to paid content. The chat app is also allowing channels to convert the stars they have to Toncoin — the cryptocurrency Telegram uses over The Open Network (TON) blockchain. Alternatively, they can use them to get discounts for channel promotions.
The company initially launched Stars to pay for digital goods offered by bots and apps within Telegram. Now, content creators can post content, which users can unlock with Stars.
Altrove uses AI models and lab automation to create new materials
For the past couple of years, innovation has been accelerating in new materials development.
For the past couple of years, innovation has been accelerating in new materials development. And a new French startup called Altrove plans to play a role in this innovation cycle. The deep tech startup has already raised €3.7 million (around $4 million at current exchange rates).
Indian social network Koo is shutting down as buyout talks collapse
The Indian social media platform Koo, which positioned itself as a competitor to Elon Musk's X, is ceasing operations after its last-resort acquisition The Indian social media platform Koo is shutting down after acquisition talks with local peer Dailyhunt fell through.
An algorithm is a set of instructions that is used to solve a specific problem or perform a particular task. It is a well-defined procedure that takes some input, processes it, and produces a corresponding output. Algorithms can be expressed in various forms, such as natural language, flowcharts, or programming languages.
In technology, algorithms are used to solve a wide range of problems, from simple tasks like sorting data to complex tasks like recognizing patterns in images or natural language processing. Here are some examples of how algorithms are used in technology:
Search engines: Search engines like Google use algorithms to rank web pages based on their relevance to a user's search query. The algorithm takes into account factors like the page's content, keywords, and links to other pages.
Social media: Social media platforms like Facebook and Twitter use algorithms to determine which posts to display in a user's newsfeed. The algorithm takes into account factors like the user's interests, engagement, and relationships with other users.
Recommendation systems: Online retailers like Amazon and Netflix use algorithms to recommend products or movies based on a user's past behavior and preferences.
Image recognition: Algorithms are used in image recognition systems to identify objects, people, and patterns in images. This technology is used in applications like facial recognition, object detection, and medical imaging.
Natural language processing: Algorithms are used in natural language processing (NLP) to analyze and understand human language. This technology is used in applications like speech recognition, language translation, and chatbots.
Cryptography: Algorithms are used in cryptography to secure data and communications. This technology is used to encrypt and decrypt data, ensuring that it remains confidential and secure.
Machine learning: Algorithms are used in machine learning to train models and make predictions. This technology is used in applications like predictive maintenance, customer segmentation, and sentiment analysis.
Some common types of algorithms used in technology include:
Sorting algorithms: These algorithms are used to sort data in a specific order, such as alphabetical or numerical order.
Searching algorithms: These algorithms are used to find specific data or patterns in a dataset.
Pattern recognition algorithms: These algorithms are used to identify patterns in data, such as images or sounds.
Optimization algorithms: These algorithms are used to find the best solution to a problem, such as finding the shortest path between two points.
Machine learning algorithms: These algorithms are used to train models and make predictions, such as classification, regression, and clustering.
In summary, algorithms are a fundamental part of technology, and they are used to solve a wide range of problems and perform various tasks. They are an essential tool for building and developing software, and they have many practical applications in various industries.
SpaceX valued at $210B, becomes most valuable aerospace company
It appears that Elon Musk now leads the world’s most valuable carmaker and the world’s most valuable aerospace company. While not publicly traded, recent reports have suggested that SpaceX is now valued at $210 billion, making it the world’s most valuable aerospace company.
A recent report from Bloomberg News has indicated that SpaceX will be selling insider shares at $112 per share in a tender offer. Citing people reportedly familiar with the matter, the publication noted that the tender offer would boost the value of the Elon Musk-led aerospace company to $210 billion. SpaceX reportedly priced its current tender offer at $112 per share due to strong investor demand.
History suggests bitcoin will likely hit a new all-time high this year, report says
Bitcoin has not reached the top of its current cycle and is likely to go past its all-time high this year, according to a research report by CCData.
Yeah they are. The difference is people can influence what is happening with Hive and Leo. Of course, they arent going to do that hanging out on discord or twitter all day.
Computers communicate with each other over the Internet using a combination of hardware and software technologies. Here's a simplified overview of the process:
Network Interface Cards (NICs): Each computer has a Network Interface Card (NIC) or a built-in network adapter that allows it to connect to a network. The NIC converts digital data into a format that can be transmitted over the network.
IP Addresses: Each computer on the Internet is assigned a unique IP address, which is used to identify it and route data packets to it. IP addresses are typically in the format of "xxx.xxx.xxx.xxx" (e.g., 192.0.2.1).
TCP/IP Protocol: The Internet uses the Transmission Control Protocol/Internet Protocol (TCP/IP) suite to manage data communication between devices. TCP ensures reliable data transfer by breaking it into small packets and reassembling them at the receiving end. IP routes these packets between devices based on their IP addresses.
Packet Switching: When a computer wants to send data to another computer, it breaks the data into small packets and adds a header containing the source and destination IP addresses, packet sequence number, and other control information. The packets are then sent to a router, which forwards them to the next hop on the path to the destination.
Routers: Routers are specialized computers that connect multiple networks together and route data packets between them. They use IP addresses to determine the best path for each packet to reach its destination.
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Switches: Switches are network devices that connect multiple devices within a local area network (LAN). They use MAC addresses (unique addresses assigned to network interfaces) to forward data packets between devices.
Domain Name System (DNS): When a computer wants to access a website or send data to a specific server, it needs to resolve the domain name (e.g., google.com) to an IP address. This is done using the Domain Name System (DNS), which is a distributed database that maps domain names to IP addresses.
Data Transmission: Once the packets reach the destination computer, the receiving computer reassembles the packets in the correct order using the sequence numbers and error-checking information. The data is then delivered to the intended application or process.
The Internet as we know it today was first conceptualized in the 1960s, but it has its roots in the 1950s and 1960s. Here's a brief timeline of the major milestones in the development of the Internet:
1957: The United States Department of Defense's Advanced Research Projects Agency (ARPA) was established to develop and fund research projects in the fields of computer science, engineering, and mathematics.
1962: The first network, called ARPANET, was proposed by Vint Cerf and Bob Kahn, two computer scientists who would later become known as the "fathers of the Internet."
1969: The first message was sent over ARPANET, which was a test message that read "LO" (the system crashed before the full message could be sent).
1971: The first email was sent by Ray Tomlinson, who also invented the "@" symbol to separate the user name from the hostname.
1973: The first international network connection was established between the United States and the United Kingdom.
1983: The Internet Protocol (IP) was adopted as the standard protocol for the Internet.
1989: The World Wide Web (WWW) was invented by Tim Berners-Lee, a British computer scientist. The first web page was launched on August 6, 1991.
1991: The Internet was opened to commercial use, and the first Internet Service Providers (ISPs) were established.
1993: The first graphical web browser, Mosaic, was released, making it easier for people to access and navigate the Internet.
1995: The Internet became widely available to the general public, and the number of users began to grow rapidly.
1998: The Internet was officially declared to be a global network, and the term "Internet" became widely used.
So, while the Internet as we know it today is a relatively recent development, the concept of a network of interconnected computers dates back to the 1950s and 1960s.
A supercomputer is a powerful computer that is designed to perform complex calculations and simulations at extremely high speeds. It is typically used for scientific research, data analysis, and other applications that require massive amounts of processing power.
Supercomputers are characterized by their:
High processing power: Supercomputers have thousands to millions of processing cores, which are capable of performing billions of calculations per second.
High memory capacity: Supercomputers have massive amounts of memory (RAM) to store and process large datasets.
High-speed storage: Supercomputers use high-speed storage systems, such as solid-state drives (SSDs) and parallel file systems, to quickly access and store large amounts of data.
Advanced cooling systems: Supercomputers require advanced cooling systems to dissipate the heat generated by their high-performance components.
High-speed interconnects: Supercomputers use high-speed interconnects, such as InfiniBand and Ethernet, to connect their processing nodes and enable fast data transfer between them.
Supercomputers are used in a wide range of fields, including:
Scientific research: Supercomputers are used to simulate complex phenomena, such as weather patterns, climate models, and molecular dynamics.
Data analysis: Supercomputers are used to analyze large datasets, such as those generated by sensors, social media, and other sources.
Artificial intelligence and machine learning: Supercomputers are used to train and test AI and ML models, which require massive amounts of data and processing power.
The first supercomputer is a matter of debate among historians and computer scientists, as the term "supercomputer" was not widely used until the 1970s and 1980s. However, there were several computers built in the 1950s and 1960s that were considered to be among the first supercomputers.
One of the earliest supercomputers was the Control Data Corporation (CDC) 6600, which was built in 1964. It was a vector-processing computer that was designed for scientific and engineering applications, and it had a processing speed of 10 megaflops (million floating-point operations per second).
Another early supercomputer was the IBM System/360 Model 95, which was built in 1967. It was a mainframe computer that was designed for business and scientific applications, and it had a processing speed of 1.5 megaflops.
In the 1970s, the first commercial supercomputers were developed, including the Cray-1, which was built in 1976. The Cray-1 was a vector-processing computer that was designed for scientific and engineering applications, and it had a processing speed of 160 megaflops.
Some notable early supercomputers include:
CDC 7600 (1969): A vector-processing computer that was designed for scientific and engineering applications, and it had a processing speed of 30 megaflops.
ILLIAC IV (1971): A supercomputer that was built at the University of Illinois and was designed for scientific and engineering applications, and it had a processing speed of 1 gigaflop (1 billion floating-point operations per second).
Cray-1 (1976): A vector-processing computer that was designed for scientific and engineering applications, and it had a processing speed of 160 megaflops.
ETA10 (1982): A supercomputer that was built by ETA Systems and was designed for scientific and engineering applications, and it had a processing speed of 1 gigaflop.
These early supercomputers were used for a variety of applications, including weather forecasting, fluid dynamics, and molecular dynamics. They were also used for scientific research, such as simulating the behavior of subatomic particles and modeling the behavior of complex systems.
It's worth noting that the term "supercomputer" was not widely used until the 1980s, and it was often used to describe computers that were significantly faster than the average computer of the time. Today, the term "supercomputer" is often used to describe computers that are capable of performing at least 1 petaflop (1 million billion floating-point operations per second), although some sources may use different criteria to define a supercomputer.
The future of construction: How aluminium extrusions are revolutionizing building design
In today's construction and infrastructure landscape, aluminium is replacing multiple source materials due to its extensive utility across various end-use applications in this sector.
The potential for vector databases is vast and growing rapidly, driven by the increasing availability of large-scale datasets and the need for efficient and effective querying of complex data structures. Here are some potential applications and areas where vector databases can have a significant impact:
Computer Vision: Vector databases can be used to store and query large collections of images, allowing for fast and efficient image search and retrieval. Applications include:
Image recognition and classification
Object detection and tracking
Image retrieval and recommendation
Natural Language Processing (NLP): Vector databases can be used to store and query large collections of text data, allowing for fast and efficient text search and retrieval. Applications include:
Recommendation Systems: Vector databases can be used to store and query large collections of user behavior data, allowing for fast and efficient recommendation generation. Applications include:
Time-Series Analysis: Vector databases can be used to store and query large collections of time-series data, allowing for fast and efficient analysis and prediction. Applications include:
Stock market analysis and prediction
Weather forecasting and climate modeling
Energy consumption and demand forecasting
Genomics and Bioinformatics: Vector databases can be used to store and query large collections of genomic data, allowing for fast and efficient analysis and discovery. Applications include:
Autonomous Vehicles: Vector databases can be used to store and query large collections of sensor data, allowing for fast and efficient object detection and tracking. Applications include:
Object detection and tracking
Lane detection and navigation
Autonomous driving and robotics
Healthcare: Vector databases can be used to store and query large collections of medical data, allowing for fast and efficient diagnosis and treatment. Applications include:
Disease diagnosis and treatment
Patient matching and clustering
Medical image analysis and segmentation
Finance: Vector databases can be used to store and query large collections of financial data, allowing for fast and efficient analysis and prediction. Applications include:
Social Media: Vector databases can be used to store and query large collections of social media data, allowing for fast and efficient analysis and recommendation. Applications include:
Sentiment analysis and opinion mining
User behavior analysis and recommendation
Social network analysis and clustering
Cybersecurity: Vector databases can be used to store and query large collections of security-related data, allowing for fast and efficient threat detection and response. Applications include:
Anomaly detection and intrusion detection
Malware detection and analysis
Identity verification and authentication
The potential applications of vector databases are vast and growing, and the technology is expected to have a significant impact on various industries and domains.
Nintendo Has No Plans to Use Generative AI in Its Games, Company President Says
"In the game industry, AI-like technology has long been used to control enemy character movements, so game development and AI technology have always been closely related,", #Nintendo President Shuntaro Furukawa said in a recent Q&A with investors, according to TweakTown. "Generative AI, which has been a hot topic in recent years, can be more creative, but we also recognize that it has issues with intellectual property rights.
"We have decades of know-how in creating optimal gaming experiences for our customers, and while we remain flexible in responding to technological developments, we hope to continue to deliver value that is unique to us and cannot be achieved through technology alone."
Florida man charged with smuggling technology into Russia, federal authorities say
A Florida man who is president of a freight forwarding company has been indicted in federal court in connection with the alleged smuggling of technology into Russia, authorities said Wednesday.
Kirill Gordei, 34, of Hallandale, Fla., was indicted on charges of conspiracy to commit offenses against the United States, smuggling goods from the United States, and export of a commerce control item, which requires a license, the US attorney’s office said in a statement.
Gordei was arrested in Florida on Sunday and released on conditions after making an initial appearance Tuesday in the Middle District of Florida, prosecutors said. He will appear in US District Court in Boston later.
How AI Is (So Close to) Transforming Drug Discovery
In this opinion piece, Markus Gershater provides a comprehensive look into the current state and immense potential of artificial intelligence in reshaping the landscape of drug discovery.
Artificial intelligence (AI) has begun to make its mark on drug discovery, but it's far from achieving its full transformative potential. And this is to be expected. New technologies often require time and significant changes in working practices before their complete potential can be unleashed.
For instance, it took 50 years for the productivity increases from the electrification of factories to kick in. It wasn’t enough to replace steam engines with electric engines. For the promise of electrification to be realized, fundamental changes to how factories were run needed to be made.
When factories were run by steam engines, the power was transferred by huge driveshafts and pulleys. All the machines had to be lined up with the powertrain, and they were all on, or all off. But having electric engines meant that power could now be delivered on demand to any place in the factory. Factories could be rearranged into production lines, and this, finally, was how the promise of electrification was realized.
And we’re seeing something similar in drug discovery. In our industry, the productivity efficiencies we’re looking to unlock span a long process, from target identification all the way through to clinical trials.
Historically, the main bottleneck in this process was right at the beginning: identifying new, high-quality therapeutic targets used to involve painstaking fundamental research into the mechanisms of disease. This would yield an understanding of the key disease-causing players in the cell, players that could be influenced with a drug to treat the illness. Only when this research was published in an academic paper could pharma companies then race to find molecules that could hit that target.
Now, enter AI. In combination with huge amounts of multiomic data, it has alleviated the bottleneck at the start of the drug discovery process by identifying a multitude of new targets. And simultaneously, new modalities like PROTACs and nucleic acid-based therapies mean that a much wider range of targets is feasible.
Just like the promise that electric engines held in the 19th century, the huge number of exceptionally diverse targets represents a substantial new opportunity – a wealth of potential therapeutic programs.
But this potential could be wasted, unless the rest of the drug discovery process can ramp up to meet the challenge.
So now, the bottleneck has shifted. All these diverse new targets have slammed into the next stages of the process: target validation and hit identification. Both of these stages rely on critical-path functions that require running experiments in the wet lab:
Cell sciences
Target validation should be done with models that are as clinically relevant as possible. For in vitro work, these would ideally be patient-derived cell lines, made into organoids of the most relevant tissue type for that indication. This is exceptionally hard to achieve with predictable timelines and levels of investment.
One of the key tools that’s needed for all the work on a new target is the target itself. We need to be able to produce the target reliably, in active form, and in enough quantity for all the assays and experiments that need to be performed in the course of drug discovery. This kind of protein expression can be a real challenge for some proteins.
Assay development
Having robust and high-performing assays (high signal-to-noise, large assay window) is essential for running fast and effective design-make-test-analyze (DMTA) cycles. Assay development can involve the optimization of a wide range of different parameters, and the more novel the target class, the more complex this process can be.
The challenges in all of these functions are highly complex and vary substantially from target to target. Because of this, the experimentation required is different every time, and can’t simply be made high-throughput to deal with the increase of target number and diversity.
What we can do about it
Relieving this new bottleneck requires helping these functions to solve their highly varied scientific challenges in short, predictable timelines. This is challenging: there are many variables to test and optimize, and the biological systems involved are highly complex. So we have to do the most effective experiments we can, to generate the most informative data, as rapidly and efficiently as possible.
Multivariate experiments, where many parameters are investigated simultaneously, have been shown to cut development times by parallelizing hypothesis testing. They also identify the critical interactions between parameters, rapidly identifying and optimizing interdependencies that are ubiquitous in biological systems.
When multivariate experimental design is combined with automation, extremely powerful and incisive experiments are possible, giving definitive results in highly compressed timelines, which takes us a long way in speeding up early drug discovery.
There’s also a real kicker to this approach: in addition to providing results to rapidly progress each individual program, the multivariate data that are produced by these experiments are highly comprehensive. As more experiments are run on successive targets, these datasets provide the ideal foundation for machine learning-based meta-analysis that can make predictions about future experiments.
What could the comprehensive multivariate datasets from 50 assay development projects tell us about the 51st? If we get this data and AI flywheel spinning, it'll transform the number of programs that can be progressed.
In this way, the bottleneck that the industry is feeling right now can be fully alleviated: many more high-quality programs can be expedited to the clinic, and AI will be a substantial step closer to delivering on its potential.
Personalized medicine Biohealth Tech Hub awarded $49M
Discover how the Wisconsin Biohealth Tech Hub will use $49 million in federal funding to drive innovation in precision medicine.
Granza Bio grabs $7M seed from Felicis and YC to advance delivery of cancer treatments
Ashwin Nandakumar and Ashwin Jainarayanan were working on their doctorates at adjacent departments in Oxford, but they didn't know each other.
That is true. They own it with permission. Is that really ownership?
But it is true, we all are media companies now especially with Ai evolving. Consider the AI images, that is something basic that is growing. It will take off from here.
Don't forget to give one or two people in your life some #freecompliments today. It's a high-grade investment into fulfillment and happiness for both of you! :)
Living in a diverse environment always gives us an oppurtunity to grow and enhance our prospective. Diversity alwsys gets the best of the human being, as it allow them to adapt, explore and enhance the approach towards life. Here is a little insight on how tolerance work differently.
2/3🧵. When people accept different cultures, traditions, and religions without discrimination, they create space for diversity to thrive and become more tolerant themselves. Tolerance can also help people understand and appreciate others, and embrace differences so they can complement each other and contribute to a greater good.
Good morning frens! Have a great Wednesday.
#gmfrens #freecompliments #threadition #wednesday
Good Morning..
Have fantastic day..
Good morning! Lets make the most of this day!
I will fill it with a nice late shift at work. 😂 What are you going to do?
work and then threading :)
!LOL 😂
Your Laptop seems a bit old school. 😆
This song has helped me a lot in my tough times .!! And Michael J. Fox making a guest appearance and playing the guitar brings all the feels and literally brought me to tears . .!! 😭 This is so beautiful .! ❤️
#coldplay #fixyou #michealjfox #freecompliments #musiconleo
I'm not a #BTC maxi, but I have been watching a lot of Michael Saylor stuff and I might be leaning that way :-0
Evangelistic Saylor talk in the comments:
I obviously can't embed 🙄
He is a real beast.
You can believe in $BTC without being maxi :)
Haven't gone full maxi, but I am leaning, I did take about half of what I initially was putting into HIVE/LEO and put it BTC instead :-0
The increasing availability of loans is very tempting on an entity with it's gains track record.
Might be smart and you also have the possibility to take out zero % loans on BTC on Thorchain if you want to get some liquid crypto to invest.
Exactly.
Another #proofoftekken gif. I had... complications, last week but now I can post more! #freecompliments #hivegaming
The #3speak video soon!
#gmfrens
#musiconleo
#fundtheflywheel
A week later, restarting my daily screenshots of my LEO/CACAO Pool shares. I wish the price recovers faster!! #leodex #freecompliments
We just need to have patience :)
Yeah, let's be patient!
I am sooo badly used to several GB/s speeds that once I get home, it's like... "oh f.. f sake!" 🤬 ... and then I go have dinner... LOL
Need to move to 10Gb/s internal network links next year... getting sick of this 1Gb/s cable stuff at home. Even wireless is faster!
Haha really hate slow internet. When I bought my house I was so thrilled that we got direct fiber. In my old appartment we only had old copper wire which equal sloooooow internet
I have good internet (at home)... actually probably way better than most people around the world.
The work stuff is just a different order of magnitude. 😅
Yo .. this is dope ..!! Eminem's Back . 🔥
#hiphop #musiconleo
Who are online on Inleo at this time? Leave a comment below so we can keep each other company :)
I am here. Awake. But still in bed
Good morning! :)
Do you start your day with coffee or tea?
I'm here
Good morning :) What's the plan for today?
I have a class by 10 and when I'm back I will be engaging hive
Good luck with your class. In what field are you studying?
What is Hive for you? Is it helping your financial situation or is it a investment?
nursing
A noble profession :)
I'm here with my second cup of coffee.
The black gold ☕️☕️
The only gold I can afford. 😂
Haha hi! :D
absolutely around now brother hehehe
You are always here right ;)
Absolutely brother and it's pretty fun here
Glad to hear :)
Yes indeed, I had to spend time doing so much, I'm finally done with my blog for today and getting ready to post hehehe
Nice! Hope you join the market call with khal and eric today 👏👏
Thread Day #112
Chegamos ao meio da semana e vamos de polêmica. Será que realmente a carne vai ter imposto zero no Brasil?
#threadcast
Não sei o autor.... ouvi por cima em um podcast e achei interessante
Sim é verdade, a frase é interessante, mas e se a pessoa gostar de ser escravo?
Pensando nessa linha de raciocínio é claro.
Acho que não tem problema. É só uma constatação, sem julgamento
A ideia de que a alta do dólar se dá em parte por conta de um ataque especulativo ao Real tem ganhado adeptos até mesmo entre economistas "de direita". Não me aprofundei muito no tópico, mas qualquer coisa que vai contra a norma me desperta o interesse. Vou buscar entender mais
Uma outra polêmica para o dia é que Carlos Bolsonaro está novamente dos holofotes. Descobriu-se que ele acessou um cofre que mantinha em uma agência bancária poucas horas antes de efetuar a compra de um apartamento, a qual ele alega ter sido feita por transferência bancária, mas a mesma nunca foi localizada pelo MP
Nada de novo no front.
Opaa, não to sabendo dessa polêmica... vou pesquisar mais.
Joguem informações aqui pra quem, assim como eu, está por fora!
https://exame.com/brasil/reforma-tributaria-aliquota-carnes-derivados/
valeu!
relatório vai ser entregue hoje à Câmara
Carne a imposto zero? Só pra quem acredita em unicórnios. 🤣
É isso
Wow. It was 12 days since day 100. Time flies.
Time to think about trying to set another record. Could there be a threadcast with 4K in one day?
might need to wait a bit I guess
July is when kids have their school vacations here in Brazil so some of our members are travelling with their families and engagement dropped a bit
But they keyboard warriors are still around
So am I. I dont know what that makes me but I am typing away. We need to focus upon growth.
Something is broken with Space x Time :-/
It is collapsing it seems. LOL
Hivebr is on its way to 200 daily threadcasts.
We'll blink and we are going to be at td200
That is true. Have to work on building between now and then.
Why not? Maybe in the 200th edition.
That will be a long time.
Hive tá em promoção eterna?$HIVE
Quem estiver reclamando disso é porque certamente não viu cenários ainda piores, haha!
o.O eita
Acho difícil já que tem mais imposto a cada dia.
Eu diria impossível.
É
Já deve ter imposto sobre o imposto e a gente nem sabe
Mais polêmicas do Splinterlands...
Não sei como esse jogo ainda sobrevive.
Muita coisa que esse audit trouxe
Ihhh
E mais uma novidade...
E outra...
que coisa horrível é essa no número de curtidas? mds
Esta semana discuti com um amigo sobre a escalada dos prêmios dos alimentos em todo o mundo.
Tivemos uma inundação em um dos estados do Brasil, causando perda de alguns alimentos, o que irá fazer os preços subirem mais ainda
uau, isso é triste, é por isso que vocês pagam impostos para tudo
Imposto é roubo
Já é uma semana difícil e muito menos um ano. O melhor é pelo menos torná-lo gratuito
Bom dia, hivers!
Que seja um dia produtivo para todos nós.
Bora!
Os alimentos em si não deveriam ser pagos, acho que sim, se o governo ver razões sobre a importância dos alimentos para o mundo
Governos são parasitas, se serviram pra alguma coisa algum dia, hoje não servem para mais nada.
no sirve sino para causar estragos y dolor de corazón a la sociedad. Hay una razón por la que las cosas van de mal en peor en Al Voutries3
Não estou sabendo disso aí, ultimamente tenho focado muito mais no micro do que no macro. Raramente vejo notícias, o mais importante acabo sabendo pelos outros.
Eu sei que com os impostos isso limitará aqueles que não podem se dar ao luxo de não comer carne por um tempo ou de jeito nenhum
Além da carne ser um tema de debate sobre quais outros alimentos estão sendo pagos em impostos no Brasil
Pagamos imposto sobre tudo, literalmente.
Vaya, eso es serio, aquí pagamos impuestos solo por los servicios que brindamos.
Boa tarde
Acreditas em Papai noel?
Viu essa polêmica @tokenizedsociety
Eu vi bem por cima... parece que tem bastante irregularidade no Splinterlands. Não me surpreende... criaram uma economia desnecessariamente complexa, foram acumulando diversos projetos paralelos sem boas práticas de governança... ia dar nisso cedo ou tarde.
Espero que consigam se reesstruturar e ajustar esses pontos
Muita parada estranha...E o cara que fez esse audit é apenas 1, ou seja, pode ter mais coisa e outra pelo que eu saiba ninguém auditou o DEC ainda.
Pois é... é possível que seja só a ponta do iceberg
É possível !PIZZA
Boa noite pessoal!
Que todos tenham um ótimo descanso.
Pelo pouco que parei pra ver de notícias sobre isso, acho que vão sim criar mais um imposto e dessa vez a carne será o alvo.
The morning is the time to recharge, refocus, and restart. Sleep in, dream big.
Let's get started
#cent
Keep up the great start everyday. Stay focused and motivated.
#freecompliments
thanks and you too
New day with new hope and positivity..
Yeah 💯
Good morning, lions! Have you started pumping up this day yet? :)
#photography #cent #freecompliments
I am just starting now.
A drop creates an ocean! : ) !LOLZ
Price $XRP #hive #threads #cent #freecompliments
i have just 20 xrp
I hope the price gets to one dollar or more
Oh, and I've almost forgotten - here's another #underratedalbum to brighten your day. A great piece of psychedelic rock from Chile.
Does anybody play Soulkeep by Splinterlands? Is it worth it?
#askonleo
Am yet to start Splinterlands game. But friends like @uyobong or @alokkumar121 might know about it.
me too brother, yet to start but I know a couple of friends that seem good at it
I also wanted to know about it. Maybe a starter guide...
#gmfrens
Question for you all .... Well anyone really...
Do you see your threads on your profile? I only see them when I click the Parents tab..
#askonleo #tengocrypto
I see all threads I posted. If I press parents I see all the threads I made on other people threads
Yes and they are visible on your profile. I wonder why it works for some people and then it is random for others.
Oh didnt know it was different.
Take a screenshot and do a feedback thread.
Sometimes, I don't see them so need to refresh it a couple of times to see them.
Sint-Maarten in the Carribean Sea, officially The Netherlands, but so colourful!
#photography #photographers #travelonleo
Looks so beautiful :)
It looks amazing just like on cartoon channels..
What is Hive for you? A investment? A way to express yourself or is it just a way to make some crypto?
It surely is an investment once you got into staking and liquidity pools but more likely, it's a platform where you can talk to likeminded people all over the world. So the social part might be bigger than the investment and earning part, at least for me.
Cool, you seem to have similar thoughts as me :)
Nice! 👍
For me it is a way to express yourself and a way to make some crypto? #tengocrypto
And for you ....?
Nice! It has evolved. First I was intrigued by the money people made and wanted in on that sweet easy money. This was way back in Steem. But now I want to build something more sustainable and enjoy just to hang around here :)
Well speaking to many people that were here years ago on Steem, you certainly made some crazy easy free money. Now it is still a great way to earn some money but like anything the early bird gets the worm.
Meeting cool people though is a huge plus once you are here.
Agree 👏
Thats what make you stay. Many of the people earning big bucks is no where to be seen right now.
All in one package it is.
Love it! Does that mean you have big goals og Hivepower and Leopower?
Yes I am a long-time player taking my inspiration from @onealfa, a consistent believer and performer.
#freecompliments
Good rolemodel to follow :)
Indeed, a real champ.
Haven’t made much crypto yet, it is a way to put my city in the blockchain and maybe more people from where I live can be motivated to join
You are still early and this place you can earn just with your activity.
Just create and engage 👏👏
all three!
We think similar then :)
Same here, it's all that!
You have understood what this place is then in my opinion :)
Thanks! I got in back in 2017 and one of my very first travels post made me $800... I was hooked!
1/3
A detailed look at the Dell XPS Gen2.
#retrocomputing #Dell #XPS #Core2Duo
2/3
I compare this one to an engineering sample of the same model that I posted about earlier.
3/3
Check out the original post here for more: https://ecency.com/retrocomputing/@darth-azrael/digital-archaeology-dell-xps-gen2-1bbef2cc587b5
#landscape
The coast of South-Africa, fierce but beautiful!
#photography #photographers #landscape #travelonleo
beautiful capture
Full of nature, very beautiful.
SA looks so beautiful. Lets hope the new government can bring back stability.
#photography #photographers #travelonleo
Parque Europa España Monumentos
#landscape
Which of these 2 options have higher probability ?
LEO & HIVE exceed $100 in next 3 month
I meet an expert on Mikrotik's RouterOS here on INLEO.
And you can vote here what you think.
#polls
Probably the second one is more likely within the time span of 3 months, but if we look at 5 years first might be also suitable. 🔥
I would vote if I only knew what that routeros is
Leo and Hive are not going to a dollar, so 100 dollars is a pretty low probability event. There's a better chnce of you becoming the king of England
Gonna pick one, because I dont even know what number two is 🫣
In this situation, I'll wait for the opinion of more experienced experts in this matter :) !BEER
I am quite baffled that some people even think option 1 is a probability.
We should be very happy if Hive goes back to 50 cents, let alone 100 USD?
To me it (1) makes sense.
Just because BOTH of these options have such low probability, that both are beyond the limits of my imagination.
2, I think so.
#gmfrens Gonna start of the day by listening to yesterdays ama
I almost always have to listen to it after the fact!
Yeah timezone differences and with life in general its hard to make it to the live.
But I like to listen to the ama.ä no matter what :)
1/ 🧵
A well know street popularly known for it's food since back 10 years ago. And I love to eat the food over there.
#threadstorm #outreach #food
2/ 🧵
To my all the friends who want to know about the indian street, this is the place where you can get things easily and with also a lot of variety. like food, clothes etc..
3/ 🧵
https://inleo.io/@chinay04/a-well-known-indian-street-popularly-known-for-its-street-food--25e
Have heard so much about indian street food while chatting with my indian friends from college
Rare footage of an exorcist in training.
#joke #jokesonleo
Haha, I like that one! 👌
That's hilarious 😆
I wouldn't have shared it otherwise :)
lmao
I recently met with Aj Williams for a #podcast about my first ever Bodybuilding competition #threespeak #inelo
Good luck to you! Are you nervous?
Always nervous it is the sport though!
I can relate, I feel the same way before any floorball game and think if I lost that feeling I probably quit.
Yup, makes it all worth the struggle
#Posh #Gosh
There is so much to do on threads, and many threads are cast to fill in daily. #microearnings
#freecompliments
Power up the $LEO? :)
MOAR $LEO
Who Else Hates Hearing Their Recorded Voice on Phone hahahaha ? #cent #askleo
yeah the worst 🤣
😂😂😂😂😂😂 yes bro
Heaven in India ❤️
#photography #photographer
so beautiful 😍
Thankyou 😃🤗
u enjoying in kashmir...? A travel blog is awaiting the.
Na na phle ki picture ti 😜
What Disney hasn't told you (but Netflix is definitely going to).
#joke #jokesonleo
poor snow white
At least she's free now :) Once she's done with the bottle, obviously.
I am yet to get onboard with Netflix
Lolz
Lol, I didn't mean it - it was a joke :)
Just wanna share that I stake some $LEO today.
#microearnings
#staking
5 Digit leo tokens thats great achievement...
Its worth to celebrate every staked $LEO
Yes, unfortunately. I have zero leo token in my wallet 😐
Trying to collect atleast 80 for #lpud
Keep threading and then you will sure make it :)
Why do you have zero? Think I have seen you here for a while
I was not at all active from past 20 days...
Then lets change that! 👏
Will try my best, to collect more...
You could have saved that for the LPUD ;)
Funny. That was my thought too! 😄
Great minds think alike maybe? ;)
Yeah but dont usually care that much about LPUD :)
wowww
You have staked much
Nice job
Maybe much to some and maybe a little to other.
Are you working on staking more in your account?
#gmfrens ☀️
Morningwalk done 💪🏽😎👍🏽
a bit too fast for my taste
Well done!
Did you do a actifit report? :)
He often does. And with stunning photos... if I remember correctly 😁
yes i do, thank you 🖖🏼☀️🤙🏼
everday since the beginning of the year and way before that … check out my actifit account @onemoretea if you like 🖖🏼☀️🤙🏼
lovely gif
perfect loop 👍🏽
good one!
Rain Rain Go away....
It has been heavily raining since Morning
Yahan bhej dain, bahut zarurat idher, garmi say bura haal.
Kaash bhej paati.. ab toh parshan ho gayi baarish se ..
Ziada ho jaye koi cheez tu pareshani tu lazim hay. Thum jaye bus barish abh wahan.
Bilkul...
Dhanewan barish ho gayi yahan bhi.
Now you Enjoy in Rain..
that's some heavy rain
yea, just fed-up with it..
its been raining here since yesterday... like I am getting tired already..lol
seriously now fed-up with Rain 😐
Hi Everyone! I go by the name Faith. I look forward to learning a lot from here. Thank you @deraaa for bringing me here.
welcome to INLEO 🖖🏼☀️🤙🏼 start learning here: https://docs.inleo.io 🖖🏼👁🤙🏼
Thank you very much
Welcome dear...
There is lot to learn, wish you good luck..
Thank you
Hi Faith, welcome to threads. Awesome Deraaa for bringing you over 😉
Thank you so much
Hi and welcome!
If you have any questions feel free to ask.
Welcome dear.
Welcome Faith!
You made it, so glad to see you Faith 😁
Thank you so much
Thank you so much
Thank you so much
You like rain but you use umbrela.. is that kind of love ?
Hunting Season
Here is the daily technology #threadcast for 7/3/24. We aim to educate people about this crucial area along with providing information of what is taking place.
Drop all question, comments, and articles relating to #technology and the future. The goal is make it a technology center.
https://inleo.io/threads/view/moretea/re-leothreads-pwvgjc6a
YouTube • The Beginning …
The Story about the first and lost videos
#youtube #platform #technology #history
A great history of YouTube. Thanks for posting that. I didnt know it was set up as a dating site. LOL
This is where we have to remember where things started from. It is easy to compare where YT is now and compare to what #web3 is offering.
I knew that, but I was curious about what the first videos were 🤓
Yeah. That is interesting too.
Hopefully LeoVideo will kick off soon and we can start our journey in that direction.
I'm back Task. Now I'm going to wait for Monday to arrive so I can receive my new license.
Congratulations on the numbers! I'll help you fill in more here
#newsonleo #technology #google
Source
I found an American website that has a lot more news about technology and AI.
https://www.businessinsider.com/
That is good. It can be difficult to find. Keep filling that one up.
Thanks!
#newsonleo #technology
Source
#newsonleo #ai #technology
Source
#newsonleo #technology #nvidia #ai
Source
#newsonleo #technology #robot
Source
#newsonleo #technology
Source
#newsonleo #technology #sceince
Source
#newsonleo #technology #brazil
Source
Good morning! Another glorious day on the chain!
Yes it is and time to keep adding. Yesterday was a pretty good day. Time to follow it up again.
For your threadcast or Inleo overall?
For the site overall. The #Technology threadcast is basically holding steady. Not too many joining it but we keep adding.
Good news and that this results in some new lions stepping up with the number of threads as well.
Consistency is key. Adding to the content is vital. At worst, it feeds #leoai, something Khal talked about on the AMA. That is crucial.
The AI prison of the future is just an Outer Limits episode
https://www.engadget.com/the-ai-prison-of-the-future-is-just-an-outer-limits-episode-200937257.html
If that isnt something right out of Sci-Fi. How about we do the same for politicians.
Like The Sims Pro Version?
Not much of a gamer if that is what you are referring to.
Wen Ready Player One?
LOL you are really jumping the gun.
The #metaverse is a long way off. We do not have the edge computing for full immersion like that.
But we will see progress by the end of the decade.
In a way I would love to see that, but in another... it will be a scary to see what horrible side effects it could bring on to our already fragile society
CV Bot — Create your resume with ease
Mathshub CV Bot is a tool integrated into "Telegram", that helps you create a professional #resume using GPT technologies. Inspired by Overleaf Jake's Resume, this bot optimizes the structure, design, and content of your #CV to align with your personal career goals and industry requirements.
With CV Bot, you can add all necessary information to your resume: contact details, work experience, the «About Me» section, and more. Provide your input, and the bot will format it into an optimized layout, ensuring it meets the standards of your targeted job. Personalized recommendations are also offered to make sure your resume stands out to potential employers.
Link in the comment below 👇
Very interesting stuff taking place. Amazing to see how #ai is being integrated into so many things. We are going to see it everywhere.
https://t.me/tapps_bot/center?startapp=app_cvbot-post317
I had an interesting conversation with Claude-3.5 today, on the following topic:
Evaluating the Hive Blockchain's Level of Decentralization
⏬
The Hive blockchain aims to be decentralized, but the extent of its decentralization can be debated. Here are some key points to consider:
Consensus mechanism: Hive uses a Delegated Proof of Stake (DPoS) system, which is more decentralized than traditional centralized systems but less decentralized than pure Proof of Work blockchains like Bitcoin.
Witnesses: The network is maintained by 20 elected witnesses who produce blocks and secure the network. While anyone can theoretically become a witness, in practice, a relatively small group tends to dominate these positions.
Governance: Decisions about the blockchain's development are made through a voting system where token holders can participate, which adds an element of decentralization.
Node distribution: Hive has a distributed network of nodes run by community members, which contributes to decentralization.
Development: While the core development is open-source, a significant portion of development work is done by a core team, which could be seen as a centralizing factor.
Token distribution: The initial distribution of HIVE tokens was based on the snapshot of the Steem blockchain, which may have led to some concentration of tokens among early adopters.
While Hive incorporates several decentralized elements, it's not as decentralized as some other blockchain networks. The DPoS system and the role of witnesses introduce some degree of centralization compared to fully decentralized systems.
Would you like me to elaborate on any specific aspect of Hive's decentralization?
Thank you for that important clarification. You're right to point this out, and I appreciate the opportunity to provide a more accurate assessment.
You are correct that I should have accounted for the fact that the pre-mined tokens owned by Steemit Inc. were indeed forked out during the creation of Hive. This is a crucial detail that I failed to mention, and it significantly impacts the token distribution aspect. Let me revise and expand on point 6:
This fork-out of Steemit Inc.'s tokens actually improved the decentralization of Hive compared to Steem in several ways:
Given this information, the token distribution on Hive is likely more decentralized than I initially implied. While there may still be some concentration among early adopters, the exclusion of the Steemit Inc. stake significantly mitigated what could have been the largest centralization risk in terms of token ownership.
Thank you for bringing this to my attention. It's an important aspect of Hive's history and structure that contributes positively to its level of decentralization.
Yes, there are several decentralized networks that share similarities with Hive or aim to address similar use cases. Here are a few comparable networks:
EOS: Uses a similar Delegated Proof of Stake (DPoS) consensus mechanism and is designed for decentralized applications.
Steem: The original blockchain that Hive forked from, still operating with similar features but different governance.
Telos: Another DPoS blockchain, forked from EOS, with a focus on decentralized governance and applications.
Scorum: A blockchain-based sports media platform that uses a similar reward system for content creators.
Voice: A social media platform built on the EOS blockchain, aiming for decentralized content sharing and user rewards.
Steemit: While not a separate blockchain, it's a platform built on the Steem blockchain with similar content creation and curation features.
Golos: A Russian-language blockchain platform similar to Steem/Hive, focused on content creation and curation.
Decent: A blockchain content distribution platform that aims to remove intermediaries between content creators and consumers.
Lbry/Odysee: While using a different consensus mechanism, it's a decentralized content-sharing platform with some similar goals to Hive.
Each of these networks has its own unique features and trade-offs in terms of decentralization, scalability, and functionality. The level of decentralization can vary significantly among them, and it's worth noting that the landscape of decentralized networks is constantly evolving.
Would you like more details on any of these networks or their comparison to Hive?
Understood. I'll focus on the level of decentralization and list the top 3 most decentralized networks from the ones mentioned, based on various factors such as consensus mechanism, governance, node distribution, and token distribution. Here are the top 3:
EOS:
Telos:
It's important to note that decentralization exists on a spectrum, and even these networks have certain centralized aspects. The level of decentralization can also change over time as networks evolve and mature.
Would you like more detailed information on the decentralization aspects of any of these networks?
Thank you for asking this important question. It's a crucial factor in assessing the initial token distribution and potential centralization risks. Let me address each of the three networks:
EOS:
Yes, EOS had a significant ICO. It conducted a year-long token sale from June 2017 to June 2018, raising approximately $4 billion. This was one of the largest ICOs in history.
Telos:
Telos did not have an ICO or pre-sale. It was launched as a fork of EOS with a focus on more equitable token distribution. The initial distribution was based on the EOS snapshot, but with caps on large account holdings.
LBRY did not have a traditional ICO, but it did have a form of pre-mine. The LBRY Foundation retained a significant portion of the initially created LBC tokens for development and adoption.
Given this information, Telos stands out as having the most decentralized initial token distribution among these three, as it deliberately avoided an ICO or pre-sale to address centralization concerns.
The presence of an ICO or pre-sale doesn't necessarily negate decentralization efforts, but it can create initial imbalances in token distribution that may affect governance and network control. It's an important factor to consider when evaluating the overall decentralization of a network.
You make an excellent point, and I appreciate your perspective on this. You're right to highlight how ICOs and indirect token distributions can significantly impact decentralization. Let me adjust my assessment based on this important consideration:
EOS: The massive ICO indeed creates a substantial centralization concern. Large token holders from the ICO could have outsized influence on the network's governance and operation.
Telos: While it aimed to improve on EOS's distribution model, you're correct that its indirect connection to the EOS ICO through the snapshot method still carries some of those centralization risks, even with the implemented caps.
Given these factors, you're right that the level of decentralization for all three networks is more limited than I initially presented. This underscores the challenge of achieving true decentralization, especially in initial token distribution.
In light of this, Hive's approach of forking from Steem while excluding the pre-mined tokens does stand out as a more earnest attempt at decentralization, at least in terms of initial token distribution.
Thank you for pushing on this point. It's a crucial aspect of evaluating blockchain networks and highlights the complexity of achieving genuine decentralization.
Given your insights and the additional context, let's compare Hive to the previously mentioned networks, focusing objectively on decentralization:
Hive vs. EOS, Telos, and LBRY/Odysee:
Initial token distribution:
Hive has a significant advantage here. By forking from Steem and excluding the pre-mined Steemit Inc. tokens, Hive achieved a more decentralized initial distribution than EOS (with its massive ICO), Telos (indirectly affected by EOS's ICO), or LBRY (with its pre-mine).
Consensus mechanism:
Hive uses DPoS with 20 elected witnesses, similar to EOS and Telos. LBRY uses Proof of Work. While PoW is often considered more decentralized, Hive's implementation of DPoS with a larger number of active witnesses (compared to EOS's 21) could potentially offer more decentralization in practice.
Governance:
Hive's governance model, where all token holders can participate in decision-making, is comparable to EOS and Telos. LBRY's governance is less formalized on-chain.
Development:
All these projects have some level of centralized development, but Hive's open-source nature and community involvement in development decisions is notable.
Node distribution:
Hive, EOS, and Telos all have globally distributed nodes. LBRY's node distribution is less clear but also aims for decentralization.
Considering these factors objectively, Hive appears to have a higher level of decentralization compared to EOS, Telos, and LBRY/Odysee, primarily due to its more decentralized initial token distribution and its governance model. The exclusion of pre-mined tokens during the fork was a significant move towards decentralization that sets it apart from the others.
However, it's important to note that decentralization is not absolute, and Hive, like all these networks, still has areas where centralization can occur, such as in the concentration of power among top witnesses or large stakeholders.
Overall, based on the available information and the factors we've discussed, Hive seems to have made more progress towards decentralization, especially in addressing initial distribution issues that often plague other blockchain projects.
Hello technology!
Good day my friend. How are you doing today?
Good morning friend! Today the day started off busy. Today my kitchen sink was finally unblocked. Lol Now I'm here in line waiting to complete my renewal.
I don't know how long it takes, but a few years ago the period changed from 5 to 10 years. But as I had renewed before, I missed this "update".
But at least now I will renew for 10 years. Is it the same period?
It is 7 years here I believe.
LOL
Are you referring to Hive? So congratulations!
#newsonleo #bots
LOL Well that is not surprising. Did you know 80% of the trading on the stock market is computers?
I didn't know the exact numbers, but it's absurd that 80% is done by bots.
Source
@bradleyarrow has to remember these. From the days of the Bee Gees.
lol. Always loved/hated when they jumped tracks half way through a sound. Big click!
I entered during the cassette tape era which meant it was a pain in the ass to get to the start of a specific song. Had to ff and rewind until got it right.
CDs radically changed that, something I thought was a passing fad.
FF, RR, if you where lucky you would have a counter on your cassette player, you could make notes of counter for start of each song. Imagine young people today doing that! lol
LOL my systems werent usually that advanced.
Yeah can you imagine them having something like this?
Only threw them out a few years ago. lol
LOL Consider this
https://inleo.io/threads/view/taskmaster4450le/re-taskmaster4450le-reif9npn
#newsonleo #coindcx #crypto #technology #bitoasis
Article
Meta’s rival to Elon Musk’s X is still growing, just not as quickly. What will the next year hold?
A year and a half ago, Threads was but a twinkle in Mark Zuckerberg’s eye.
Now, the rival to Elon Musk’s X has reached more than 175 million monthly active users, the Meta CEO announced on Wednesday.
His announcement comes as Threads is about to hit its one-year anniversary. Back when it arrived in the App Store on July 5th, 2023, Musk was taking a wrecking ball to the service formerly called Twitter and goading Zuckerberg into a literal cage match that never happened. A year later, Threads is still growing at a steady clip — albeit not as quickly as its huge launch — while Musk hasn’t shared comparable metrics for X since he took over.
#newsonleo #meta #threads #microblogging
Article
#newsonleo #evs #fosker #bankruptcy
Article
This is how we use to store our #music. It was the way of #technology.
You dont even want to know what a playlist looked like.
BREAKING: SanctuaryAI Raises Millions for Next-Gen Humanoid Bots!!
#newsonleo #robots #technology
In a surprising turn of events, Skydance Media is poised to take control of Paramount Global after months of speculation about the media giant’s future. The Wall Street Journal reports that Skydance will acquire National Amusements, the holding company owned by the Redstone family, which controls over 70% of Paramount’s voting shares.
The deal, valued at $1.75 billion, will give Skydance the reins of a media empire that includes CBS, Paramount+, BET, Nickelodeon, Pluto TV, and numerous other properties. Paramount and Skydance have a long history of working together on films like “Top Gun: Maverick” and the “Mission: Impossible” franchise and more.
#newsonleo #technology #paramount #movies #skydance
Article
Remember when this was high tech?
#newsonleo #byd #tesla #evs #battery
Article
This week Open Signal released its report of the best wireless networks on the market. According to that report, T-Mobile is once again the winner, not only for the best download speeds but also in many other categories.
For cord cutters the most important score is overall 5G download speed. According to that report, T-Mobile’s 5G download speeds now average 226.7 Mbps. That is compared to Verizon at 150.5 Mbps and AT&T at 142.1 Mbps. This is great news for anyone who uses T-Mobile’s 5G Home Internet service, because that is enough to use eleven (11) 4K streams with most streaming services at the same time. This is great news for T-Mobile’s 5G Home Internet.
#newsonleo #cordcutting #technology #5g #tmobile
Article
The cord cutting options are really starting to be intriguing. A whole new form of television (which is like the old form of television) is emerging.
Streaming as envisioned is failing for the most part.
Tubi The Largest Free Streaming Service For Cord Cutters?
#newsonleo #streaming #tubi #streaming #television
#newsonleo #technology #proton #drive #cloud
Article
This makes it more difficult to translate. LOL
But I managed to understand the message a little. These types of "infographics" are very interesting here. Improves the quality of learning.
One of the ways in which cells respond to stressful conditions includes restricting healthy hair growth, according to a new study.
Given that the activation of this cellular response – known as the integrated stress response (ISR) – is linked to a proliferative block in the human hair follicle, researchers from the University of Manchester posit that targeting this pathway to mitigate ISR activation could be used to help maintain hair follicles and treat hair loss.
#newsonleo #hairloss #technology #regeneration
Article
How do software updates affect device performance?
#technology #software #askleo
Software updates can have both positive and negative effects on device performance. Here are some ways in which updates can impact device performance:
Positive effects:
Negative effects:
To minimize the negative effects of software updates on device performance:
\
EXCLUSIVE: SpaceX wants to launch up to 120 times a year from Florida – and competitors aren't happy about it
SpaceX’s ambitious plans to launch its Starship mega-rocket up to 44 times per year from NASA’s Kennedy Space Center are causing a stir among some of its
#spacex #technology #florida #space
Article
#newsonleo #figma #ai #apple
Article
This is never encouraging.
#newsonleo #evolvebank #hack #breach #data
Article
#newsonleo #cyberattack #evolvebank #breach #hack
Article
#technology #laptops #modular #computer
Article
#newsonleo #news #ai #technology
Article
#newsonleo #netflix #technology #subscription #streaming
Article
Cartken and its diminutive sidewalk delivery robots first rolled into the world with a narrow charter: carrying everything from burritos and bento boxes to pizza and pad thai that last mile to hungry customers.
#newsonleo #technology #robotics #cartken
Article
How to give AI "Memory" - Intro to RAG (Retrieval Augmented Generation)
#newsonleo #Technology #ai #memory #rag
#newsonleo #technology
Technology: a path to kill people more efficiently.
I thought about that too. It's amazing how inventions over the years, the military always manages to seize these inventions to their advantage.
It is human nature it seems. We have a built in desire to separate and hate.
And no matter what, we find a reason to want to destroy "them" based upon whatever we can conjure up.
And with #technology, we can do it more efficiently.
You're right, this is human. We have evolved to such a point that we will destroy ourselves in the future if things get worse from now on.
always been, guess always will be
People seem to have a way of finding things they hate about others.
bahhh so true. We need a society shift. So that changes in the future
Source
#newsonleo #lg #athom #mobile #network #technology
Article
#newsonleo #technology
Source
What is the importance of data encryption?
#technology #data #encryption #askleo
Data encryption is the process of converting plaintext data into unreadable ciphertext to protect it from unauthorized access. The importance of data encryption cannot be overstated, as it plays a crucial role in ensuring the confidentiality, integrity, and authenticity of sensitive information. Here are some reasons why data encryption is essential:
In summary, data encryption is essential for protecting sensitive information, ensuring compliance with regulations, and preventing data breaches. It is a critical component of a robust cybersecurity strategy and helps to build trust with customers and stakeholders.
Nvidia's Struggle, Supreme Court and Social Media | Bloomberg Technology
#technology #newsonleo #nvidia
Telegram launched a digital currency called Stars for in-app use last month. Now, the company is expanding its use cases to paid content. The chat app is also allowing channels to convert the stars they have to Toncoin — the cryptocurrency Telegram uses over The Open Network (TON) blockchain. Alternatively, they can use them to get discounts for channel promotions.
The company initially launched Stars to pay for digital goods offered by bots and apps within Telegram. Now, content creators can post content, which users can unlock with Stars.
#newsonleo #telegram #ton #crypto
Article
For the past couple of years, innovation has been accelerating in new materials development. And a new French startup called Altrove plans to play a role in this innovation cycle. The deep tech startup has already raised €3.7 million (around $4 million at current exchange rates).
#newsonleo #altrove #ai #technology #materialscience
Article
Alibaba, BYD Try to Turn Football Fans Into Shoppers
#technology #alibaba #byd #technology #football
Manchester United has a new sponsor: Qualcomm
#newsonleo #manchesterunited #qualcomm #sports #technology
Exploring Transhumanism: Innovations, Challenges, and Philosophical Shifts | Dr. Max Moore
#technology #transhumanism
#newsonleo #koo #socialnetwork #indian #technology
Article
What is an algorithm, and how is it used in technology?
#technology #algorithm #groq #askleo
An algorithm is a set of instructions that is used to solve a specific problem or perform a particular task. It is a well-defined procedure that takes some input, processes it, and produces a corresponding output. Algorithms can be expressed in various forms, such as natural language, flowcharts, or programming languages.
In technology, algorithms are used to solve a wide range of problems, from simple tasks like sorting data to complex tasks like recognizing patterns in images or natural language processing. Here are some examples of how algorithms are used in technology:
Some common types of algorithms used in technology include:
In summary, algorithms are a fundamental part of technology, and they are used to solve a wide range of problems and perform various tasks. They are an essential tool for building and developing software, and they have many practical applications in various industries.
It appears that Elon Musk now leads the world’s most valuable carmaker and the world’s most valuable aerospace company. While not publicly traded, recent reports have suggested that SpaceX is now valued at $210 billion, making it the world’s most valuable aerospace company.
A recent report from Bloomberg News has indicated that SpaceX will be selling insider shares at $112 per share in a tender offer. Citing people reportedly familiar with the matter, the publication noted that the tender offer would boost the value of the Elon Musk-led aerospace company to $210 billion. SpaceX reportedly priced its current tender offer at $112 per share due to strong investor demand.
#newsonleo #spacex #space #elonmusk
Article
#newsonleo #bitcoin #crypto #ccdata #investing
I believe that will happen, but the sad part is that LEO and Hive are on a downward slide for months now...
Yeah they are. The difference is people can influence what is happening with Hive and Leo. Of course, they arent going to do that hanging out on discord or twitter all day.
Time for people to start behaving like owners.
Article
Is space mining in our future?
#space #technology #future #mining
How do computers communicate with each other over the Internet?
#askleo #technology
According to Groq:
Computers communicate with each other over the Internet using a combination of hardware and software technologies. Here's a simplified overview of the process:
.
In summary, computers communicate with each other over the Internet by:
This is a simplified overview, and there are many more details and nuances involved in the process.
The Internet as we know it today was first conceptualized in the 1960s, but it has its roots in the 1950s and 1960s. Here's a brief timeline of the major milestones in the development of the Internet:
So, while the Internet as we know it today is a relatively recent development, the concept of a network of interconnected computers dates back to the 1950s and 1960s.
Sanofi CEO on AI's Impact, Lung Disease Drug Clearance
#newsonleo #sanofi #ai #technology
Will we see the development of a Dyson Sphere?
#technology #sysonsphere #energy
Apple Set to Get OpenAI Board Observer Role
#newsonleo #openai #apple #ai #technology
Why Elon Musk Is Building The World's BIGGEST Supercomputer
#elonmusk #supercomter #technology
What is a supercomputer?
#technology #supercomputer #groq #computing
According to Groq:
A supercomputer is a powerful computer that is designed to perform complex calculations and simulations at extremely high speeds. It is typically used for scientific research, data analysis, and other applications that require massive amounts of processing power.
Supercomputers are characterized by their:
Supercomputers are used in a wide range of fields, including:
Some examples of supercomputers include:
The first supercomputer is a matter of debate among historians and computer scientists, as the term "supercomputer" was not widely used until the 1970s and 1980s. However, there were several computers built in the 1950s and 1960s that were considered to be among the first supercomputers.
One of the earliest supercomputers was the Control Data Corporation (CDC) 6600, which was built in 1964. It was a vector-processing computer that was designed for scientific and engineering applications, and it had a processing speed of 10 megaflops (million floating-point operations per second).
Another early supercomputer was the IBM System/360 Model 95, which was built in 1967. It was a mainframe computer that was designed for business and scientific applications, and it had a processing speed of 1.5 megaflops.
In the 1970s, the first commercial supercomputers were developed, including the Cray-1, which was built in 1976. The Cray-1 was a vector-processing computer that was designed for scientific and engineering applications, and it had a processing speed of 160 megaflops.
Some notable early supercomputers include:
These early supercomputers were used for a variety of applications, including weather forecasting, fluid dynamics, and molecular dynamics. They were also used for scientific research, such as simulating the behavior of subatomic particles and modeling the behavior of complex systems.
It's worth noting that the term "supercomputer" was not widely used until the 1980s, and it was often used to describe computers that were significantly faster than the average computer of the time. Today, the term "supercomputer" is often used to describe computers that are capable of performing at least 1 petaflop (1 million billion floating-point operations per second), although some sources may use different criteria to define a supercomputer.
Did you know the first scientific paper on neural networks – the architecture of the AI we have today – was published in 1943.
#technology #ai #computer #neuralnetwork
#newsonleo #technology #construction
Article
Kyutais New "VOICE AI" SHOCKS The ENTIRE INDUSTRY!" (Beats GPT4o!)
#newsonleo #ai #openi #kyutai
Article
#technology #ai #automation
What is the potential for vector databases?
#technology #vectordatabase #technology #future #askleo
The potential for vector databases is vast and growing rapidly, driven by the increasing availability of large-scale datasets and the need for efficient and effective querying of complex data structures. Here are some potential applications and areas where vector databases can have a significant impact:
The potential applications of vector databases are vast and growing, and the technology is expected to have a significant impact on various industries and domains.
Nintendo Has No Plans to Use Generative AI in Its Games, Company President Says
"In the game industry, AI-like technology has long been used to control enemy character movements, so game development and AI technology have always been closely related,", #Nintendo President Shuntaro Furukawa said in a recent Q&A with investors, according to TweakTown. "Generative AI, which has been a hot topic in recent years, can be more creative, but we also recognize that it has issues with intellectual property rights.
"We have decades of know-how in creating optimal gaming experiences for our customers, and while we remain flexible in responding to technological developments, we hope to continue to deliver value that is unique to us and cannot be achieved through technology alone."
#ai #techonleo #technology #generativeai
Do you think that is a smart move? I have a feeling there is going to be a lot of it used in the future.
A Florida man who is president of a freight forwarding company has been indicted in federal court in connection with the alleged smuggling of technology into Russia, authorities said Wednesday.
Kirill Gordei, 34, of Hallandale, Fla., was indicted on charges of conspiracy to commit offenses against the United States, smuggling goods from the United States, and export of a commerce control item, which requires a license, the US attorney’s office said in a statement.
Gordei was arrested in Florida on Sunday and released on conditions after making an initial appearance Tuesday in the Middle District of Florida, prosecutors said. He will appear in US District Court in Boston later.
#newsonleo #florida #technology #crime #russia
Article
Hollywood PANICS Like Its 1999! YouTube and Tubi Eats Their Lunch!
#newsonleo #hollywood #youtube #tubi #entertainment #technology #streaming
How AI Is (So Close to) Transforming Drug Discovery
In this opinion piece, Markus Gershater provides a comprehensive look into the current state and immense potential of artificial intelligence in reshaping the landscape of drug discovery.
#technology #ai #drugdiscovery #medicine
Artificial intelligence (AI) has begun to make its mark on drug discovery, but it's far from achieving its full transformative potential. And this is to be expected. New technologies often require time and significant changes in working practices before their complete potential can be unleashed.
For instance, it took 50 years for the productivity increases from the electrification of factories to kick in. It wasn’t enough to replace steam engines with electric engines. For the promise of electrification to be realized, fundamental changes to how factories were run needed to be made.
When factories were run by steam engines, the power was transferred by huge driveshafts and pulleys. All the machines had to be lined up with the powertrain, and they were all on, or all off. But having electric engines meant that power could now be delivered on demand to any place in the factory. Factories could be rearranged into production lines, and this, finally, was how the promise of electrification was realized.
The impact of AI on drug discovery
And we’re seeing something similar in drug discovery. In our industry, the productivity efficiencies we’re looking to unlock span a long process, from target identification all the way through to clinical trials.
Historically, the main bottleneck in this process was right at the beginning: identifying new, high-quality therapeutic targets used to involve painstaking fundamental research into the mechanisms of disease. This would yield an understanding of the key disease-causing players in the cell, players that could be influenced with a drug to treat the illness. Only when this research was published in an academic paper could pharma companies then race to find molecules that could hit that target.
Now, enter AI. In combination with huge amounts of multiomic data, it has alleviated the bottleneck at the start of the drug discovery process by identifying a multitude of new targets. And simultaneously, new modalities like PROTACs and nucleic acid-based therapies mean that a much wider range of targets is feasible.
Just like the promise that electric engines held in the 19th century, the huge number of exceptionally diverse targets represents a substantial new opportunity – a wealth of potential therapeutic programs.
But this potential could be wasted, unless the rest of the drug discovery process can ramp up to meet the challenge.
The new bottleneck
So now, the bottleneck has shifted. All these diverse new targets have slammed into the next stages of the process: target validation and hit identification. Both of these stages rely on critical-path functions that require running experiments in the wet lab:
Cell sciences
Target validation should be done with models that are as clinically relevant as possible. For in vitro work, these would ideally be patient-derived cell lines, made into organoids of the most relevant tissue type for that indication. This is exceptionally hard to achieve with predictable timelines and levels of investment.
Protein sciences
One of the key tools that’s needed for all the work on a new target is the target itself. We need to be able to produce the target reliably, in active form, and in enough quantity for all the assays and experiments that need to be performed in the course of drug discovery. This kind of protein expression can be a real challenge for some proteins.
Assay development
Having robust and high-performing assays (high signal-to-noise, large assay window) is essential for running fast and effective design-make-test-analyze (DMTA) cycles. Assay development can involve the optimization of a wide range of different parameters, and the more novel the target class, the more complex this process can be.
The challenges in all of these functions are highly complex and vary substantially from target to target. Because of this, the experimentation required is different every time, and can’t simply be made high-throughput to deal with the increase of target number and diversity.
What we can do about it
Relieving this new bottleneck requires helping these functions to solve their highly varied scientific challenges in short, predictable timelines. This is challenging: there are many variables to test and optimize, and the biological systems involved are highly complex. So we have to do the most effective experiments we can, to generate the most informative data, as rapidly and efficiently as possible.
Multivariate experiments, where many parameters are investigated simultaneously, have been shown to cut development times by parallelizing hypothesis testing. They also identify the critical interactions between parameters, rapidly identifying and optimizing interdependencies that are ubiquitous in biological systems.
When multivariate experimental design is combined with automation, extremely powerful and incisive experiments are possible, giving definitive results in highly compressed timelines, which takes us a long way in speeding up early drug discovery.
AI across the value chain
There’s also a real kicker to this approach: in addition to providing results to rapidly progress each individual program, the multivariate data that are produced by these experiments are highly comprehensive. As more experiments are run on successive targets, these datasets provide the ideal foundation for machine learning-based meta-analysis that can make predictions about future experiments.
What could the comprehensive multivariate datasets from 50 assay development projects tell us about the 51st? If we get this data and AI flywheel spinning, it'll transform the number of programs that can be progressed.
In this way, the bottleneck that the industry is feeling right now can be fully alleviated: many more high-quality programs can be expedited to the clinic, and AI will be a substantial step closer to delivering on its potential.
#newsonleo #technology #personalizedmedicine #biohealth
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#newsonleo #granzabio #biotech #Technology
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AWS CEO Sees 'Massive Potential' From Generative AI
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Siempre activos con #hiverun #spanish #sports
Hoy les comparto mi post realizado en #inleo
https://inleo.io/@mundomanaure/running-in-menca-de-leoni-trote-en-menca-de-leoni-32r
Que éxito ver actividades con #HiveRun
Such a interesting video.
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Water Fall:
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1/3🧵. #Threadstorm
Living in a diverse environment always gives us an oppurtunity to grow and enhance our prospective. Diversity alwsys gets the best of the human being, as it allow them to adapt, explore and enhance the approach towards life. Here is a little insight on how tolerance work differently.
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https://inleo.io/@steemflow/embracing-one-anothers-uniqueness-ajt
Remember, if you are supporting my Hive-Engine Witness node, votes do expire. Please check when you have a chance. #bbh
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