Here is the daily technology #threadcast for 8/26/24. 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.
Wired: ‘Unprecedented Times’ Is the New Normal
https://www.wired.com/story/unprecedented-times-is-our-new-normal/
CNN: Arrest of Telegram founder sparks debate about free speech and criminal activity online
https://edition.cnn.com/2024/08/24/tech/telegram-ceo-pavel-durov-detained-france-intl-latam/index.html
The Port of Seattle and Sea-Tac Airport say they’ve been hit by ‘possible cyberattack’
The Port of Seattle, which also operates the Seattle-Tacoma International Airport, said it was hit with a “possible cyberattack”
The Port of Seattle, which also operates the Seattle-Tacoma International Airport, said it was hit with a “possible cyberattack” that appeared to affect websites and phone systems.
The port first noted the outages via social media on Saturday morning, with the airport then posting that it had “experienced certain system outages indicating a possible cyberattack.”
#technology #cyberattack #newsonleo
Late Saturday evening, the airport said it was still experiencing outages: “There is not an estimated time for return and Port teams continue to work to restore full service.” It also encouraged travelers to use airline apps to get their boarding passes and bag tags, and to allow extra time to reach their gates.
As of Sunday morning Pacific time, the Port of Seattle’s public-facing web infrastructure, including its website, still appeared to be largely offline, per a TechCrunch review of its DNS records.
A TSA spokesperson told GeekWire that there was no impact on security operations. Earlier this year, the Biden Administration announced an executive order aimed at improving cybersecurity in ports.
This comes less than a month after a CrowdStrike software update caused a global IT meltdown that included flight cancellations and delays.
Article
How to tell if your online accounts have been hacked
This is a guide on how to check whether someone compromised your online accounts.
More and more hackers are targeting regular people with the goal of stealing their crypto, perhaps getting into their bank accounts or simply stalking them. These types of attacks are still relatively rare, so there’s no need for alarm. But it’s important to know what you can do to protect yourself if you suspect someone got into your email or social media account.
A few years ago, I wrote a guide to help people protect themselves, and understand that most of the companies you have an account with already offer you tools to take control of your accounts’ security, even before you contact them for help, which in some cases you still should do.
#technology #hack
Here we break down what you can do on several different online services.
Just like in the previous guide, there’s an important caveat. You should know that these methods don’t guarantee that you haven’t been compromised. If you still aren’t sure, you should contact a professional, especially if you are a journalist, a dissident or activist, or otherwise someone who has a higher risk of being targeted. In those cases, the nonprofit Access Now has a digital security helpline that will connect you to one of their experts.
Another caveat, if you don’t do this already, you should enable multi-factor authentication on all your accounts, or at least the most important ones (email, banking, social media). This directory is a great resource that teaches you how to enable multi-factor authentication on more than 1,000 websites. (Note that you don’t have to use the multi-factor app promoted on that site, there are plenty of other alternatives.)
Increasingly some online services offer the use of a physical security key or a passkey stored in your password manager, which is one of the highest safeguards to prevent account intrusions that rely on password-stealing malware or phishing.
Article
Uber fined $324M over EU drivers data transfer breach
Ride-hailing platform Uber has been fined €290 million -- around $324 million at current exchanges rates
Ride-hailing platform Uber has been fined €290 million — around $324 million at current exchanges rates — by the Netherlands’ privacy watchdog for breaching the European Union’s General Data Protection Regulation (GDPR).
The penalty is related to transfers of personal data of drivers out of the European Union to the US, where Uber’s main business is located. The GDPR allows for fines of up to 4% of global annual turnover to be levied for non-compliance.
#newonleo #uber #eu #technology
Uber’s full year revenue for 2023 was around €34.5 billion — so the level of sanction is well below that maximum. However, it is still a notable amount as it’s among the largest penalties levied on a tech company since the GDPR began operating back in 2018.
The fine is the outcome of a series of complaints made by more than 170 Uber drivers in France back in 2021. The Dutch regulator, the Autoriteit Persoonsgegevens (or AP), leads on GDPR oversight of Uber as the company has its main EU establishment in the country. It investigated complaints over how the company processes the drivers’ personal data. Complaints were submitted through a human rights organization, Ligue des droits de l’Homme (LDH), to France’s privacy watchdog and then passed to the AP.
In January, Uber was fined €10 million for data access rights pertaining to the same complaints. But the new fine announced Monday dwarfs the earlier penalty — landing it a new spot on the list of tech giants stung with the ten biggest GDPR fines, just below mid-table.
The size of the penalty reflects the seriousness of the breach, per the AP, which wrote in a press release that Uber had failed to “appropriately safeguard” data which it transferred out of the EU — dubbing that “a serious violation”.
Article
I think the answer is yes.
Are AI Models Becoming Commoditized?
Loft Orbital forms joint venture with UAE-based firm to scale satellite production in the Middle East
A new joint venture aims to rapidly scale the United Arab Emirates' domestic satellite production capabilities.
A holding company affiliated with an Emirati royal family is injecting a new joint venture between Abu Dhabi-based Marlan Space and startup Loft Orbital with over $100 million to grow the region’s domestic satellite manufacturing capabilities.
The joint venture, called Orbitworks, will be the first commercial firm in the United Arab Emirates to mass manufacture satellites. Majority ownership is with Marlan Space, a new space company affiliated with the International Holding Company. IHC is itself majority controlled by the Royal Group, a conglomerate owned by the ruling royal family of Abu Dhabi.
#newsonleo #space #loftorbital
The UAE has high ambitions for space — and deep pockets to fund them. The UAE Space Agency (UAESA) is less than a decade old, but the government has spent billions investing in homegrown capabilities and establishing partnerships with other countries and commercial players. The UAE sent its first astronaut (or privately funded “spaceflight participant” as NASA put it) to the ISS in 2019; two years later, it became the latest member of a very small group of nations to put a probe into Martian orbit.
The Gulf nation’s space ecosystem has a few key players beyond the UAESA: Space42, a merger of Emirati satellite firm Yahsat and data analytics company Bayanat; EDGE Group, a large industrial prime; and a handful of universities and research institutions like the National Space and Science Technology Center. The country is at the point where it wants to deploy satellite constellations, and bring satellite manufacturing capabilities in-house.
Loft Orbital CEO Pierre-Damien Vaujour said in a recent interview that he’s long had an interest in the UAE’s space ecosystem: “Even when we started Loft, I had in mind at the very beginning that I wanted to open activities in the UAE and contribute to the ecosystem over there.”
San Francisco-based Loft buys satellite buses in bulk and flies payloads for customers, using a standardized modular payload adaptor that integrates the customer’s hardware with the spacecraft. Loft handles all of the launch integration and operates the spacecraft once it achieves orbit. The startup can also perform “virtual missions,” where customers can deploy applications on orbit that leverage onboard sensors, compute and cameras.
Article
Y Combinator backs its first defense startup, Ares Industries
The first defense startup to receive backing from Y Combinator, Ares Industries, launched earlier this week.
The first defense startup to receive backing from Y Combinator, Ares Industries, launched earlier this week.
In a post on the YC website, the startup outlined a vision to build low-cost cruise missiles that will be compatible with existing launch platforms, saying it will “deliver the capabilities that the [Department of Defense] wants in a form factor that’s 10x smaller and 10x cheaper.”
Ares Industries’s founders say they’ve tested prototypes in the Mojave Desert and plan to deliver working missile systems to their first customers in mid-2025.
#newsonleo #ycombinator #technology #aresinsutries
YC partner Jared Friedman told the FT that the incubator started encouraging defense tech startups to apply earlier this year.
YC’s CEO Garry Tan was an early employee at data analytics company Palantir, which has become hugely successful through its sometimes controversial work for U.S. military, as well as other governments and agencies. CEO Alex Karp defended the company’s “consistently pro-Western view” in a recent New York Times interview.
Article
Forbes: Apple Loop: iPhone 16 Pro Design Leaks, Goodbye Apple ID, Confusion Over iPhone 16 Launch Date
https://www.forbes.com/sites/ewanspence/2024/08/25/apple-news-headlines-iphone-16-pro-launch-date-iphone-16-specs-ios18-apple-id/
CNBC: Tesla’s Optimus faces stiff humanoid competition at Beijing robot conference
https://www.cnbc.com/2024/08/26/teslas-optimus-faces-humanoid-competition-at-beijing-robot-conference.html
The Guardian: Mushrooms are magic in the tussle with frizzy hair, says Dyson
Bold technology for bold people, huh? ;)
https://www.theguardian.com/technology/article/2024/aug/25/dyson-styling-product-hair-serum-chitosan-oyster-mushroom
My P(DOOM) is now 12.70%! Down from 30%! Bayesian Networks and Wisdom of the Crowd
The Guardian: ‘Spectacular bargains’: why now is a great time to buy a used electric car in the UK
https://www.theguardian.com/environment/article/2024/aug/24/spectacular-bargains-why-now-is-a-great-time-to-buy-an-electric-car-in-the-uk
The Guardian: AI cheating is overwhelming the education system – but teachers shouldn’t despair
https://www.theguardian.com/commentisfree/article/2024/aug/24/ai-cheating-chat-gpt-openai-writing-essays-school-university
Reuters: China robots conference spotlights the changing face of humanoids
https://www.reuters.com/technology/china-robots-conference-spotlights-changing-face-humanoids-2024-08-26/
Reuters: Exclusive: China's Didi in talks to sell smart auto assets to state-backed NavInfo's unit, say sources
https://www.reuters.com/markets/deals/chinas-didi-talks-sell-smart-auto-assets-state-backed-navinfos-unit-say-sources-2024-08-26/
Reuters: Uber fined in Netherlands for sending drivers' data to the US
https://www.reuters.com/technology/cybersecurity/dutch-privacy-watchdog-fines-uber-sending-drivers-data-us-2024-08-26/
Reuters: IBM to close China R&D department, affecting over 1,000 jobs, Yicai reports
https://www.reuters.com/technology/ibm-close-china-rd-department-affecting-over-1000-jobs-yicai-reports-2024-08-26/
not surprised.
Reuters: Thailand approves Western Digital's $693 mln investment project
https://www.reuters.com/technology/thailand-approves-western-digitals-693-mln-investment-project-2024-08-26/
Damn.. didn't knew about that one.
And now you know - you're welcome ;)
Reuters: Who is Pavel Durov, CEO of messaging app Telegram?
https://www.reuters.com/world/who-is-pavel-durov-ceo-messaging-app-telegram-2024-08-25/
According to Claude:
What is the potential of AI for humanity?
The potential of AI for humanity is vast and multifaceted. Here's a concise overview of some key areas:
Healthcare: AI could accelerate drug discovery, improve diagnostics, and personalize treatments.
Scientific research: AI may help solve complex problems in fields like climate science and physics.
Education: Personalized learning experiences and intelligent tutoring systems could enhance education.
Productivity: AI automation could handle routine tasks, freeing humans for more creative work.
Environmental protection: AI could optimize resource use and help address climate change.
Transportation: Self-driving vehicles and optimized traffic systems could improve safety and efficiency.
Accessibility: AI-powered assistive technologies could greatly benefit people with disabilities.
Decision-making: AI analysis of complex data could aid in policy-making and strategic planning.
Creative fields: AI could augment human creativity in art, music, and design.
Space exploration: AI could assist in analyzing data from space missions and managing autonomous systems.
What AI applications are being used in healthcare? What are they doing?
AI applications in healthcare are diverse and rapidly evolving. Here's an overview of some key areas:
What impact will AI have on jobs in the healthcare industry?
The impact of AI on jobs in the healthcare industry is likely to be significant and multifaceted. Here's an overview of potential effects:
It's important to note that the exact impact is difficult to predict and will likely vary across different healthcare sectors and geographic regions.
Is robotic surgery growing?
Yes, robotic surgery is indeed growing. Here's a brief overview of its current state and trends:
Market growth: The global robotic surgery market is expanding rapidly, with projections showing continued growth in the coming years.
Increasing adoption: More hospitals and surgical centers are investing in robotic surgical systems.
Expanding applications: Initially used primarily for urology and gynecology, robotic surgery is now being applied to a wider range of procedures, including general, cardiac, and orthopedic surgeries.
Technological advancements: Newer systems offer improved precision, 3D visualization, and haptic feedback.
Training programs: There's an increase in training programs for surgeons to become proficient in robotic techniques.
Patient demand: As awareness grows, more patients are requesting robotic procedures for potential benefits like smaller incisions and faster recovery times.
Competition: While Intuitive Surgical's da Vinci system has been dominant, new competitors are entering the market, potentially driving innovation and reducing costs.
Research: Ongoing studies are evaluating the long-term outcomes and cost-effectiveness of robotic surgery compared to traditional methods.
What surgeries are being done presently by robots?
Robotic surgery is being used across a wide range of surgical specialties. Here's an overview of some common procedures currently performed using robotic assistance:
It's important to note that the extent of robotic use can vary by hospital and surgeon expertise. Also, robotic surgery is often used for minimally invasive procedures, but it's not always the best option for every patient or condition.
How much money can robotic surgery save?
The financial impact of robotic surgery is complex and often debated. While robotic surgery can potentially lead to savings in some areas, it may increase costs in others. Here's a balanced view:
Potential savings:
Shorter hospital stays: Patients may recover faster, reducing overall hospitalization costs.
Reduced complications: Potentially fewer surgical complications could lead to cost savings in post-operative care.
Quicker return to work: Patients might resume normal activities sooner, indirectly benefiting the economy.
Less blood loss: Potentially reducing the need for blood transfusions.
Improved precision: Might reduce the need for revision surgeries in some cases.
Factors that may increase costs:
High initial investment: Robotic systems can cost between $1-2 million, plus annual maintenance.
Expensive disposables: Instruments and accessories for robotic systems are often costlier than traditional tools.
Longer operating times: Especially during the learning phase, which can increase overall procedure costs.
Training costs: Hospitals must invest in training surgeons and staff.
It's important to note that the financial impact varies widely depending on:
Currently, there's no clear consensus on overall cost savings. Some studies show potential savings for specific procedures, while others indicate increased costs. The long-term economic impact is still being evaluated.
For a more precise analysis, you'd need to look at specific procedures in particular healthcare systems.
The Disruption of Higher Education is Imminent
These are really quick food sources for me to check if any are usefull. Great sources agregators... I wonder if we can have something similar to feeds for particular type of threads #feedback for thoughts.
Treat #ai as your expert friend.
Humanity will be split between the adopters and non-adopters of #technology.
AI
Use of artificial intelligence reduces traffic in SP and RJ
Drivers who used to face congestion during peak hours when passing through the Barão Geraldo neighborhood, in Campinas, São Paulo, due to the traffic lights at the intersection, have now noticed an improvement in the flow of vehicles. In recent times, queues that were once common have become less frequent.
This reduction in drivers' waiting time is the result of a partnership between the city council and Google to implement the Green Light project. The artificial intelligence tool uses information from Google Maps, an application that monitors traffic in real time, to identify traffic lights that are causing congestion.
#newsonleo #technology #brazil #ai
The analysis carried out by AI is passed on to Google engineers, who then suggest adjustments to the opening and closing times of traffic lights, according to the flow of vehicle traffic.
The measure was implemented recently in Campinas and, according to the municipality's director of strategic projects and smart cities, Thais Costa, the reduction in drivers' waiting time has already been noticeable.
There are a lot of use cases for #ai.
This is just getting stared.
Fortunately yes. AI will dominate almost everything in the next 10 years.
It will happen a lot sooner. The impact is being felt.
People are even starting to lose jobs because of machines.
Literally the "future" has already arrived.
It is here and moving quickly. People do not realize how much of this will unfold in the next few years. I think it will blow people away.
Altman is slowing releases down to give people time to adjust.
I will be very impressed when robots are actually in most factories working and replacing people.
Perhaps it will be from this that the media will give more emphasis and people will begin to notice this movement and evolution of machines.
Ten year is far. I can feel the AI war coming.
Comcast May Soon Charge You an Extra $100 a Month For Internet If You Are Not Careful
#comcast #internet #technology
We are about to enter the onset of the industrial #ai revolution. Time to gear up for it.
Anxiously waiting here.
It is growing each week. Just keep using the tools that get posted and see what you can do.
I started to use one that cuts my full length videos into shorts. It is only for a week but I can do it for now.
It's a good alternative. We really should use all the resources that can help us continue with our work here.
Who knows, one day this could be available right here in Leo?
I am sure they will build in some editing tools into Leo, I just dont know what. We will see what #ai can do and how these things can change.
It will be great if they can do that type of stuff.
The next year should be very interesting. Build quickly since things are moving fast.
It would be really good and I also hope that one day there will be the possibility of editing the videos.
I agree. That will be helpful. The more people can do onsite, the better.
DeepMind’s New AI Looked At 100,000,000 Examples!
#ai #deepmind
Technology
Humanoid robots get cheaper parts, but reliability is still a challenge
As China seeks to advance the development of humanoid robots, its supply chains showcase cheaper, more innovative parts at the world robot conference in Beijing, but some executives warn the industry still needs to improve the reliability of its products.
Wisson Technology, known for its flexible robotic manipulators, does not rely on motors and reducers – transmission devices commonly used in robotics – but instead uses 3D-printed plastics and relies on pneumatic artificial muscles in its robots.
#newsonleo #technology #robot
This cheaper form of production allows the price of the company's flexible arms to be about a tenth of that charged for traditional robotic arms, said Cao Wei, an investor in Wisson through venture capital firm Lanchi Ventures, where he is a partner. .
The flexible technology will usher in robotic arms at a cost of about 10,000 yuan ($1,404), Wisson says on its website.
“(Wisson’s) soft arms can be used on humanoids,” Cao said, adding that the company has already provided samples to foreign companies that make humanoid robots.
Harmonic gear, which refers to machinery that plays a key role in controlling motion, was a key issue, he said.
China's robotics effort is supported by President Xi Jinping's policy of developing “new productive forces” in technology – a point highlighted in brochures for last week's event.
Across China, the world's biggest market for industrial robots, increasingly sophisticated technology is changing the face of traditional sectors such as manufacturing, automobiles, agriculture, education, as well as healthcare and home services.
Argentina Government add Etherum as their New education curriculum. Allowing students to learn crypto marketing and the technological operations of cryptocurrency.
#technology
Invisible Energy
Invisible energy revealed: stone extracted from the depths of mines is responsible for one of the greatest scientific and technological revolutions in modern history
When you think about discoveries that transformed the course of history, what comes to mind? Wars, revolutionary inventions or social movements?
Few remember that, in the dark depths of a mine in Europe, a small mineral would be responsible for one of the greatest scientific and technological revolutions of modernity.
At the end of the 18th century, in 1789, German chemist Martin Heinrich Klaproth isolated, for the first time, a previously unknown metal from a mineral that seemed to be just another geological curiosity.
#newsonleo #technology #energy
Technology
Nanogeradores multiplicam potência e chegam à casa dos watts
A multiplicação da capacidade de geração de energia veio pelo uso de eletrodos que passam a carga uns para os outros, como atletas em uma corrida de revezamento.
Promissores nanogeradores, dispositivos capazes de gerar eletricidade a partir de movimentos e vibrações do ambiente e do corpo humano, acabam de dar um salto de qualidade, atingindo uma capacidade que os torna capazes de alimentar a larga maioria das tecnologias vestíveis.
Delowar Hussain e colegas da Universidade de Surrey, no Reino Unido, alcançaram um aumento de 140 vezes na densidade de potência em relação aos nanogeradores demonstrados anteriormente.
#newsonleo #technology #pt #hivebr
Para comparação, enquanto um nanogerador típico produz cerca de 10 miliwatts de energia, essa nova tecnologia pode aumentar essa produção para mais de 1.000 miliwatts (1 watt), o que a torna adequada para colheita de energia em diversas aplicações cotidianas.
O dispositivo é um nanogerador triboelétrico (TENG: TriboElectric NanoGenerator), um dispositivo que captura a energia de movimentos simples e cotidianos e os transforma em eletricidade - é uma forma de eletricidade estática.
Eles funcionam usando materiais isolantes que se tornam eletricamente carregados quando entram em contato e depois se separam - semelhante a quando você esfrega um balão no seu cabelo, e ele gruda devido à eletricidade estática.
"Em breve, lançaremos uma empresa focada em sensores de saúde autoalimentados e não invasivos usando tecnologia triboelétrica. Inovações como essas nos permitirão impulsionar novas atividades em tecnologias de saúde sustentáveis," disse o professor Bhaskar Dudem.