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- Google is building nuclear reactors to power AI 🤖
Google is building nuclear reactors to power AI 🤖
AND: 4 other latest tech updates
Roni Rahman
October 15, 2024
In partnership with
Greetings! Your latest quick tech update is here 🤖
What’s happening:
⚡Google to build 7 nuclear reactors to power AI data centers
🧬 15 million DNA data at risk as 23andMe struggles
🚀 AI boosts Ukrainian drone strike success to 80%
🔓 Chinese researchers break RSA encryption with a quantum computer
🌐 UK considers USB-C as common charging standard
📊 Daily poll and results
📈 Trending tools and resources
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What’s Happening:
⚡ Google to build 7 nuclear reactors to power AI data centers ↗️LINK
What: Google has partnered with Kairos Power to build 7 small nuclear reactors in the US, aiming to supply 500 megawatts of power for its AI data centers by 2035.
Why: The partnership addresses the increasing power demands of AI, with small modular reactors (SMRs) offering a cost-effective and faster solution to provide clean energy compared to traditional reactors.
Impact: This deal signals a shift in how tech companies are meeting energy needs, potentially setting a trend for other corporations to invest in nuclear energy to support sustainable growth in AI infrastructure.
🧬 15 million DNA data at risk as 23andMe struggles ↗️LINK
What: 23andMe faces financial troubles, and with the possibility of a sale, the DNA data of 15 million customers could be sold, raising concerns over privacy and data misuse.
Why: The company's DNA data is its most valuable asset, and while 23andMe has promised privacy protections, new ownership could change these policies, leaving customers vulnerable to insurance or law enforcement misuse of genetic information.
Impact: This situation highlights the risks of sharing sensitive genetic data with consumer companies, as a sale could lead to privacy breaches, misuse of personal health data, and exposure to potential discrimination by insurers or other third parties.
🚀 AI boosts Ukrainian drone strike success to 80% ↗️LINK
What: AI technology, particularly from Palantir, has significantly improved the accuracy of Ukrainian drones, increasing their hit rate from below 50% to nearly 80% in 2024. The AI embedded in drones like the SAKER helps identify and target Russian forces independently.
Why: AI enhances Ukraine's drone capabilities by processing battlefield data and learning to identify Russian soldiers by uniform, equipment, and movement. This technology helps counter Russia’s larger forces, giving Ukraine a strategic advantage.
Impact: The increased use of AI in warfare raises concerns about ethical decision-making and the risk of excessive autonomy in combat systems. Despite these concerns, Ukraine’s success suggests AI will play a pivotal role in future conflicts, making algorithms as crucial as traditional weaponry.
🔓 Chinese researchers break RSA encryption with a quantum computer ↗️LINK
What: A research team from Shanghai University has successfully used D-Wave’s quantum computers to crack RSA encryption and attack other widely-used cryptographic algorithms, marking a significant development in cybersecurity.
Why: Quantum computers can optimize problem-solving to break encryption methods that were previously considered secure. This breakthrough accelerates concerns about the vulnerability of current cryptographic systems to quantum attacks.
Impact: The research highlights an urgent need for post-quantum cryptographic solutions, as data encrypted today could be at risk when quantum technology advances further. Organizations must reconsider their encryption strategies to protect sensitive information.
🌐 UK considers USB-C as common charging standard ↗️LINK
What: The UK government is consulting on whether to adopt USB-C as the standard charging port for consumer devices, following similar moves by the EU and India to reduce e-waste.
Why: The proposal aims to simplify charging standards, benefiting businesses and consumers while reducing electronic waste caused by proprietary chargers and cables.
Impact: If implemented, this change would push manufacturers to adopt USB-C for devices in the UK, aligning with global standards and potentially influencing the design of future consumer electronics.
Today’s Poll:
USB-C Charging Standard: Good Move or Overreach? |
Vote and find out about the result in the next edition.
Yesterday’s Poll Result:
AI in Cybersecurity: More Threat or Hype?
A) Hype - AI's limitations make it less threatening - 33%
B) Threat - AI's capabilities pose significant risks - 67% 👑
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