Поверителност

No Peeking: How Confidential Computing Lets Cloud Providers Process Your Data Without Decryption
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Без надничане: Как поверителните изчисления позволяват на облачните доставчици да обработват вашите данни без декриптиране

Поверителните изчисления използват хардуерни TEE (доверени изпълнителни среди) като Intel SGX, AMD SEV и Arm CCA, за да извършват изчисления върху криптирани данни, предоставяйки криптиране по време на използване. Вътре в TEE енклавата, данните и кодът са изолирани с криптиране на паметта,
октомври 26, 2025

Technology News

  • Banking and Financial Symposium at Ole Miss to Explore AI and Technology in Banking
    October 26, 2025, 1:58 PM EDT. OXFORD, Miss. - The University of Mississippi's School of Business Administration hosts the 24th Banking and Financial Symposium on Nov. 14 at the Oxford Conference Center, examining how AI and other technology reshape the banking industry. The daylong event features keynote speakers such as Rebeca Romero Rainey, president and CEO of the Independent Community Bankers of America, and panels on merger trends and the evolving regulatory landscape. Other speakers include Kathy Kraninger and Chris Malloy, with policy and fintech voices from Brian Gardner, Charles White, and Jill Castilla. Sessions cover AI in Banking, stablecoins, and innovation, scale and returns. The event touts more than 65 sponsors from banks, associations, consulting firms, and fintechs. Registration is $95.
  • Could a $10,000 Bet on Rigetti Computing Make You a Millionaire?
    October 26, 2025, 1:54 PM EDT. Investors eyeing Rigetti Computing as a potential millionaire-maker stock point to its position in quantum computing. A hypothetical $10,000 investment a year ago would have grown massively, underscoring the sector's explosive growth potential. The article notes Rigetti as a pure-play in a nascent market with early leadership advantages: 18 quantum systems deployed, 112 issued patents and 140 pending, and the world's first dedicated quantum IC foundry. Its flagship Cepheus-1-36Q QPU halves the error rate versus prior versions, with a plan for a 100+ qubit system by late 2025. While quantum tech could reshape AI training, drug discovery, climate modeling and materials science, investors should weigh execution risk and market timing.
  • EVs Embrace Tesla NACS, Sparking Dongle Dilemma Across Charging Networks
    October 26, 2025, 1:50 PM EDT. With 2026 model year, new EVs like Lucid Gravity, Rivian R1S/R1T, and Hyundai Ioniq 5 adopt Tesla's charging connector, joining the growing NACS standard. The switch triggers widespread dongle and adapter needs at public chargers (ChargePoint, Electrify America, EVgo) and even home setups. Some automakers, including GM's Cadillac Optiq, will support both standards, creating a era of complexity as older plugs remain incompatible. ChargePoint is pursuing integration: the Omni Port with built-in adapters at new stations. Tesla's Supercharger network expands, but non-Tesla charging still requires compatibility. The industry is bracing for a multi-standard future where adapters remain essential until a broader common ground emerges.
  • Apple could bring vapor chamber cooling from iPhone 17 Pro to iPad Pro and beyond
    October 26, 2025, 1:48 PM EDT. Apple is reportedly expanding its vapor chamber cooling beyond the iPhone 17 Pro to future devices. Bloomberg's Mark Gurman says Apple is exploring bringing the liquid cooling tech to the next-gen iPad Pro, addressing heat during demanding tasks like media editing and AI workloads. While Android flagships have used larger cooling systems, Apple's approach helps reduce thermal throttling in high-load scenarios. The iPad Pro's next generation is tipped for a spring 2027 launch with an M6 chip likely built on a 2nm process from TSMC, boosting performance and efficiency. The strategy could also push cooling tech into other products, including a fan-less MacBook Air, as some MacBook Pro models have shown throttling with the M5.
  • Tesla FSD v14 vs v13: Key Improvements in Lane Switching, Merges, and Courtesy
    October 26, 2025, 1:42 PM EDT. Tesla Full Self-Driving (Supervised) v14 brings major refinements over v13 as it enters its fourth iteration. Notable changes include improved Lane Switching on highways, with the system avoiding the left lane unnecessarily and returning to the right after passing. It also shows greater awareness for merging traffic and makes more courteous moves, letting cross-traffic and merging vehicles in more smoothly. Anecdotal tests highlight confident handling around slow vehicles like mail trucks and Amish buggies, reducing driver interventions. Minor fixes continue in v14.1.4 addressing brake-stabbing issues reported in v14.1.3, while overall performance remains steadily improved.