Iranian APTs are blurring the lines between state-sponsored and cybercriminal activities to target high-impact US organizations.
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Iranian APTs are blurring the lines between state-sponsored and cybercriminal activities to target high-impact US organizations.
A high-severity security flaw in the TrueConf client video conferencing software has been exploited in the wild as a zero-day as part of a campaign targeting government entities in Southeast Asia dubb…
Google on Monday said it's officially rolling out Android developer verification to all developers to combat the problem of bad actors distributing harmful apps while "hiding behind anonymity." The de…
Cisco has suffered a cyberattack after threat actors used stolen credentials from the recent Trivy supply chain attack to breach its internal development environment and steal source code belonging to…
'Bitcoin cracked in 9 minutes': BTC bulls scramble for post-quantum protection as Google drops bombshell paper CoinDesk
Phishing-Attacken erreichen 2026 neue Dimension BornCity
Cy4Data Labs Brings Real-Time Insider Threat Detection to RSAC 2026 Security Boulevard
Ramsey Theory Group CEO Outlines the 3 Top Cybersecurity Threats for Businesses in September 2025 IoT Business News
Senate bill proposes to reinforce cybersecurity collaboration, renew cybersecurity provisions, enhance cyber defense Industrial Cyber
Iran actors’ claims raise questions about larger cyber threat to US, allies Cybersecurity Dive
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CrowdStrike Dived. Why a New AI Tool Crushed Cybersecurity Stocks. Barron's
Release: llm-echo 0.4 Prompts now have the input_tokens and output_tokens fields populated on the response. Tags: llm
Can a quantum system’s dimensionality be determined solely from measurement outcomes, without prior assumptions about its size. It now can, as demonstrated by achieving the maximum possible violation …
A decoherence rate scaling as acceleration raised to the power of (2Δ-1) offers a new pathway for detecting the elusive Unruh effect. Previously, confirming this quantum phenomenon relied on measuring…
Digital Catapult and the National Quantum Computing Centre are collaborating on a new phase of the Quantum Technology Access Programme, designed to help UK organizations explore and prepare for the fu…
Previously, assessing how quickly quantum systems settle into predictable behaviour relied on broad overviews. Now, a refined diagnostic dissects thermalisation by examining fluctuations within specif…
memQ, a company specializing in quantum networking solutions for distributed quantum computing, has closed a $10 million Series A funding round. The investment was co-led by Quantonation and Ocean Azu…
Kvantify bridges the gap for chemists applying quantum computing, with Qrunch 1.1 improving scale, speed, and accuracy for applications like drug discovery and battery technology. The technology enabl…
Could a quantum computer be mimicking, rather than surpassing, classical computation in language processing. Trained two-qubit quantum recurrent neural networks demonstrably encode contextual informat…
Quantum Motion researchers have demonstrated a faster method for reading information from a silicon spin qubit, utilizing a new technique called radiofrequency electron cascade. This approach offers a…
Integrated Quantum Technologies published a white paper detailing VEIL, a new machine learning framework designed to utilize sensitive data without revealing raw inputs. This architecture, endorsed by…
Alice & Bob received a $3.9 million ARPA-E award to design rare-earth-free magnets using fault-tolerant quantum algorithms, aiming for a 10,000-fold computing speed-up. This project will accelerate ma…
Until now, topological quantum codes demanded strictly local error correction, limiting their scalability. The Majorana-XYZ code bypasses this restriction, demonstrating that quantum information can b…