Advanced Encryption Standard
PulseAugur coverage of Advanced Encryption Standard — every cluster mentioning Advanced Encryption Standard across labs, papers, and developer communities, ranked by signal.
8 day(s) with sentiment data
AES reduced-round attack acceleration could spur new cryptanalysis research
Anthropic's Claude Mythos Preview has demonstrated a technique that accelerates known attacks on reduced-round AES-128 by hundreds of times. This significant speedup could encourage further research into cryptanalysis of AES variants, potentially leading to new theoretical attacks or practical exploits against specific configurations.
LLMs are being actively used to find vulnerabilities in cryptographic algorithms and implementations.
Recent evidence shows LLMs like Anthropic's Claude Mythos Preview are not only finding theoretical cracks in cipher designs (HAWK, AES) but are also being employed to audit cryptographic code for common implementation flaws. This suggests a growing trend of AI-assisted security analysis in cryptography.
Quantum cryptanalysis research will increasingly target symmetric ciphers on real hardware.
The successful demonstration of quantum cryptanalysis on IBM hardware, targeting symmetric cipher structures with algorithms like Simon's, indicates a shift towards practical, hardware-based attacks. Future research is likely to expand on this, testing larger qubit instances and more complex symmetric cipher designs on available quantum computing platforms.
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OpenAI bolsters customer privacy with advanced encryption and access controls
OpenAI is enhancing its customer privacy measures, employing advanced encryption and access controls to protect sensitive enterprise data. These initiatives aim to build customer trust and mitigate risks, positioning Op…
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LLM agents create adaptive hardware Trojans to test detector weaknesses
Researchers have developed TrojanGYM, a novel framework that utilizes multiple large language models to create adaptive hardware Trojans. These Trojans are designed to bypass existing learning-based detectors by generat…
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Claude "Mythos" Preview Weakens Cryptographic Algorithms
A preview of Anthropic's Claude "Mythos" model has demonstrated new attacks that weaken the PQC HAWK cryptographic algorithm and AES. These findings suggest potential vulnerabilities in widely used encryption standards …
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Stealth USB Hides Encrypted Partition Behind Decoy Drive
Rootkit Labs has developed an open-source stealth USB drive called Phantom Drive that conceals an encrypted partition behind a standard 8GB decoy drive. The device appears as a regular USB stick until a user creates a s…
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LLMs unlikely to break symmetric encryption, analysis finds
Large language models (LLMs) are unlikely to break symmetric cryptography, according to an analysis. While LLMs can assist in finding vulnerabilities in asymmetric encryption, they lack the capabilities to compromise sy…
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Claude Mythos Preview finds crypto flaws in HAWK and AES
Anthropic's Claude Mythos Preview has identified two cryptographic vulnerabilities. One flaw affects HAWK keys, a post-quantum cryptography candidate, by halving their effective strength. The other vulnerability speeds …
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Anthropic's Claude Mythos AI finds cracks in cipher designs
Anthropic's AI model, Claude Mythos Preview, has identified significant vulnerabilities in two cryptographic designs. The model found a weakness in the HAWK-256 post-quantum signature scheme, reducing its estimated secu…
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LLMs used to audit cryptographic code, flagging common implementation flaws
Large Language Models (LLMs) are emerging as a valuable tool for auditing cryptographic code, acting as a preliminary filter to identify common implementation errors. By using structured prompts that target known vulner…
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Anthropic's Claude "Mythos" AI improves crypto attack simulations
Anthropic's Claude "Mythos" model has demonstrated enhanced capabilities in simulated cryptographic attacks. Specifically, it has shown improved performance against the HAWK digital signature scheme and a seven-round ve…
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Claude AI discovers new attacks against post-quantum cryptography and AES
Anthropic's Claude Mythos AI has identified new vulnerabilities in post-quantum cryptography and the Advanced Encryption Standard (AES). The AI discovered a novel attack against HAWK-256 and a significantly faster metho…
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Human role in AI era debated: multiplier, consumer, or collaborator?
The role of humans in an era of Artificial Superintelligence (ASI) is being questioned, drawing parallels to chess where AI has surpassed human capabilities. While AI in chess has become a tool for consumption rather th…
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Anthropic details practical key-recovery attack on HAWK-256
Anthropic has released research demonstrating a practical key-recovery attack against HAWK-256, a cryptographic model. The accompanying code, licensed under Apache 2.0, includes components for AES, HAWK, and LEA. This r…
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Anthropic's Mythos AI finds crypto vulnerabilities, raising security questions · 10 sources tracked
Anthropic's Claude Mythos Preview model has identified vulnerabilities in cryptographic algorithms, including the post-quantum signature scheme HAWK and a weakened version of AES. While these findings do not pose an imm…
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Claude Mythos Preview finds cryptographic algorithm weaknesses
Anthropic researchers utilized Claude Mythos Preview to identify vulnerabilities in cryptographic algorithms, specifically weakening the HAWK digital signature scheme and finding a new attack on a reduced version of AES…
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Anthropic's Claude model finds cryptographic weaknesses, launches new benchmark · 9 sources tracked
Anthropic's Claude Mythos Preview model has demonstrated advanced capabilities in cryptography research by autonomously discovering weaknesses in both a digital signature scheme called HAWK and a reduced version of the …
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AI models find crypto flaws, Abu Dhabi builds AI court, energy costs rise · 4 sources tracked
Anthropic's Claude model has demonstrated a significant capability by discovering critical vulnerabilities in post-quantum cryptography algorithms and breaking the AES cipher at a speed that surpasses records from a dec…
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Quantum Cryptanalysis Demonstrated on IBM Hardware
Researchers have successfully executed quantum cryptanalysis on real IBM quantum hardware, specifically targeting symmetric cipher structures. They extended the Even-Mansour period recovery from a security parameter of …
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New research evaluates image disguising for medical AI privacy
A new research paper, "Secure-by-Disguise," systematically evaluates image disguising techniques for confidential medical image modeling in cloud environments. The study found that while these methods can preserve infor…
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Privacy-first health record server uses Claude and Gemini Vision locally
A developer has created a privacy-focused health record server called MedMemory that runs entirely on the user's local machine. This system utilizes Anthropic's Model Context Protocol (MCP) and Gemini Vision to allow Cl…
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Post-quantum cryptography poses business risk, requiring early migration
Post-quantum cryptography (PQC) is a critical business continuity issue, not just a mathematical problem, as current encryption methods like RSA and elliptic curve cryptography are vulnerable to future quantum computers…