Microsoft Research is enhancing cryptographic security by using Rust, Lean, and AI agents to formally verify cryptographic algorithms. This initiative focuses on ensuring that cryptographic code, such as SHA-3 and ML-KEM, is secure and efficient, particularly for post-quantum cryptography. By leveraging Rust's memory safety and Lean's formal proof capabilities, Microsoft provides a robust verification process that maintains performance while ensuring security. This development represents a significant advancement in the field of cryptographic verification.
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© Cole MedinAnthropic’s latest research exposes a quiet but dangerous flaw in agentic workflows: experts follow AI recommendations 86% of the time, often adopting the agent's reasoning as their own. This isn't just about accuracy; it's about cognitive capture, where human oversight dissolves into passive compliance. The study shows that even when users believe they are steering, the agent’s framing dictates the outcome. Practitioners must now actively counter this bias by forcing agents to justify deviations or prototype alternatives before committing to a path. This shift demands a new discipline in how we interact with coding assistants. We can no longer assume our intent drives the result; the model's suggestion often becomes the default truth. The real work is ensuring we remain the architects, not just the approvers.
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