Gabriel

@morecoffeeplz.bsky.social

Distinguished AI Research Scientist at SentinelOne. Former OpenAI, Apple infosec. Lecturer at John’s Hopkins SAIS Alperovitch Institute. Deceiver of hike length and difficulty.

Before Stuxnet, there was fast16, a malware built for quiet sabotage. It didn’t break centrifuges, wipe disks or steal secrets. It targeted computation itself: patching engineering and simulation software as it loaded to subtly corrupt floating-point calculations for an entire lab. s1.ai/fast16

fast16 | Mystery ShadowBrokers Reference Reveals High-Precision Software Sabotage 5 Years Before Stuxnet

A previously unknown 2005 cyber sabotage framework patches high-precision calculation software in memory to silently corrupt results.

s1.ai

More great research from @philofishal.bsky.social evaluating LLMs for Malware Analysis. s1.ai/advers-llm - Multi-agent architecture for reversing macOS malware. - Each tool output as independent input for robust analysis - Specific deterministic bridge scripts for tool integrations

Building an Adversarial Consensus Engine | Multi-Agent LLMs for Automated Malware Analysis

Single-tool LLM analysis produces reports that look authoritative but aren't. A serial consensus pipeline catches artifacts and hallucinations at source.

sentinelone.com

Benchmarks for cybersecurity are everywhere and mostly measuring the wrong thing. We reviewed evals from Microsoft, Meta and academia and found they don't measure what matters for defenders in real IR situations. 🧵 s1.ai/benchmk1

LLMs in the SOC (Part 1) | Why Benchmarks Fail Security Operations Teams

LLM cybersecurity benchmarks fail to measure what defenders need: faster detection, reduced containment time, and better decisions under pressure.

s1.ai

"this new chemical process operates at ambient temperature and pressure. It chemically dissolves the glue holding the blade together. The high-value carbon fiber can be recovered, cleaned, and reused in everything from new turbines to car parts." interestingengineering.com/energy/china...

Ming Yang unveils world’s first fully recyclable wind turbine blade

Chinese energy giant Ming Yang Smart Energy has developed the “world’s first fully recyclable carbon fiber wind turbine blade.”

interestingengineering.com

Among the many reasons you don’t kidnap a foreign head of state at gunpoint even if you have the capability, is that it sparks consequences you can neither control nor anticipate.