AI Security
Hello! My name is Matt Suiche. I work on AI Security at Tolmo, and I also experiment with side projects in AI Safety (Weightless, etc.) and Emulation & Operating System Research (WASM PSX, WASM NanoKrnl, etc.). I recently discussed cyberwar in the age of AI, Iran’s cyber capabilities, and how AI is reshaping hacking on Bloomberg’s Odd Lots and the National Security Lab podcast.
Previously, I founded OnDB Inc., a data infrastructure startup for the agentic economy, and co-founded CloudVolumes (acquired by VMware in 2014) and Comae Technologies (acquired by Magnet Forensics in 2022), where I later served as Head of Detection Engineering. I also founded the cybersecurity community project OPCDE.
My path into technology started in reverse engineering as a teenager, and has since spanned memory forensics, operating systems, virtualization, blockchain, and now AI infrastructure.
A real batched symmetric eigensolver reached 29.9 ms on an NVIDIA B200. A cache probe scored 1.203 ms by moving all numerical work outside the timer and still passed every check. Here is the solver, the harness flaw, and the corrected …
You can attach lldb to nanokrnl while it runs in a browser tab, break in kernel code, and hit it. When it bugchecks it writes two crash dumps of itself: a Linux ELF core symbolized by its own DWARF, and a native Windows MEMORY.DMP that …
The prompt you type into at nanokrnl.ai runs the real Microsoft cmd.exe, sort.exe, where.exe, whoami.exe and more.com, unmodified, on a from-scratch Rust NT kernel's own syscalls. Here is what it takes to load a real .exe, give it handles, …