Most code scanners rent a model from someone else. We train ours — extending RoPE past its native range and supervising on real call graphs — measured answering across 524,000 tokens, double the base model's native context window.
The EU-US Data Privacy Framework survived its first court challenge and is under appeal. Meanwhile GitHub's EU boundary is off by default and costs 10% more, and OpenAI's own docs say prompt caching can store outside your chosen region.
Last month: a self-propagating npm/PyPI worm hit 170+ packages, prompt injection turned AI agents into RCE, and new models learned to run for 35 hours.
Code security is priced three ways: per developer, per token, or once for hardware. Per-seat and per-token punish you for scanning. Local doesn't.
Mythos found thousands of zero-days behind a restricted API. Cheap, local models find most of the same bugs. Why that's the whole bet behind Codelight.
Why threat-model-driven analysis catches the vulnerabilities traditional scanners miss — with far less noise.
AI code review vs. SAST: why rules that match patterns miss the bugs that get exploited — and where the scanner still earns its place.