Airlock – self-upgrading compiled AI agents
Compiles Go binaries that mix hard code with AI calls and actually self-upgrade.

Single-file C compiler under 2MB that self-hosts without toolchain setup.
C developers, educators, rapid prototypers
TinyCC · tcc · HolyC
What mattered most to me was keeping the barrier to entry low. You can take one small binary, drop it onto a system, and compile or run C code using the libraries already available there, without setting up a full toolchain or installing a large stack of dependencies.
I find that useful for quick prototyping, testing, auditing, learning, and generally exploring real systems with less friction. The codebase also reached a point where it feels solid and maintainable, not just experimental.
It is still a small project, and I want to keep it that way: simple, useful, and easy to carry around.
A fun extra: it works nicely with raylib as well.
Interested in feedback from people here, especially on the single-binary approach and whether this kind of tool feels useful in practice.
Compiles Go binaries that mix hard code with AI calls and actually self-upgrade.
Under 80MB RAM beats MinIO's 512MB+, but S3 storage is a crowded, well-funded category.
Single-binary Go helpdesk that skips the Docker tax and SSO paywalls.
Single-binary helpdesk that actually includes SSO without enterprise tax.
Single binary with replay and custom responses—webhook.site needs PHP and MySQL.
Run CI pipelines locally before pushing—Concourse portability without the infrastructure pain.