Titan Kernel

Formally verified micro-kernel for high-assurance embedded systems.

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Overview

A formally verified micro-kernel written in Zig, designed for absolute separation of concerns in secure embedded environments. Every instruction path is mathematically proven correct.

Micro-KernelFormal VerificationSecurityZig

Study

Challenge

Build a minimal kernel architecture that is verifiable end-to-end without sacrificing practical interoperability.

Solution

Introduced a strict capability-based module interface with verification artifacts integrated into build and release gates.

Impact

Achieved reproducible proofs for core execution paths and reduced critical fault surface in pre-production stress tests.

Media

Hardware board and embedded workstation — Titan bring-up environment with hardware-in-the-loop validation.

Kernel observability trace replay from verification suite.

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