Code with Confidence.
Fix Bugs Automatically.

Spartan Check uses deterministic semantic detection and an AI repair engine to instantly find and fix critical bugs in your embedded C/C++ applications (BARR-C, ANSSI-C, CERT-C/C++ and more). Zero hallucinations. Zero compromises.

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BARR-C:2018 CERT-C / C++ ANSSI-C
Active File: src/motor_controller.c Target: c11 • Bare-Metal
● 1 Finding (CRITICAL)
CRITICAL L39:24
SC.INT.BITSHIFT.SIGNED_OPERAND
BARR-C:2018 CERT-C INT34-C ANSSI-C
AI Fixer Explanation
Shifting a signed integer literal (1 << 15) attempts to set the sign bit on 16/32-bit platforms, triggering undefined behavior under compiler optimizations.
AI Remediation Proposal
- uint16_t offset = 1 << 15; + uint16_t offset = 1U << 15;

The Spartan Check Architecture

We solved the hallucination problem in AI coding tools. By coupling a deterministic muscle with an AI brain, we guarantee mathematical compliance against the theoretical limits of LLMs.

1. The Deterministic Muscle

Powered by two advanced static analysis tools. We build the Abstract Syntax Tree (AST) to mathematically prove the presence of vulnerabilities without guessing. Your code is evaluated against strict standards (BARR-C, ANSSI-C, CERT-C/C++ and more).

2. The AI Brain (Judge & Fixer)

Once a vulnerability is mathematically proven, our dual-agent AI steps in. The Judge specializes in validating complex concurrency issues, while the Fixer provides deep explanations and context-aware code remediations that adhere to your project's architectural guidelines.