Infrastructure
Articles about how BX-System protects and sustains the system.
- Implementation Guide: Signing Tools with SHA-256
A step-by-step guide to how the kernel signs tools with SHA-256 and updates the signature after the AST engine performs a repair.
- The AST Engine: Rule-Based Code Repair
The AST engine parses generated code, applies policy rules, writes the corrected version, and updates the signature.
- Kill Switch and Isolated Context
A central kill switch stops execution. Isolation keeps context with immutable snapshots so a stop and a resume do not corrupt state.
- RAM-Only Execution for Core Modules
Core modules run RAM-only. Nothing is written to disk during execution, so a stopped cycle leaves no executable residue.
- Encrypting Tool Packages with AES-GCM
Every package is encrypted with AES-GCM. The package is decrypted in the isolated context and executed without persisting.
- Self-protection
Self-protection is the principle by which BX-System protects its code, its tools, its packages, and its execution context through layered mechanisms that operate before, during, and after execution.
- Automatic repair
Automatic repair is the principle by which BX-System corrects faulty code without manual review. The AST engine detects rule violations and corrects them; the kernel returns to a stable state.
- Efficiency
Efficiency is the principle by which BX-System aims to use as few resources as possible. Each decision is weighed by energy consumed against result achieved.
- Signing Every Tool with SHA-256
Every tool is signed with SHA-256. A signature change means the code changed; an unchanged signature means the code is as verified.