Security Controls & Posture
StructZero is designed from first principles with hard execution boundaries, sandboxed runtimes, and strict isolation for enterprise environments.
Test Secret Sanitization, Container Isolation & Audit Logs
Verify how StructZero protects credentials, confines untrusted builds, and records immutable JSONL provenance.
Automated Pre-Flight Secret Masking
Toggle the sanitizer above to inspect how StructZero intercepts API keys, bearer tokens, and database connection strings before any prompt leaves your workspace.
Container Sandbox Boundary
Tamper-Evident JSONL Engineering Event Ledger
Technical Security Controls
Hard Human-in-the-Loop Intercepts
Autonomous runs cannot execute destructive database operations (DROP TABLE, TRUNCATE, DELETE without WHERE), mutate live production infrastructure, or provision billable cloud resources without explicit operator sign-off.
Containerized Build Sandboxes
All compilation, syntax testing, and dependency resolution occur within ephemeral Docker containers. The host workstation and network are strictly protected from untrusted code execution.
Zero Training on Customer Code
Customer source code, AST graphs, and debate transcripts are strictly ephemeral or stored within your own isolated project directory. No customer intellectual property is used to train public foundation models.
Automated Secret Masking
Pre-flight prompt sanitization scans for API keys, bearer tokens, database passwords, and private certificates, replacing them with redaction placeholders before context is sent to any model endpoint.
Immutable Event Trails
Every model request, response, architectural argument, AST validation check, and operator approval is written to append-only JSONL audit logs with timestamps and commit SHAs.
Multi-Provider Redundancy
Prevents single-vendor outage lock-in by supporting Anthropic Claude, Google Vertex AI, DeepSeek, and local Ollama model endpoints.
Known Boundaries & Operational Responsibilities
While StructZero introduces automated AST syntax checks, topological generation, and sandbox testing, no automated system can guarantee 100% defect-free software without human oversight.
- Operator Verification: Human developers must review critical architectural decisions and business logic before approving production deployments.
- Cloud Credentials: Cloud provider keys and tokens must be managed using least-privilege IAM policies.
- Local Execution: Local Docker containers must have socket proxy boundaries properly configured to prevent container escape vulnerabilities.