Security Architecture

Security at Operance Labs is an architectural primitive, not an afterthought. We design, engineer, and deploy distributed systems adhering to zero-trust principles: every transaction, API call, and container invocation must be authenticated, authorized, and cryptographically validated regardless of internal network topology.

Our internal engineering workflows, cloud infrastructure, and deployed client environments comply with SOC 2 Type II controls and ISO/IEC 27001 baseline security requirements.

We enforce end-to-end cryptographic defense across all state transitions:

• Transit Security: All client communications and external APIs mandate TLS 1.3 with strict HSTS (HTTP Strict Transport Security) enabled. Legacy TLS ciphers are disabled globally across edge endpoints.
• Rest Encryption: Databases, persistent disk volumes, and object stores are encrypted with AES-256 via Cloud Key Management Services (KMS) featuring automated annual envelope key rotation.
• Secret Zero: Production credentials, API tokens, and private certificates are never stored in version control. We use isolated vault providers (HashiCorp Vault, AWS Secrets Manager) with ephemeral IAM role assumption.

Enterprise AI deployments present unique operational security challenges. We mitigate these through hardened pipeline isolation:

• Zero-Retention API Contracts: We configure LLM inferences using enterprise gateways with zero data retention (ZDR) flags enabled, preventing inputs and generated outputs from persisting in model vendor logs.
• Prompt Injection Defense: AI agents incorporate semantic barrier layers, input sanitization, and output boundary validators to prevent indirect prompt injection, jailbreaks, and unauthorized tool execution.
• VPC Peering: Client vector stores (pgvector, Pinecone, Milvus) and knowledge caches operate exclusively within isolated private subnets with no public internet ingress.

Software supply-chain integrity is protected through automated CI/CD guardrails:

• All dependencies are pinned with deterministic lockfiles and integrity checksums.
• Automated vulnerability scanning (Dependabot, Snyk, Trivy) runs on every pull request to block CVE regressions.
• Container images are built from minimal distroless base layers and scanned before staging deployment.

We welcome security researchers and community partners to test our external perimeters in good faith. If you discover a potential vulnerability within Operance Labs infrastructure:

1. Email technical details and reproduction steps immediately to contact@operancelabs.com with subject [SECURITY DISCLOSURE].
2. Do not access, modify, or destroy client data, and give our engineering team a reasonable 30-day window to patch the issue before public disclosure.
3. Qualifying critical vulnerabilities may be eligible for an engineering bounty reward at our discretion.