Zero-Trust Enterprise Defense

Security Architecture

Version 2.5 • Developed by Chancellor Minus • Operated by ChanceTEK LLC & iSynera LLC

AES-256

Encryption at Rest

TLS 1.3

Encryption in Transit

100%

Pinecone Namespacing

Strict

No Email Deletion Policy

1. End-to-End Encryption

TLS 1.3 protocol protects all HTTP data in transit. AES-256 encryption protects user data at rest across Firestore, Redis Cloud, and Pinecone vector database indices.

2. Multi-Tenant Vector Isolation

Semantic vector embeddings stored in Pinecone are strictly namespaced by authenticated User ID, guaranteeing zero cross-tenant data leakage or prompt contamination.

3. Credential & Secret Vaulting

Server API keys, database credentials, and service tokens are securely vaulted in server-side environment variables and never exposed to client-side bundles.

4. Autonomous Code & Logic Verification

Every generated output passes through our Verification Agent to audit logic gaps, check syntax correctness, and detect potential security vulnerabilities.

Vulnerability Disclosure

Developed by Chancellor Minus, Founder & CEO of ChanceTEK LLC and iSynera LLC. Report security findings to security@chancetek.com for 24-hour response.