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IdentIA Security Compliance

Last updated: March 18, 2026

IdentIA is a sovereign and distributed identity infrastructure that places security at the very center of its architectural design. This document details the technical measures, cryptographic protocols, and organizational standards implemented to ensure the absolute integrity of managed identities.

1. Authentication and Authorization Security

  • High-Intensity Encryption: All passwords are processed using Bcrypt with an adaptive cost factor, ensuring superior resistance against dictionary and collision attacks.
  • Stateless Architecture (JWT): We utilize JSON Web Tokens signed with industrial-grade algorithms (RS256/4096-bit). This enables secure, decentralized validation without exposing sessions in shared databases.
  • Secure Federated Identity: Hardened integration with Google OAuth 2.0, utilizing Authorization Code flows with PKCE where applicable, minimizing the risk of token interception.
  • RSA Offline Validation: We provide a public key endpoint (JWKS) system so that client applications can validate token authenticity locally and 100% privately.

2. Application Layer and Infrastructure Protection

  • Anti-Automation Defense: Native integration of Cloudflare Turnstile to mitigate bot attacks and credential stuffing without user friction.
  • Header Hardening (Helmet): Implementation of strict Content Security Policies (CSP), XSS prevention, and MIME-type sniffing protection via dynamically configured HTTP headers.
  • Concurrency Control (Rate Limiting): Intelligent traffic limitation per IP and per user ID to prevent Denial of Service (DoS) attacks and API abuse.
  • Schema-Based Validation (Joi): Strict sanitization and validation of all incoming payloads to prevent code injection and unauthorized state manipulations.

3. Data Traceability and Integrity

  • Real-Time Forensic Auditing: The Chatter Engine generates immutable logs capturing the before and after state of every resource. Each event includes forensic context: source IP, User-Agent, session ID, and high-precision timestamps.
  • Multi-Factor Validation (OTP): Robust one-time password system for critical flows like email changes, account recovery, and sensitive operation validation.
  • Encryption at Rest: Data stored in our databases is protected using AES-256 encryption at the volume level, and field-level encryption where data sensitivity requires it.

4. Isolation Model and RBAC

IdentIA implements a Least Privilege permission hierarchy:

  • Multi-Tenant Isolation: A security compromise in one client platform is technically prevented from affecting other organizations thanks to our business logic and data schema isolation.
  • Scope Granularity: Full control over which applications can read which data, following the OAuth2 scope standard.

5. Engineering Best Practices

  • Controlled Error Handling: Use of @hapi/boom to ensure that error messages never leak technical infrastructure details or code traces to the outside.
  • Secure Development Lifecycle (SDLC): Mandatory peer code reviews and automated vulnerability scans on dependencies (Audit CI) before every deployment.

Security Contact: If you believe you have found a vulnerability or have technical questions about our architecture, please contact security@identia.cc