Enterprise AI Security: SOC 2, GDPR, and HIPAA Compliance

Enterprise adoption of AI is accelerating, but security and compliance remain the primary blockers. When you route sensitive data through AI APIs, every hop in the chain must meet your organization's security requirements. Here is how OpenModex is built to satisfy the strictest compliance frameworks.

SOC 2 Type II Certification

OpenModex holds SOC 2 Type II certification, which means our security controls have been independently audited and verified over a continuous monitoring period. This is not a point-in-time assessment -- it validates that our security practices are consistently maintained.

Our SOC 2 scope covers:

• Security: All data is encrypted in transit (TLS 1.3) and at rest (AES-256). API keys are stored using envelope encryption with hardware security modules.
• Availability: Our infrastructure runs across multiple cloud regions with automatic failover. We maintain 99.99% uptime SLAs for Enterprise customers.
• Confidentiality: Strict access controls ensure that customer data is isolated. No OpenModex employee can access customer prompts or responses without explicit, time-limited authorization through our break-glass procedure.
• Processing Integrity: Every API request is logged with a tamper-evident audit trail. Request and response payloads can be optionally excluded from logs for maximum privacy.

GDPR Compliance

For organizations operating in or serving the European Union, OpenModex provides full GDPR compliance:

Data Processing Agreement (DPA). We offer a pre-signed DPA that covers all data processing activities. Enterprise customers can request a custom DPA through their account manager.

Data Residency. You can configure your account to ensure that all data processing occurs within EU regions. This includes caching, logging, and analytics -- nothing leaves the geographic boundary you specify.

const client = new OpenModex({
  apiKey: process.env.OPENMODEX_API_KEY,
  region: "eu-west-1",          // Enforce EU data residency
  dataRetention: {
    logs: "30d",                // Auto-delete logs after 30 days
    cache: "7d",                // Cache entries expire after 7 days
    analytics: "90d",           // Aggregated analytics retained 90 days
  },
});

Right to Erasure. Customers can programmatically delete all stored data associated with a specific user or session through our Data Subject Request API. Deletion is propagated across all storage layers within 24 hours.

Purpose Limitation. OpenModex never uses customer data for model training, analytics products, or any purpose beyond fulfilling the API request. This is contractually guaranteed in our DPA.

HIPAA-Ready Infrastructure

For healthcare organizations handling Protected Health Information (PHI), OpenModex provides HIPAA-compliant infrastructure:

• Business Associate Agreement (BAA): Available for all Enterprise customers handling PHI.
• PHI Isolation: Dedicated compute instances ensure PHI never shares resources with other customers.
• Audit Logging: Immutable audit logs capture every access to PHI with timestamps, user identity, and action type.
• Minimum Necessary Access: Role-based access controls enforce the minimum necessary standard, restricting PHI access to authorized personnel only.

Zero-Retention Mode

For the most sensitive use cases, OpenModex offers a zero-retention mode where we act as a pure proxy:

const client = new OpenModex({
  apiKey: process.env.OPENMODEX_API_KEY,
  zeroRetention: true,  // No logs, no cache, no analytics storage
});

In this mode, request and response data passes through our infrastructure but is never written to disk. You still get routing, failover, and rate limiting, but no data persists on our systems after the response is delivered.

Security Best Practices for Teams

Beyond our platform controls, we recommend these practices for teams using AI APIs in production:

1. Rotate API keys regularly. OpenModex supports automatic key rotation with zero-downtime handoff.
2. Use scoped keys. Create separate API keys for different environments (development, staging, production) with appropriate rate limits and model access restrictions.
3. Enable request signing. For high-security deployments, enable HMAC request signing to prevent request tampering.
4. Monitor for anomalies. Our security dashboard flags unusual patterns like sudden spikes in token usage or requests from new IP ranges.

Building Trust at Scale

Security is not a feature you ship once -- it is an ongoing commitment. Our security team continuously monitors for new threats, updates our controls, and publishes transparency reports. Enterprise customers receive quarterly security briefings and have a direct line to our security engineering team.

If you are evaluating OpenModex for an enterprise deployment, contact our sales team for a detailed security architecture review and access to our full SOC 2 report.