CHASEME is built on the principle that creator content deserves the same protection as financial data. Every architectural decision starts with security.
CHASEME is designed as a zero-trust, microservices architecture where no service implicitly trusts another. Every request is authenticated and authorized at every boundary. Content delivery, key management, payment processing, and user authentication are isolated services communicating over encrypted channels with mutual TLS.
The platform runs on globally distributed infrastructure with redundant data centers, automatic failover, and a 99.99% uptime SLA. All data in transit uses TLS 1.3. All data at rest is encrypted using AES-256.
No implicit trust between services. Mutual TLS, scoped tokens, and least-privilege access at every boundary.
Content delivery, key management, payments, and auth are independent services. A compromise in one does not cascade.
Content is served through encrypted edge nodes worldwide. Low latency for subscribers, cryptographic access control at the edge.
Every piece of creator content on CHASEME is encrypted with its own unique Data Encryption Key (DEK) using AES-256-GCM. These DEKs are themselves encrypted by Key Encryption Keys (KEKs) managed within FIPS 140-2 Level 3 certified Hardware Security Modules (HSMs). The key hierarchy ensures that even with full database access, content remains encrypted and inaccessible without HSM authorization.
This is envelope encryption — the same pattern used by AWS KMS, Google Cloud KMS, and financial institutions. CHASEME applies it at the individual content level, not the account level. Each photo, video, and message has its own encryption key.
Encryption protects content at rest and in transit. But protection does not stop there. CHASEME deploys multiple layers of defense against content leaks and unauthorized distribution.
Every piece of content served to a subscriber includes an invisible, unique watermark tied to their account. If content appears outside the platform, the source subscriber can be identified — providing evidence for DMCA claims and account action.
When a subscription ends, the subscriber's decryption capability is revoked cryptographically. This is not a session-based check — without valid keys, previously accessed content becomes unreadable. No grace period, no cached access.
Video content is delivered through encrypted adaptive streaming with DRM license management. Standard screen recording tools are blocked on supported devices and browsers.
Continuous monitoring scans known piracy sites and search engines for leaked content. Takedown requests are filed automatically. Creators receive reports on detection and removal activity.
CHASEME collects the minimum data necessary to operate the platform. Creator legal names are required for payment compliance but are never displayed publicly. Creators choose their display name and can operate under a persona with full platform support.
Subscriber data is protected with the same rigor as creator content. Payment information is processed through PCI DSS Level 1 certified processors — CHASEME never stores raw card data. Subscriber identities are not visible to other subscribers.
Metadata stripping is applied to all uploaded content. EXIF data, GPS coordinates, device identifiers, and other embedded metadata are removed before content is encrypted and stored. This protects creators from inadvertent location or device disclosure.
Only data required for platform operation and payment compliance.
Legal names never shown publicly. Full persona support for creators.
EXIF, GPS, and device data removed from all uploads before storage.
Payment data handled by certified processors. No raw card data stored on CHASEME infrastructure.
| Layer | Implementation |
|---|---|
| Content Encryption | AES-256-GCM, per-content unique keys |
| Key Management | FIPS 140-2 Level 3 HSMs, envelope encryption |
| Key Rotation | Automatic, zero-downtime rotation schedule |
| Access Revocation | Cryptographic (key-based), not session-based |
| Data in Transit | TLS 1.3, mutual TLS between services |
| Data at Rest | AES-256, encrypted storage volumes |
| Leak Tracing | Invisible per-subscriber forensic watermarks |
| Video Protection | DRM-protected adaptive streaming |
| DMCA Enforcement | Automated detection and takedown |
| Payment Security | PCI DSS Level 1 certified processors |
Your content is your business. Protect it with encryption-first infrastructure.