Data Safety

Military-grade
encryption.

Every piece of data is encrypted before it touches storage, and decrypted only when the rightful owner requests it. Encryption is not a feature — it is the foundation.

Encrypted at every layer.

From storage to transit to session management, TABULARUM applies cryptographic protection at every point where data exists. No layer is left unprotected.

AES-256-GCM

The cipher used by intelligence agencies and central banks. 256-bit keys with Galois/Counter Mode — confidentiality and integrity in a single operation.

PBKDF2 + SHA-512

Per-user encryption keys derived from a master key with unique salt. 100,000 PBKDF2 iterations make brute-force infeasible — even with nation-state resources.

TLS 1.3 + HSTS

All data in transit encrypted with TLS 1.3. HSTS with preloading ensures your browser never falls back to unencrypted connections.

SHA-256 + HMAC

Verification codes hashed before storage — never plaintext. Session tokens signed with HMAC-SHA256 and verified with constant-time comparison.

Beyond compliance. Beyond convention.

Most platforms enforce access control via application logic on shared databases. A misconfigured permission, a compromised admin, or a malformed query — and cross-tenant data bleeds through. TABULARUM eliminates these risks architecturally.

Comparison
Permission-based vs. cryptographic isolation
Traditional: All users share one database. A single bug can expose all data.

TABULARUM: Each user's data is encrypted with a unique key derived from their identity. Agents are scoped to a single sandbox per request. Even if the application layer were fully compromised, an attacker would need to break AES-256 encryption independently for each user.

In private capital markets — where a single leaked term sheet can collapse a deal — this distinction is existential.

See the full architecture.

Sandbox Isolation Zero Trust