A trusted security core
across every
use-case
and
workflow
A developer-first cryptographic system that locks down sensitive data across storage, transit, and live environments. With one unified API layer, developers get all in one security, without complexity or delays.
Where is your data? That’s where we protect it
CipherTEA protects sensitive data from the moment it's created, at the application layer and extends coverage across runtime and storage. Each layer presents unique risks, and CipherTEA applies the right cryptographic technique exactly where it’s needed
Data at Rest
Symmetric & reversible - encryption & decryption (AES-256)
Key management and rotation support
HMAC-based authentication
Disk, database, and backup encryption
Use Case: Securing stored PII, PHI, Financial transactions, business records, and much more.
Data in Transit
HMAC validation for message integrity
Digital signatures for source verification
Certificate-based identity enforcement
Use Case: Realtime submissions, data authenticity, data distribution.
Data in Development
Obfuscation tools for test data
Reliable Test Data for Non‑Production
Masking strategies (shuffle, substitution, nulling)
Use Case: Developer sandboxes, CI/CD pipelines, staging servers
Purpose-built to secure every high-risk industry
CipherTEA meets the operational and compliance demands of data-heavy industries. From HIPAA to PCI DSS, each feature aligns with sector-specific risks, built for environments where encryption isn’t optional.
100% Client-Side Encryption
Your data is encrypted inside your environment before it ever leaves. CipherTEA never receives plaintext or usable keys. We secure data without seeing it.
Local Encryption (Client-Side)
Your plaintext data is encrypted locally within the CipherTEA JAR or Docker container installed in your environment.
CipherTEA never receives or processes plaintext data.
Authorization Without Data Access
Each encryption request is authorized using API keys passed via request headers.
The process of authorization is enforced without accessing, exposing or inspecting your data.
Data Encryption & Key Separation
A Data Encryption Key (DEK) is generated locally and used to encrypt your data into ciphertext.
The ciphertext remains entirely within your control.
Secure Key Management (Backend)
To protect encryption keys at scale, CipherTEA encrypts the DEK using a Key Encryption Key (KEK / MEK) via our key-management service.
Keys are never stored or transmitted in plaintext
Data and keys remain cryptographically separated
Audit-Friendly Logging (Metadata Only)
For every API call, CipherTEA records transaction metadata only, such as:
Timestamp
Operation type
Description
Features that power your data protection
CipherTEA locks data at the application, keeping raw values out of logs and vendors while keys, masking, tokenization and RBAC run from one policy that stays consistent across dev, staging and production. You stay in control with real-time access monitoring and a clean, audit ready API layer that fits into your stack without rewrites.
Logging that stands up to audits, and attackers.
Every time CipherTEA encrypts, decrypts, masks, or grants access, it logs the event, automatically, and in full detail. These records aren’t optional, they’re fundamental. Timestamped, tamper-proof, and built for scrutiny, they give teams the confidence to know what happened, when, and why.
