Web‑Armor is a cryptographic software solution designed to protect sensitive information exchanged through web and mobile applications. It is implemented as a JavaScript library that operates on both the client side and the server side, enabling cryptographic operations directly within application logic. The system introduces an additional security layer beyond traditional transport mechanisms, ensuring that data remains protected even if underlying communication channels are compromised. Web‑Armor is intended for organizations that require strong confidentiality, integrity, and authenticity guarantees for digital interactions across browsers, mobile devices, and backend services.

Key Features

Client‑ and Server‑Side Cryptography Performs cryptographic operations at both ends of communication.

• Encryption and decryption within applications
• Protection independent of transport security

Advanced Encryption Algorithms Supports symmetric and asymmetric cryptography.

• Symmetric encryption for data confidentiality
• Elliptic‑curve‑based algorithms for authentication and integrity

Secure Key Establishment Ensures safe generation and derivation of cryptographic keys.

• Elliptic curve key calculations
• Key derivation functions to avoid key reuse

Message Integrity and Authentication Verifies that data has not been altered.

• Hash‑based message authentication codes
• Cryptographic integrity validation

Zero‑Knowledge Proof Support Enables verification without exposing sensitive data.

• Validation without revealing original values
• Enhanced privacy protection

Cryptographically Secure Randomness Ensures robustness of cryptographic processes.

• Secure pseudo‑random number generation
• Reliable key and nonce creation

Benefits

Additional Security Beyond TLS Protects data even if transport encryption is compromised.

• Defense in depth for web and mobile applications
• Reduced reliance on a single security layer

Protection of Sensitive Application Data Secures critical information in transit.

• Confidential handling of user and transaction data
• Reduced exposure to interception or misuse

Privacy‑Preserving Verification Allows validation without disclosure.

• Minimal data exposure during authentication
• Stronger privacy guarantees

Enterprise‑Grade Cryptography Supports regulated and high‑risk environments.

• Suitable for financial and critical applications
• Strong cryptographic foundations

Developer‑Accessible Integration Designed for practical application use.

• Library‑based integration model
• Consistent cryptographic behavior across platforms