AKRUM provides a browser‑based encryption platform powered by its proprietary Cellular Automata entropy engine, delivering cryptographic‑grade randomness for AES‑256‑GCM file encryption and secure sharing. Users can encrypt any file instantly, store documents in a zero‑knowledge vault, and share them via single‑click links, while developers access the same entropy source through a REST API that also supports post‑quantum key encapsulation. The service is client‑side encrypted and tested against NIST and Diehard randomness suites.
Funding
Funding not disclosed
Founders
Product
Problem
Modern cryptographic systems often rely on harvested randomness from hardware sources, which can be unpredictable and difficult to verify, creating a risk of weak entropy for encryption, key generation, and secure communications.
Solution
AKRUM delivers cryptographic‑grade randomness through a proprietary Cellular Automata entropy engine that generates fresh high‑entropy bits on demand, independent of hardware noise. The engine is combined with device‑generated randomness and used to perform client‑side AES‑256‑GCM encryption directly in the browser, ensuring files never leave unencrypted. AKRUM also provides a zero‑knowledge encrypted vault for secure document storage and sharing via single‑click links, with post‑quantum protected key exchange (hybrid ML‑KEM‑768 + X25519). Developers can access the same entropy source, encryption, decryption, and benchmarking capabilities through a cloud‑agnostic REST API, enabling integration into any application or autonomous AI agent.
Target Audience
Primary customers are enterprises, government agencies, and regulated industries (e.g., fintech, cybersecurity, blockchain) that require provable high‑entropy randomness and secure data handling, as well as developers building encryption‑dependent applications or AI agents.
Features
- Cellular Automata entropy engine producing 256 bits of fresh entropy per request in sub‑millisecond latency
- Client‑side AES‑256‑GCM encryption performed in the browser, with files never transmitted unencrypted
- Zero‑knowledge encrypted vault offering one‑click secure share links and post‑quantum key encapsulation (ML‑KEM‑768 + X25519)
- REST API delivering entropy, encryption, decryption, and benchmarking from any language or cloud environment
- Validation against NIST and Diehard statistical test suites to confirm randomness quality
- Cloud‑agnostic deployment (AWS, Azure, GCP, on‑prem) and versioned cryptographic suites for algorithm agility