Eclipse 13 Labs provides a synchronized cryptographic platform that generates identical keystreams on two devices from shared parameters, eliminating the need for key exchange. The solution uses quantum‑processor‑backed entropy generation validated against NIST SP 800‑22 randomness tests and integrates via standard APIs for enterprise, government, and telecom environments.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional encryption schemes rely on transmitting secret keys between parties, creating a critical vulnerability where intercepted key material can compromise the entire communication. Repeated high‑profile breaches have demonstrated that the weakness lies in key distribution rather than the underlying cryptographic algorithms.
Solution
Eclipse 13 Labs offers a synchronized cryptographic platform that enables two devices to independently generate identical keystreams from shared parameters, eliminating any need to exchange secret keys. Because no key material traverses the network, intercepted ciphertext provides no advantage to an attacker, rendering decryption mathematically impossible. The system leverages validated quantum hardware to produce high‑entropy output and is backed by extensive empirical testing—over 1.5 TB of generated bits with a 98.8 % pass rate on NIST SP 800‑22 randomness tests. Proprietary algorithms are protected by multiple provisional patents, ensuring a unique, quantum‑safe encryption method. The solution can be integrated into existing communication stacks via standard APIs, allowing enterprises to upgrade security without redesigning their entire infrastructure.
Target Audience
The primary customers are enterprises, government agencies, and telecom or cloud service providers that require quantum‑resistant encryption for sensitive data in transit. It also serves security‑focused product teams seeking to harden communication channels without adding key‑management overhead.
Features
- Dual‑device keystream synchronization that removes all key‑exchange traffic
- Quantum‑processor‑backed entropy generation validated on Rigetti Ankaa‑3 hardware
- 1.5 TB of empirical validation data with 98.8 % NIST SP 800‑22 randomness compliance
- Provisional patents covering core synchronized‑key generation algorithms
- API‑first design for seamless integration with legacy protocols and modern applications
- Scalable architecture suitable for high‑throughput environments such as data centers and cloud services
- End‑to‑end confidentiality guarantees based on mathematically proven impossibility of decryption without the locally generated key