In a world of quantum threats and contested environments, traditional security is obsolete.
We have developed the new standard for resilient communication.
The Team
In a world of quantum threats and contested environments, traditional security is obsolete.
We have developed the new standard for resilient communication.
Critical infrastructure is under siege. Adversaries are harvesting encrypted data today to unlock it with tomorrow’s quantum computers. Meanwhile, satellite constellations and drone swarms face jamming and noise that make standard TCP/IP protocols useless.
OctoCypher was born to solve this paradox. We bridge the gap between theoretical cryptography and tactical reality.
We don’t wait for the future; we secure it today.
We rejected the industry standard of “security at the cost of speed.” By using Geometric Redundancy, we mathematically reconstruct lost data packets instantly—eliminating the latency of retransmissions.
We don’t patch bugs; we prevent them. Our entire stack is built in Rust, guaranteeing memory safety at compile-time. No buffer overflows. No blue screens in orbit.
Born in Valencia, Spain 🇪🇸. We are committed to strengthening European strategic autonomy in defense and aerospace, aligned with ESA and NATO standards.
How does OctoCypher ensure data integrity?
OctoCypher assures data integrity through our self-healing communication layer, which reconstructs corrupted data in real-time. This eliminates downtime and guarantees continuous operation, essential for critical applications in aerospace and defense.
What makes your technology quantum-resistant?
Our technology utilizes advanced post-quantum cryptographic algorithms, shielding valuable data from future quantum computing threats. This ensures that sensitive information remains secure, even in the face of emerging computational capabilities.
Is your solution suitable for embedded systems?
Yes, our Rust-based library is specifically designed for embedded systems, ensuring maximum stability and memory safety. This makes it ideal for On-Board Computers and critical IoT devices operating under resource constraints.
The Team
Contact us now to schedule a demo and see the future of cybersecurity