One protocol, two product lines. MNC Protocol™ powers CohereX™ for networks and digital systems, and QohereX™ for quantum systems. CohereX™ uniquely extends adaptive stability across all layers of the network stack — physical, transport, and control — where conventional controllers remain fragmented.
Network coherence control from core to edge—stable under burst, loss, and drift.
Adaptive controller for control planes & coherence-critical paths.
Lightweight fixed-logic for embedded/IoT and predictable fiber loops.
ML strategy layer for adaptive and predictive optimization.
Real-time monitoring and localized correction at routers, base stations, and gateways.
Hardware-optimized for ASICs, FPGAs, and low-latency networks.
Developer toolkit to embed CohereX into NOC tooling and CI/CD.
REST interface for insights & decisions; seamless integrations.
Simulation for benchmarking in labs and pilot evaluators.
Real-time visualization: SLOs, incidents, stability scores.
Pulse scheduling, calibration stabilization, and error-mitigation that preserves usable fidelity.
Stability kernel for pulse trains and calibration loops.
Learning-guided drift correction & schedule optimization.
Developer toolkit for programmatic control and CI gates.
Adapters for control hardware & cryo-friendly timing paths.
Simulation suite for pulse effects & mitigation strategies.
Run-time fidelity, error surfaces, and intervention history.
Calibration & error-mitigation that keeps programs usable as conditions shift.
The shared layer behind CohereX™ and QohereX™ gives teams a fast path from evaluation to production: SDK & API for integration, a Simulation Suite for safe trials, and Visualization for clear decisions—secure by design.
Replay your traffic or pulse data in Simulation Suite. Validate gains under volatility.
Wire the SDK into a pilot slice with observability on by default.
Roll out with guardrails: rate limits, back-pressure, and change windows.
Why now: volatile demand at the network edge, power limits on silicon/IoT, and a rapidly scaling quantum stack require stability that adapts in real time.