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Mission Networking / Distributed Mission Networking
A resilient networking and coordination layer for distributed platforms, sensors, and mission systems.
The Problem
The FORGEMESH approach
FORGEMESH assumes degradation is inevitable. It is designed to reassign roles when nodes drop, keep the shared mission picture alive through partition, reconcile state when links return, and move data physically under custody when it cannot move electronically.
Designed For
Formal degradation behavior from full connectivity to full partition
Autonomous role reassignment as nodes join and drop
Partition healing and state reconciliation on reconnect
Store-and-forward data movement when links cannot carry it
Designed to integrate beneath existing command architectures
System Relationships
Relationships describe design intent between systems in development, not implemented or fielded integration.
Quantum-Resilient Mission Networking
Two quantum stories matter to a mission network, and they are different. The first is threat: a future quantum computer breaks the public-key cryptography deployed today, and data recorded now can be harvested for decryption later. The second is payload: quantum-derived measurements and timing need a network that moves them with provenance and confidence intact.
FORGEMESH’s development addresses both classically, crypto-agile architecture migrating toward NIST post-quantum standards, and transport designed for pedigreed sensor data across degraded links.
FORGEMESH is not a quantum network and is not quantum-encrypted. It does not transport quantum states or perform quantum key distribution, and no post-quantum implementation is validated, certified, or compliant with any standard.
Algorithms as replaceable components, so post-quantum migration is an upgrade rather than a redesign.
A migration path oriented on NIST-standardized post-quantum algorithms, architecture and research, not a validated implementation.
Node identity and update signing designed for platforms that operate disconnected.
Distribution of time, provenance, and confidence metadata for quantum-derived measurements across the mesh.
Related
A modular autonomous aircraft designed for distributed sensing, communications relay, and mission-configurable payload integration.
A distributed communications architecture intended to extend connectivity between platforms, operators, and sensing layers across wide operating areas.
System in development. Configurations, capabilities, and imagery shown are developmental, illustrative, or notional and are subject to change.