Decentralized Command + Control for Contested Environments

Securing the Edge through AI-driven, blockchain-enabled autonomy for resilient, multi-domain operations

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From Fragmented Autonomy to Mission-Centric Control

Modern multi-domain operations are constrained by siloed systems, fragile communications, and high cognitive load. Falcon transforms these challenges into a unified, resilient, and intelligent command layer enabling a single operator to coordinate autonomous systems across air, land, and sea, even in Denied, Degraded, Intermittent, and Limited (DDIL) environments.

Configure Missions with Ease

Configure autonomous drone missions through an intuitive interface by selecting available assets and defining flight boundaries with precise altitude and lateral constraints.

Maintain Mission Success Under Disruption

Falcon enables operators to dynamically reassign mission leadership when a primary drone fails, allowing autonomous systems to adapt and successfully complete the objective.

MetroStar Patents for Securing Drone Operations

#US 11960283 B1

Drone Authorization & Management

#US 12283194 B2

Drone to Drone Communication

#US 12148310 B1

Mitigation Operations for a Distressed Drone

#US 12292746 B2

Adaptive Learning Approach for a Drone

See Falcon in Action
See Falcon in Action

AI-Enabled Results

Resilient Operations in Contested Environments

Maintain mission continuity with decentralized control, mesh networking, and self-healing swarm behaviors.

Reduced Cognitive Burden

Empower a single operator to command heterogeneous autonomous systems through mission-level intent.

Accountable & Auditable Missions

Leverage blockchain-backed orchestration for traceable, verifiable mission execution.

Falcon Capabilities

Falcon delivers a mission-centric, AI-orchestrated command and control platform built on open architecture and decentralized technologies.

Unified Command + Control

Hardware-agnostic abstraction layer with a browser-based common operating picture (COP), AI recommendations, and single-click tasking.

Autonomous Collaboration

Intent-driven task decomposition, smart contracts, and edge AI enable systems to self-coordinate and automatically re-task when assets are distressed.

Shared Situational Awareness

Multi-stage sensor fusion, track deduplication, dual-path telemetry, and TAK integration provide a real-time, unified operational view.

Resilient Network

Operate seamlessly across connected, limited, and denied environments with mesh fallback, queued replay, and CRDT-based state recovery.

Open Architecture

MOSA/SOSA-aligned plugins, standard data models, microservices, and repeatable Infrastructure-as-Code deployment.

Falcon Capabilities

Falcon delivers a mission-centric, AI-orchestrated command and control platform built on open architecture and decentralized technologies.

Unified Command + Control

Hardware-agnostic abstraction layer with a browser-based common operating picture (COP), AI recommendations, and single-click tasking.

Autonomous Collaboration

Intent-driven task decomposition, smart contracts, and edge AI enable systems to self-coordinate and automatically re-task when assets are distressed.

Shared Situational Awareness

Multi-stage sensor fusion, track deduplication, dual-path telemetry, and TAK integration provide a real-time, unified operational view.

Resilient Network

Operate seamlessly across connected, limited, and denied environments with mesh fallback, queued replay, and CRDT-based state recovery.

Open Architecture

MOSA/SOSA-aligned plugins, standard data models, microservices, and repeatable Infrastructure-as-Code deployment.

Technology Ecosystem

Falcon integrates with leading technologies and platforms, including:

U.S. Assembled Starling 2 Max
Avalanche Blockchain
Ethereum Virtual Machine
MAVLink Communication
QGroundControl Station

Designed for Multi-Domain Mission Execution

Falcon supports operators and leaders managing complex, distributed autonomous systems:

Operators

Command and coordinate multi-domain assets through a single mission interface

Mission Commanders

Maintain real-time situational awareness and adapt operations dynamically

Engineers & Integrators

Extend capabilities through open architecture and interoperable systems

Operational Leaders

Ensure resilience, scalability, and mission continuity in contested environments

Falcon Impact

Single-Operator Control of Multi-Domain Systems
Single-Operator Control of Multi-Domain Systems
Real-Time Common Operating Picture (COP)
Real-Time Common Operating Picture (COP)
Continuity of Operations in DDIL Environments
Continuity of Operations in DDIL Environments
Decentralized, Auditable Mission Execution
Decentralized, Auditable Mission Execution

What Makes Falcon Different

Falcon Decentralized C2
Traditional C2 Systems
  • Decentralized, auditable mission control via blockchain
  • Centralized, brittle architectures
  • Mission-level intent with AI-assisted orchestration
  • High operator workload
  • Open, modular, MOSA-aligned ecosystem
  • Limited interoperability
  • DDIL-resilient networking with full-state synchronization
  • Vulnerable communications
  • Autonomous collaboration & self-healing systems
  • Reactive coordination
  • Decentralized, auditable mission control via blockchain
  • Mission-level intent with AI-assisted orchestration
  • Open, modular, MOSA-aligned ecosystem
  • DDIL-resilient networking with full-state synchronization
  • Autonomous collaboration & self-healing systems
  • Centralized, brittle architectures
  • High operator workload
  • Limited interoperability
  • Vulnerable communications
  • Reactive coordination

Built for Securing the Edge

Falcon enables resilient, scalable, and intelligent operations across contested environments—transforming how missions are planned, executed, and sustained.

Decentralized Command + Control for Contested Environments