The Future of UAS Air Traffic Control Starts Now.

Advancing Autonomous UAS Airspace Integration

Unmanned Aerial Systems (UAS) are rapidly transforming defense, public safety, and commercial operations. However, fragmented airspace management, cybersecurity vulnerabilities, and outdated traffic control systems threaten mission success.

Uncrew™ is the next-generation AI-powered air traffic control solution, ensuring secure, scalable, and autonomous UAS coordination.

Uncrew™: The Future of Unmanned Air Traffic Control

Uncrew™ is the only AI-powered U-ATC system designed to enable secure, autonomous, and scalable UAV operations.

AI-Driven Airspace Coordination

Predictive routing and real-time UAV deconfliction ensure optimal airspace utilization and safety.

Autonomous Mission Execution

BVLOS and Swarm AI capabilities enable complex mission planning and execution with minimal human intervention.

Cyber-Hardened Security Framework

Zero-trust security model, encrypted data links, and autonomous threat mitigation protect critical missions.

Seamless Multi-Agency Integration

A centralized system that integrates with FAA, DoD, DHS, and enterprise UAV operators for unified airspace management.

Solutions: Mission-Ready for Defense, Public Safety, and Enterprise

  • Defense & National Security

    Real-Time ISR & Swarm Coordination: AI-driven UAV deployments for surveillance and military operations.

    Battlefield UAV Management: Autonomous coordination in contested environments.

    Threat Detection & Response: AI-driven airspace security for national defense.

  • Emergency Response & Safety

    Autonomous Disaster Response: AI-optimized UAVs for search & rescue, wildfires, and crisis management.

    Multi-Agency UAV Coordination: Real-time mission execution across state, federal, and local responders.

    Infrastructure Protection: AI-driven UAV monitoring for pipelines, grids, & transportation network

  • Enterprise & Smart Cities

    Autonomous Logistics & BVLOS Operations: Secure, AI-optimized UAV coordination for cargo and supply chain management.

    Urban Airspace Management: Integration of UAVs into city planning for traffic monitoring, security, and delivery systems.

    AI-Driven Infrastructure Inspection: UAV-enabled analytics for utilities, telecom, and construction.

Explore Uncrew™ Solutions

Key Threats & Risks

Fragmented Airspace Operations

Lack of multi-agency coordination leads to inefficient use of airspace and increased risk of collisions.

 Cybersecurity Weaknesses

UAS networks remain vulnerable to GPS spoofing, hacking, and unauthorized UAV access.

Inefficiencies Across Agencies

Agencies - including defense & emergency response- lack real-time situational awareness across UAV fleets, delaying critical response efforts.

Why UTM is Critical—But Not the Solution

  • UTM (Unmanned Traffic Management) plays an essential role in maintaining airspace order to safely and efficiently operate drones in complex airspace.

  • UTM lacks real-time deconfliction, AI-driven mission execution, and the security measures needed for high-volume UAV operations.

  • UTM is like traffic lights—it organizes movement but does not provide real-time airspace security or operational coordination.

  • What’s needed is Unmanned Air Traffic Control (U-ATC)—a next-generation AI-driven solution.

Our Partners

  • North Atlantic Treaty Organization

  • United States Navy

  • United States Air Force

  • Naval Warfare Development Center

  • United States Department of Defense

About Us

The Trusted Leader in Automation and Integration


We are building the future of autonomous systems integration, enabling seamless coordination between diverse unmanned platforms across air, land, and sea.

Founded by a Navy nuclear engineer and combat veteran, our team of elite software architects and roboticist have developed a groundbreaking interoperability platform that allows any autonomous system to communicate and coordinate with others, regardless of manufacturer or protocol.

Our proprietary translation layer and edge computing framework enable real-time mission coordination, dynamic replanning, and robust operation even in denied environments.