Your browser is not supported.
For the best experience, please access this site using the latest version of the following browsers:
By closing this window you acknowledge that your experience on this website may be degraded.
Honeywell Unveils Agile Defense Against Swarming Drone Threats
Honeywell Unveils Agile Defense Against Swarming Drone Threats
Honeywell C-UAS is a mobile, modular AI-powered system delivering agile, layered defense against drone swarms for military, border and critical infrastructure protection.
What You Will Learn in This Article
- How Honeywell’s C-UAS system delivers mobile, AI-driven defense against evolving drone swarm threats.
- Key differentiators of the system, including modular design, open architecture and multi-layered response capabilities.
- The strategic value of C-UAS for military, border security, and critical infrastructure protection in dynamic environments.
Rising Threats from Drone Swarms
In an era where autonomous drone swarms pose an escalating threat to national security and critical infrastructure, Honeywell is stepping forward with a bold new solution: a modular, scalable counter-unmanned aerial system, or Honeywell C-UAS, designed to meet the demands of modern defense environments, whether on the move or at a fixed site.
Redefining Mobility in Counter-Drone Defense Operational While in Motion
What sets Honeywell C-UAS apart is its ability to operate seamlessly in motion. Traditional counter-drone systems often rely on static deployment, limiting their effectiveness in fast-changing scenarios. Honeywell’s approach redefines mobility in defense technology, enabling persistent protection for military convoys, border patrol units and infrastructure operators navigating complex terrain.
AI-Driven Threat Detection and Response
At the heart of the system is a fusion of AI-powered detection, classification and tracking software, paired with a diverse suite of effectors. This layered response capability allows Honeywell C-UAS to rapidly adapt to evolving threats, particularly those posed by autonomous drone swarms that can overwhelm conventional defenses.
Modular, Open Architecture for Mission Flexibility
The system’s open architecture is a critical differentiator. Honeywell C-UAS is modular, configurable and vendor-agnostic. It allows users to tailor the system to specific mission needs, integrate third-party technologies and scale capabilities without being locked into proprietary platforms.
Strategic Advantage Across Defense and Infrastructure
“From the battlefield to border security and critical infrastructure, Honeywell C-UAS delivers agile, scalable defense against swarming drone threats. By combining mobility, modularity, and advanced AI, Honeywell C-UAS ensures protection wherever and whenever it’s needed.”
- Matt Milas, President of Honeywell Defense & Space
Backed by Honeywell’s legacy of innovation and trusted defense solutions, C-UAS is poised to support U.S. and allied forces, public safety agencies and operators of high-value assets such as ports, airports and energy facilities. With rapid deployment capabilities and a flexible design, Honeywell C-UAS is a strategic advantage in the evolving landscape of aerial threats.
Key Features of Honeywell C-UAS
- ✔ Proven Mobile Capability – Field tested to operate on the move at high speeds without system degradation.
- ✔ Multi-Layered Defense – Integrates advanced sensors to detect, identify, track, and neutralize single or swarm attacks.
- ✔ Modular & Scalable – Platform agnostic and fully configurable to meet unique mission requirements.
- ✔ Unified Command & Control – Integrated software dashboard for sensors and effectors.
- ✔ Open Architecture – Compliant with DoD Modular Open Systems Approach (MOSA), enabling interoperability and flexibility.
Agile Defense for a New Era: Honeywell C-UAS Counters Swarming Drone Threats
Discover how Honeywell’s mobile, modular counter-UAS system leverages AI and open architecture to deliver scalable, layered protection against evolving drone swarm threats.
Let's Connect!
The latest news in aerospace backed by expert insights
Sign up to receive the latest news about events, special offers and related topics via email and other forms of electronic communication.