Openworks

About Openworks

OpenWorks Engineering is a United Kingdom–based defence technology company that has gained international recognition for its specialised systems designed to counter the growing threat posed by uncrewed aerial systems (UAS), also known as drones. Founded by a team of engineers with backgrounds in aerospace, defence, and advanced robotics, the company has positioned itself as a leader in providing innovative, effective, and deployable counter-drone solutions. Its work sits at the intersection of engineering, autonomous sensing, and artificial intelligence, responding to a global security need as drones become increasingly accessible, inexpensive, and weaponised.

At the core of OpenWorks’ portfolio is the Vision range of autonomous optical systems. These platforms use advanced optics, sensor fusion, and AI-driven software to detect, track, and identify aerial threats in real time. Vision products are designed to integrate into larger command-and-control frameworks, giving security and counter-terrorism authorities reliable situational awareness. The Vision Flex, for example, is a modular optical unit that can be deployed on vehicles or fixed installations, while the Vision Pace is optimised for mobile operations, and the Vision Guard offers a networked perimeter security solution. These systems leverage autonomous detection capabilities that reduce operator burden and improve response times in dynamic and high-risk environments.

Complementing the optical suite is the company’s best-known innovation: the SkyWall family of drone capture systems. Unlike traditional electronic countermeasures, which can be vulnerable to signal shielding or result in uncontrolled drone crashes, SkyWall employs a kinetic capture mechanism using net-based projectiles. This allows security teams to physically capture and neutralise drones without collateral damage, making it particularly suitable for urban settings, public events, and environments where bystander safety is critical. The SkyWall Patrol, a man-portable system, is used by police and military teams worldwide and can bring down hostile drones in seconds. Larger, automated variants of the SkyWall technology are also available, providing scalable solutions for airports, military bases, and critical infrastructure.

OpenWorks has also invested heavily in software and AI development. Its SkyAI platform coordinates detection, classification, and engagement workflows across multiple sensors and countermeasure systems. This software ensures that threats are assessed consistently and mitigated effectively, even in highly complex operational settings. By combining AI with autonomous optics and mechanical capture, the company creates layered defence capabilities that address both the electronic and physical aspects of drone threats.

The company’s technology has been deployed by defence forces, law enforcement agencies, and critical infrastructure operators across Europe, North America, the Middle East, and Asia. It is valued not only for its innovation but also for its practical deployment readiness, with systems tested in live operational environments. OpenWorks collaborates closely with governments, defence contractors, and security organisations, contributing to a broader ecosystem of counter-UAS technologies. Its work is particularly relevant at a time when drones are being adapted for illicit smuggling, espionage, and combat, as well as for potential terrorist applications.

The engineering behind OpenWorks’ products reflects a deep understanding of the challenges facing modern security forces. Countering drones requires rapid detection, reliable classification, and safe neutralisation, often in crowded or sensitive locations. By offering both sensor-based detection and physical capture systems, OpenWorks addresses these challenges in a comprehensive way. Its solutions bridge the gap between conventional surveillance tools and active defence measures, offering authorities greater control over the aerial domain.

Looking ahead, the company is expanding its research into new forms of sensor technology, improved AI algorithms for faster and more accurate classification, and scalable deployment models for its hardware. Its trajectory demonstrates the importance of combining engineering ingenuity with practical field applications, creating solutions that are both cutting-edge and immediately useful to end users.