About
OSL Technology is a specialist security technology company focused on counter-unmanned aircraft systems (CUAS) and intelligent ground security. Their platform combines third-party sensor hardware with proprietary software — including FACE® (Data Fusion & Command and Control), INSIGHT™ (AI-powered image analytics), and SKYSIGHT™ (AI-enabled camera systems) — to create end-to-end threat detection and response capabilities. OSL's solutions are technology-agnostic and scalable, ranging from entry-level SaaS-based RF drone detection (Drone Alert Service) to comprehensive multi-layered systems for large critical infrastructure sites. Their INSIGHT™ platform adds bolt-on AI to existing or new optical sensors, enabling automated detection, tracking, and identification of air and ground objects at the edge. Key sectors served include airports and airspace, critical national infrastructure (CNI), defence, government agencies, sports and events, and prisons. OSL safeguards over 150 million passengers and visitors annually through integrations with 75+ state-of-the-art sensors. The platform supports remote operational monitoring, drone consultancy services, and autonomous drone capabilities, making it suitable for organisations seeking agile, future-proof security infrastructure. OSL is designed to evolve alongside emerging drone threats while reducing workforce requirements through AI-driven automation.
Key Features
- FACE® Data Fusion & C2: Proprietary command and control platform that fuses data from multiple third-party sensors into a unified operational picture for faster, more accurate threat response.
- INSIGHT™ AI Image Analytics: Edge AI software that upgrades new or existing optical sensors to automatically detect, track, and classify air and ground objects without manual monitoring.
- Drone Alert Service (DAS): Entry-level SaaS RF drone detection service requiring no on-site hardware, providing affordable counter-drone capability via OSL's network of specialist sensors.
- Layered, Integrated Multi-Sensor Systems: Combines RF sensors, EO/IR cameras, radar, and AI analytics into scalable, technology-agnostic solutions tailored to each site's complexity and threat profile.
- Remote Operational Monitoring: Enables centralised, off-site monitoring of deployed security systems, reducing on-site staffing needs while maintaining real-time situational awareness.
Use Cases
- Protecting airport perimeters and airspace from unauthorised drone incursions that could disrupt flight operations or endanger passengers.
- Securing critical national infrastructure such as power stations, water treatment facilities, and communication networks against aerial and ground-based threats.
- Providing event security for large sports venues and public gatherings by deploying scalable drone detection and ground surveillance systems.
- Monitoring prison perimeters to detect and intercept contraband deliveries via drone and prevent unauthorised access through AI-powered ground security.
- Supporting government and defence agencies with layered, integrated threat detection systems that combine autonomous drone capabilities with AI-driven command and control.
Pros
- Exceptional Detection Accuracy: Achieves over 99.9% detection accuracy through AI-powered sensor fusion, significantly reducing false alarms and improving operational efficiency.
- Scalable and Technology-Agnostic: Solutions range from entry-level SaaS services to full enterprise deployments and integrate with 75+ third-party sensors, protecting existing infrastructure investments.
- Proven at Scale: Safeguards over 150 million passengers and visitors annually across airports, critical infrastructure, and major events, demonstrating real-world reliability.
- End-to-End Partnership: Offers consultancy, system integration, monitoring, and ongoing support — functioning as a long-term operational partner rather than a one-time vendor.
Cons
- Enterprise-Focused Pricing: Tailored for large organisations and critical infrastructure; pricing and deployment complexity may be prohibitive for smaller businesses or low-risk sites.
- Hardware Dependency for Full Capability: Maximum threat detection performance requires integration with physical sensors and cameras, which involves significant infrastructure investment and installation.
- Geographic Coverage Limitations for DAS: The entry-level Drone Alert Service is only available within coverage of OSL's existing specialist sensor network, limiting availability in some regions.
Frequently Asked Questions
What is CUAS and what does OSL offer?
CUAS stands for Counter-Unmanned Aircraft Systems. OSL provides end-to-end CUAS solutions combining RF sensors, radar, AI-powered cameras, and data fusion software to detect, track, and respond to unauthorised drone activity.
Can OSL's systems integrate with our existing security cameras?
Yes. OSL's INSIGHT™ platform is designed to bolt on to a wide range of new or existing optical sensors, adding AI-powered detection and automated control capabilities without requiring full hardware replacement.
What is the Drone Alert Service (DAS)?
DAS is an entry-level SaaS-based RF drone detection service that requires no on-site hardware. It operates within OSL's existing sensor network coverage and can be used as a standalone service or combined with additional sensors for a more comprehensive system.
Which sectors does OSL serve?
OSL serves airports and airspace, critical national infrastructure (CNI), defence and government agencies, sports and large events, and prisons — any environment where drone or ground-based security threats are a concern.
How accurate are OSL's counter-drone detection systems?
OSL's integrated solutions achieve greater than 99.9% detection accuracy, processing over 400,000 detections per year across all deployed systems.
