In December 2020, H3 Dynamics and Thales jointly trialled a real-time autonomous drone flight monitoring system in an urban environment in Singapore. The trial combined H3 Dynamics’ DBX autonomous drone charging box and a drone electronically registered and identified using Thales’ Remote Identification tracker under the management and monitoring of the Thales UAS Airspace Management solution. Safe Monitoring of Urban & Beyond Visual Line of Sight (BVLOS) drone operations are now a real near-term possibility.
As Singapore strengthens its Smart Nation ambitions, this new development will further accelerate the adoption of IoT technology to manage an increasingly complex urban airspace. The solution can help drone operators and other authorities in the civil airspace ecosystem to monitor unmanned traffic in dense urban areas precisely, securely and in real-time, while ensuring the safety and security of its citizens.
Building on new forms of IoT and in the Smart Nation context, Singapore start-up H3 Dynamics has been working with government and corporate clients on the end-to-end digitisation of various maintenance and monitoring processes. One of the first use cases involves imaging of high-rise building facades using HD and thermal camera drones. As the demand for safety inspections grows to thousands of buildings across Asian mega-cities, drones that were so far flown by a handful of expert pilots will soon need to find a way to operate missions on their own.
Anticipating this scalability challenge five years ago, H3 Dynamics developed fully autonomous charging shelter systems and drone data hubs, the first of which have been installed in Singapore and around the world for initial testing. Given its ambition to build a global standard for drone automation, H3 Dynamics decided to partner two years ago with Thales’ R&D centre in Singapore, so that its end-to-end solution can link seamlessly to the most advanced unmanned air traffic monitoring technology, derived from decades of experience in commercial aviation safety.
The trial demonstration that took place in December in front of key stakeholders in Singapore was showcasing various “real-life” and “stress-test” flight scenarios, including several geofencing and mission deviations. The drone equipped with a Thales Remote ID tracker was monitored in real-time using Thales UAS Airspace Management solution, enabling Beyond Visual Line of Sight (BVLOS) autonomous drones operations. The UAS Airspace Management solution guarantees the compliance of drone operations to regulations in force and to stipulated flight plans, thereby ensuring the ability to manage a robust, safe and secure low altitude airspace.
Compliant with ASTM international & ASD-STAN European standards the Thales Remote Identification tracker weighs less than 70 grams. It features both the Network remote ID function through LTE and the Direct Remote ID function through Wi-Fi / Bluetooth. It acts as a beacon allowing authorities to register, identify, monitor and track the drones in operation in real time. The Thales Remote Identification tracker is the visible asset of a complete IoT ecosystem featuring a cloud-based web server access and a mobile application so operators of the drones can also track in real time their own fleet of UAS. All communications are end-to-end cyber-secured so privacy is guaranteed.
Thales and H3 Dynamics have been collaborating since 2018 with a goal to bring safe and transparent drone automation as a next chapter in unmanned aerial operations and as a key enabling layer in the future of urban air mobility.