THE
SOFTWARE
PLATFORM

For seamless orchestration of autonomous robotics

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Mission

We are shaping the autonomous future by maximizing the potential of autonomous robotics applications for enterprises and industries

APPLICATIONS

Technology

We enhance the entire ecosystem through ONE PLATFORM to autonomously deploy, control, and orchestrate fleets of heterogenous robots and drones to act as a single workforce

AREAS OF FOCUS

Our technology is solving the major problems that the world currently has: a quest for sustainability, a need for better security, and a more reliable supply chain

SECURITY

SUSTAINABILITY

SUPPLY CHAIN

success STORIES

Autonomous Drone Surveillance

Unmanned Life’s revolutionary drone technology was adopted by Telefonica to enhance their security measures. The firm utilized this solution to monitor their Madrid headquarters for a period of nine months. With AI analytics, the drones provided live video feeds accessible through a web interface. Leveraging 5G connectivity for real-time surveillance, the solution proved highly effective in detecting intrusions, despite its close proximity to the airport and heliports.

Autonomous Drone Surveillance

The TELUS autonomous drone project, executed in two stages, showcased advanced security solutions in the vertical. Unmanned Life deployed two 5G-enabled DJI M300 drones with thermal imaging for autonomous surveillance missions. Integrated with a premier video tool, the platform ensured secure storage and processing, while AI-driven person-detection technology operated in the background. All critical data was relayed to the control center, enabling swift, appropriate action by operators.

Autonomous Security and Asset Tracking

The 5G Logistics project at Bristol Port, UK, advances Smart Ports technology using private 5G networks and edge computing. Unmanned Life’s platform addresses Security Surveillance and Asset Tracking. Surveillance employs 5G-enabled, AI-powered drones for perimeter monitoring and intruder detection. Asset Tracking integrates with the port’s RFID system, monitoring asset movements and deploying drones for unauthorized activities. This enhanced situational awareness, prevents theft, and optimizes logistics.

Autonomous Drone Fleet Search & Rescue

The aim was to develop an autonomous search and rescue solution by combining autonomous drones, AI, 5G, and edge computing. The scalable and efficient solution supports Vienna’s fire and rescue department in aiding the public. After first responders launched the mission, the platform segmented the area, and two scouting drones were deployed. AI for person detection was used, and a heavier-duty drone carrying a life jacket was launched to rescue the victim. The solution enhances situational awareness, response safety, and swift rescue.

Indoor Inventory Management

Unmanned Life introduces a compact drone kit designed for flying in confined spaces like warehouses, streamlining inventory management. The drone identifies boxes, reads QR codes, and generates a map of goods and their positions. Utilizing edge computing, the technology demonstrated its benefits by reducing drone weight, increasing flight times, and optimizing efficiency. This innovative use case highlighted the immense potential for deploying scalable fleets of drones in indoor inventory management processes.

Drone Fleet Cell Tower Inspections

This project demonstrated the use of drones for cell tower inspections, enhancing safety, speed, and cost-effectiveness compared to traditional manual methods. Unmanned Life’s platform orchestrated the drone mission, capturing high-definition photos via 4G LTE. The acquired data was then shared with MYX Robotics to generate a digital twin of the towers, emphasizing the advantages of automation, drone-based data acquisition, and seamless third-party AI integration.

Urban Air Mobility

GOF 2.0, a top European drone R&D project, collaborates with key industry players, including Unmanned Life. Their role involves creating interfaces and mechanisms for injecting simulated manned and unmanned flight data into GOF 2.0 systems. The aim is to showcase the benefits of autonomous flights and their integration with Unmanned Traffic Management systems, ultimately leading to safer, more efficient regulations for autonomous flights across Europe.

UAVs Connectivity Extension

Unmanned Life participates in the 5G!Drones program, a European initiative showcasing 5G-enabled autonomous drone use cases. The EU selected Unmanned Life’s software for commercial autonomous drone services. The program’s goals include demonstrating 5G benefits and testing connectivity through drone-conducted network tests. 5G’s high capacity enables seamless fleet management, autonomous drone and robot control, and robotic swarm management, unlocking scalability for exponential growth.

Smart Factory Orchestration

This landmark project highlights the importance of 5G in the industrial sector, showcasing the future of logistics and manufacturing where robots operate in real-time, leveraging 5G’s high speed and low latency. 5G integration in intralogistics enhances productivity, efficiency, and accuracy while eliminating human error. The NetApp solution provides a flexible, scalable approach with centralized management and cutting-edge technology, opening up exciting possibilities in logistics and manufacturing processes.

Drones Reforestation

To enable end-to-end reforestation, our autonomous applications for mapping and monitoring were tested in Canada’s remote forests, using a drone fleet with real-time command and control via Starlink-backed mobile networks. The photographic data captured by the drones was then visualised by a third-party GIS system for analysis.. This ground-breaking Beyond Visual Line of Sight deployment supports climate change mitigation and sustainability via drone technology.