Orchestration
Of Autonomous
Robotics
Orchestration
of Autonomous
Robotics
Autonomous Agnostic Robotic Technology
Three fundamental pillars allow the management of fleets of robots seamlessly in the field, with the end-to-end nature of the software allowing full control at all stages of the process under one simple interface.
Autonomous Robotics for a Sustainable World
Unmanned Life – Sustainability Report – 2022
At Unmanned Life, we make sustainability one of our core strategic goals. Our purpose is to reinforce technology as a global ally to achieve the sustainability goals with the use of robots and automation and by developing the most innovative solutions for decarbonization, reforestation, and sustainable growth to pave the way for a better and safer environment.
Unmanned Life – Sustainability Report – 2021
At Unmanned Life, we make sustainability one of our core strategic goals. Our purpose is to reinforce technology as a global ally to achieve the sustainability goals with the use of robots and automation and by developing the most innovative solutions for decarbonization, reforestation, and sustainable growth to pave the way for a better and safer environment.
Those Who Trust Us
Unmanned Life is further pioneering new technology solutions through collaborations with leading global companies and organizations in a variety of projects from different sectors.
Recognitions
Both the platform and the team behind it have been recognized across the world by technology giants, fortune 500 industrial behemoths, and governments, winning multiple awards along the way.
Unmanned Life's Projects
Validating our product in a variety of use cases was key to demonstrating the flexibility and scalability of the platform, with projects in both the UK and Europe.
Autonomous Drone Surveillance Telus
A Surveillance use case in which Unmanned Life delivered two autonomous drones equipped with video cameras that stream live video over TELUS’ 5G network. This video feed was analysed by AI algorithms to detect intruders, and the information was relayed directly to the control centre where the operator was able to take necessary actions to mitigate the threat.
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Drone Fleet Cell Tower Inspections
A project demonstrating autonomous drone-based inspection of telco towers. Unmanned Life was leveraging its software platform to deploy an autonomous drone over a 4G LTE network. Following the deployment, the collected imaging data was transferred to a third-party platform, MYX Robotics to create a digital twin of the towers.
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Autonomous Drone Surveillance Telefonica
A project consisting of an autonomous drone fleet controlled, orchestrated, and managed by Unmanned Life’s software platform. These drones are deployed at Telefonica’s headquarters in Madrid and are used to conduct surveillance missions using video overlaid with artificial intelligence for person detection, utilising edge infrastructure.
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Indoor Inventory Management
In this project, Unmanned Life demonstrated a kit consisting of a drone and a compact control device, which was able to autonomously fly in a confined space simulating a warehouse. The drone flew along the racks, identified individual boxes, and read the attached QR codes to create a virtual map of all the goods in the racks with their identification and position.
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Smart Factory Orchestration
An EU R&D project in which Unmanned Life is collaborating with an industrial robotics partner in developing a NetApp that will allow an autonomous mobile robot fleet to localise in indoor environments and use a centralised command centre to deploy these assets over 5G and EDGE infrastructures in a logistics-based use case for Factories of the future.
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Urban Air Mobility
An EU Led R&D project involving key industrial players acting in the developing of the European drone ecosystem, showcasing the technical means to enable the exchange of digital information in support of collaborative management of UAM operations and remote provision of U-space/ATM services, paving the way for safe regulatory rollouts across Europe.
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Connectivity Extension & Offloading
An EU program supporting the rollout of 5G by deploying network-enabled autonomous drone-powered use cases around Europe. The EU has selected Unmanned Life’s 5G standardised architecture and software technology as the project's default architecture and platform for operating commercial autonomous drone services.
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Autonomous Security and Asset Tracking
UK R&D project to develop new approaches in the Smart Ports sector, regarding asset tracking and port security and surveillance. The 5G network augmented Unmanned Life’s capabilities while deploying a fleet of UAS’ for autonomous inspection and autonomous surveillance-based use cases with live video feed, AI analytics and robotics management platform.
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Autonomous Drone Fleet Search and Rescue
An autonomous search and rescue solution whereby responders could launch fleets of drones from different vendors to demonstrate end-to-end rescue of a drowning individual. Artificial intelligence, 5G, and swarm orchestration were all key to enabling a more scalable and efficient solution to assist the fire and rescue department in helping the people of Vienna.
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