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.
EVOLVED-5G
The EU-funded Evolved 5G project involves the 5G penetration in smart manufacturing and factories of the future by designing, developing, validating, and publishing innovative Network Applications. Unmanned Life's involvement includes the development of AI-driven logistics robotic fleets. These are flexible, non-fixed fleets that will pave the way for fully automated fleets of robotics in industry 4.0.
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GOF 2.0
The SESAR JU project GOF 2.0 intends to demonstrate the operational validity of serving combined unmanned and manned aircraft in dense urban airspace using existing ATM and U-space services and systems focusing on safety, security, and sustainable integration. Unmanned Life’s software will be used to deploy and simulate drone data for air taxis, autonomous delivery, and infrastructure inspection/surveillance platforms over multiple countries.
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5G! DRONES
5G!Drones aims to trial several use-cases in areas of UAV traffic management, public safety, infrastructure inspection, and on-demand connectivity in Europe. Unmanned Life will provide the Autonomy-as-a-Service software platform to enable these use cases under 5G connectivity in France and Greece, including integrating with UTM platforms, deploying software over the edge, and conducting autonomous outdoor flights over 5G.
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5G LOGISTICS
5G Logistics looks to test and enable smart port operations in the UK and demonstrate how 5G private network capabilities can offer efficiency and productivity improvements to the logistics sector.Unmanned Life's involvement in the project is to develop a RFID 5G-nanocell router to locate and track the movement of containers within a port and provide end-to-end surveillance and inspections in Bristol Port using fleets of drones.
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VIENNA SEARCH & RESCUE
Vienna Fire Department receives over 180 annual distress calls of people drowning in the Danube. Each must be responded to with a team of roughly 30 professionals. Therefore, Unmanned Life deploys its autonomous search and rescue fleet of fully equipped autonomous drones. Using its advanced Ai, Unmanned Life's platform detects the drowning individual which triggers the rescue drone to autonomously take off and deliver the life jacket.
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