Our success is rooted in our passion, dedication, and commitment to quality. By collaborating with prominent companies in the industry, we have successfully deployed our solutions on a global scale.
5G Logistics is a UK marquee R&D project, hosted in Bristol Port, to develop new technologies in the Smart Ports sector that utilise an underlying 5G private network and edge computing.
There were two key use cases that Unmanned Life’s orchestration platform performed:
Security Surveillance: A swarm of drones, augmented with 5G, and AI for person detection, performed surveillance of the port perimeter, highlighting any intruders on the interface. This was performed ad-hoc, or on a timer.
Tracked Asset Response: Unmanned Life’s platform was integrated into an RFID-based system in the port. Simply, when assets are being loaded/unloaded without authorisation, our platform is notified, and a drone is triggered to autonomously fly to the precise location. By providing a bird’s eye view of the affected asset, the port can be kept situationally aware, prevent asset theft, or improve logistical processes.
In this project, Unmanned Life demonstrates a kit consisting of a drone and a compact control device, which can fly in a confined space simulating a warehouse. The drone flies along the racks, identifies individual boxes and reads the QR codes attached to them to create a virtual map of all the goods in the racks with their identification and position.
The deployed indoor inventory management utilises edge computing to demonstrate the future benefits of the technology. Simply, by locating the computational power required for image recognition of boxes at the edge of the network, we can off-load data analysis, moving away from a physical unit on the device, and therefore reducing the weight of the drone, increasing flight times.
The underlying capabilities of this use case will pave the way for scaled fleets of drones in the near future, whilst also demonstrating the benefits of the platform in an indoor, inventory management environment.
Unmanned Life has achieved a significant milestone by effectively showcasing the coordinated and independent operation of a group of hybrid robots. Their innovative platform smoothly coordinates the activation of a FrankaEmikaPanda robotic arm, an MIR 100 Autonomous Mobile Robot, and a ModalAI drone, enabling them to collaborate seamlessly as a unified team within a package delivery scenario. This achievement not only demonstrates the technical prowess of Unmanned Life but also serves as a compelling showcase of their capabilities in addressing the growing challenge of fragmented robotics within the industrial landscape. This successful demonstration underscores their commitment to providing a comprehensive solution that bridges the gaps in robotic technologies, thereby advancing the field and opening doors to new possibilities
GOF 2.0 is an EU Leading 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
The role of Unmanned Life is to define and implement interfaces and mechanisms by which simulated data for both manned and unmanned flights can be injected into the GOF2.0 systems. Simulated aircraft will be used to augment select scenarios, demonstrating the benefits of autonomous flights and their connection with Unmanned Traffic Management systems. The results we already see, and hope to continue to observe, will pave the way for autonomy, and safe, efficient regulation around Europe.
This landmark EU R&D Industry-wide project with leading industrial players demonstrates how 5G connectivity improves the productivity of industrial and manufacturing processes, in the intralogistics space with Autonomous Mobile Robots to test and deploy indoor logistics use cases using a fleet of AMRs. This project is showcasing the need for 5G connectivity for advanced Industry 4.0 solutions for large-scale swarms of robots.
Unmanned Life is collaborating with an industrial robotics partner in developing a NetApp that will allow an autonomous mobile robot fleet to localize in indoor environments and use a centralized command centre to deploy these assets over 5G and EDGE infrastructures for a logistics-based use case in a Factory of the future setting.
