Services
Multi-robotic coordination
We use O-RAN 5G network to provide handover management and Quality of Service (QoS) controlled connectivity for robots:
- Design, development, and deployment of xApps for seamless and reliable robotic control over telecommunications networks.
- Real-time coordination of multiple robots to execute complex and mission-critical operations with precision.
- AI-driven solutions for adaptive and efficient management of network resources, ensuring optimal performance for critical tasks.
O-RAN Near-RT RIC and xApps
We maximise the resource utilisation of 5G system with the use of the Near-RT RIC and xApps:
- Provision of an O-RAN Near-RT RIC platform with extensible capabilities designed to support diverse robotic and network applications.
- Development of AI-driven xApps optimized for maintaining User Equipment (UE) Quality of Service (QoS) and enhancing overall telecommunications system performance.
- Strategic collaboration with telecom operators to maximize network resource utilization and deliver superior QoS control.
Training and Technical Support
Over 20 years of experience in telecommunications training:
- Delivering comprehensive training programs for operators and researchers, covering the operation and optimization of 5G and O-RAN technologies.
- Providing ongoing technical support to ensure the seamless operation, scalability, and reliability of integrated systems.
Collaboration with Research Partners
We conduct research in both 6G telecommunications systems and robotics:
- Engaging in joint R&D projects to drive innovation in integrating robotics with advanced telecommunications systems.
- Providing support for experimental studies and prototyping, enabling the exploration of groundbreaking applications in robotics and telecom convergence.
Simulation and Test Environment
We develop the 5G/6G system simulation environment to for xApp tests and AI/ML training purposes:
- Creation of sophisticated virtual environments for simulating and evaluating interactions between robotics and telecommunications networks.
- Development of stress testing frameworks and performance evaluation tools to assess system resilience under diverse scenarios and workloads.