Jet Engineering System Solutions Ltd

Marine and Maritime communications are being challenged by de-carbonisation, autonomy/robotics, real-time data and analytics for optimising performance and the growth of 'over the air updates to operational systems' as well as AI to improve efficiency and productivity. This challenge is augmented by the current geo-political landscape where current method...

Accurate inertial measurement units are critical for autonomous navigation where access to Global Navigation Satellite System networks is denied/unavailable/unreliable. This is particularly relevant to timing, navigation in defence, and civilian applications such as seabed explorations, autonomous infrastructure monitoring, and manufacturing control. The ...

JET is developing floating 5G networks, enabling high-speed connectivity and real-time data collection/transfer on the same buoy platform, with a highly resilient and persistent blended sensor network for ocean and environmental monitoring. JET has worked closely with the offshore wind sector to explore requirements around improved reliability, shaping ou...

JET is delivering world-first "5G connectivity at sea" through the deployment of high-bandwidth 5G floating-buoy systems, offering increased connectivity and communication capabilities throughout the marine sector, supporting the UK's priorities of critical national infrastructure for future wireless non-terrestrial network (MNTN), national security and '...

Green Hydrogen is a flexible energy source created from water and renewable energy. Its cost effectiveness depends on the effective design of the production system, in addition to ensuring that the storage, transport and distribution of the fuel is optimised in accordance with fuel demand and the productivity of the renewable energy source. HyPPO will cre...

JET Engineering System Solutions (JET) delivers high-value and cost effective resilient 5G communications and data transmission technology. We are developing an end-to-end system to increase communication and observation capabilities at sea, directly tailored to the renewable energy, safety, security, sustainability/carbon and conservation sectors. JET ha...

This project focuses on and investigating the feasibility of resilient timing and frequency for synchronisation (TFS) over 5G Integrated Access Backhaul (IAB) standards, such as IEEE1588 or 3PP TS 23.501\. This project will provide the underlying understanding required to enhance the current high-speed and low-latency data and communication capabilities o...

JET Engineering System Solutions (JET-ESS) is delivering "5G connectivity at sea" through the deployment of high bandwidth 5G floating buoys, offering increased connectivity and communication capabilities throughout the marine sector. To date JET-ESS has successfully deployed the world's-first floating 5G data collection buoy platform. This has gained sig...

JET Engineering System Solutions (JET-ESS) proposed innovative project develops libraries and routing algorithms for 5G Integrated Access Backhaul (IAB) protocol as part of an Open 5G RAN stack. This project includes the solution exploration of Open 5G srsRAN, design, development and integration of IAB protocols, gNodeB and 5G capabilities, constructing t...

This project aims to conduct a feasibility study that will inform the business case for 5G at sea infrastructure investments in the offshore wind sector, enabling future market deployments such as the East Anglia ONE project. JET Engineering System Solutions aims to harness the industry pull of the offshore wind industry, as a potential technology develop...

This project aims to conduct a high quality feasibility study that will inform potential future collaborations and projects focused on international partnerships between JET Engineering System Solutions (JET-ESS; UK) and partner organisations in complex sea basins. This study will allow JET-ESS to explore the international options and opportunities to fur...