Rugged Displays & HMI Solutions
RDS develops rugged display systems that provide clear visualisation, navigation and operational control in demanding marine environments. High-brightness and sunlight-readable displays are ideal for vessel-mounted systems, bridge displays, USV operator control stations, marine control panels and rugged shore-based workstations, providing responsive access to sensor, survey and platform data in direct sunlight, low-light conditions and adverse weather.

Displays can be supplied as standalone panels or as fully integrated HMIs with touchscreen controls, cover glass, embedded electronics and protective housings. RDS can tailor the optical, mechanical and electrical design to the installation, including PCAP touchscreens and optical bonding for improved clarity and durability. IP-rated enclosures and designs resistant to moisture, corrosion, shock, vibration, EMI and wide operating temperatures can be specified for shipboard, offshore and coastal use.
Embedded Computing Solutions
RDS’s high-performance embedded systems provide low-latency processing for marine monitoring, data acquisition, autonomy and sensor fusion. Based on x86 and ARM architectures, the solutions are suited to USVs, AUVs and ROVs, hydrographic survey equipment, oceanographic research systems, offshore platform monitoring, maritime surveillance and multi-sensor visualisation.
RDS can customise embedded systems to exact specifications, providing deployment-ready solutions with ruggedised designs that resist shock, vibration, moisture and temperature extremes. Security features can be incorporated to prevent unauthorised access and protect the integrity of operational and sensor data.
Marine IoT & AI Solutions
RDS designs secure IoT solutions that integrate hardware, software and connectivity to collect, track and communicate data from vessels, offshore assets, remote sensors and autonomous marine systems.
IoT hardware
can be ruggedised for wet, salty, high-vibration and temperature-variable environments, using edge computing devices and integrated sensors to process data close to the source. Custom software supports real-time monitoring and analytics for marine data acquisition, environmental monitoring, offshore operations and ocean research.
RDS can also integrate AI and machine learning for object detection, predictive maintenance, anomaly identification and autonomous navigation, helping uncrewed platforms and remote monitoring systems make efficient use of sensor data.
Cables & Connectivity Solutions
RDS develops custom cable assemblies, wiring harnesses and interconnect solutions that maintain power and data transmission under vibration, moisture exposure, temperature changes and repeated mechanical stress. Waterproof and high-flex assemblies can integrate with displays, embedded systems, marine control panels and vessel electronics, supporting signal integrity in shipboard, offshore and coastal installations.

As part of the Volex Group, RDS can access manufacturing facilities across the UK, Europe and the Far East to support rapid prototyping, scalable production and supply chain resilience. Production follows strict quality and environmental standards, including ISO 9001 and ISO 14001.
RDS can develop fully customised electronic systems that go beyond the capabilities of COTS products, combining rugged displays, ARM or x86 embedded computing, sensor interfaces, operator controls and connectivity within a single integrated solution. Hardware can be tailored to the performance, size, power and environmental requirements of USVs, ROVs, AUVs, vessel systems, offshore platforms and oceanographic equipment.

The company manages development from initial prototyping through to series production. In-house capabilities include 3D printing, PCB design and assembly, enabling functional prototypes to be produced and refined before manufacturing begins. Environmental, EMI and stress testing can verify performance under demanding marine conditions, and production can scale from low-volume specialist builds to larger runs using long-lifecycle components.