Engineering the equipment behind net zero.
Controls and software engineering for carbon capture, battery and hydrogen technologies.
Engineering the equipment behind net zero.
We help OEMs and technology companies accelerate the design, development, validation, and commercialization of carbon capture, battery, and hydrogen solutions while reducing engineering costs.
Our end-to-end product engineering services span the entire lifecycle, from concept development and system architecture through firmware and software engineering, SIL/HIL validation, certification support, field deployment and OTA updates, and sustaining engineering.
CCS & CCUS
CCS: Carbon Capture and Storage
We help OEMs to build software that makes capture systems smarter, safer and easier to operate.
- Embedded controllers and firmware for capture, compression and monitoring equipment
- PLC, SCADA and HMI software for unit operation and remote control
- Sensor integration and real-time monitoring of CO₂ flow, pressure and purity
- Secure connectivity (e.g. OPC UA, MQTT, Modbus), with security built in along the lines of IEC 62443
CCUS: Carbon Capture, Utilisation and Storage
We help OEMs to build data and software platforms that prove, optimise and report every tonne of CO₂.
- IIoT platforms and edge software for capture-to-utilisation data flow
- Digital twins and analytics to optimise capture and conversion efficiency
- Carbon tracking and emissions reporting (MRV) software, supporting frameworks such as ISO 14064
- Dashboards and integration with ERP and sustainability reporting systems
Battery
We have strong expertise in Battery Management Software (BMS) development, with capabilities spanning:
- BMS firmware development, including cell monitoring, cell balancing, and SoC/SoH estimation
- CAN and CAN FD communication, diagnostics, and bootloader implementation
- Functional safety engineering aligned with ISO 26262 and IEC 61508 standards, based on application requirements
- Test automation, Hardware-in-the-Loop (HIL) validation, and battery analytics software development
Hydrogen
We have expertise in building the control software that scales electrolysers and fuel cells safely, with the following features:
- Electrolyser and fuel cell controller firmware and control algorithms
- Stack and cell-voltage monitoring, fault detection and safety interlocks
- Predictive maintenance and performance analytics using operating data
- Remote monitoring, diagnostics and over-the-air (OTA) update capability
Solar & Wind
Embedded systems, controls and software engineering for OEMs building solar and wind energy products, from firmware to fleet analytics.
We have expertise in building software platforms like
- Solar trackers and plant monitoring software with performance reporting aligned to IEC 61724
- Wind turbine control systems
- Wind farm monitoring and analytics software for gearbox, bearing and blade health
- SCADA integration using standards such as IEC 61400-25 and IEC 61850
- Remote diagnostics and fleet-level dashboards for operators and OEMs
How we engage across every sector
Embedded Engineering
Firmware, BSP, drivers and device integration for regulated sectors.
Cybersecurity & Compliance
IEC 62443 and CRA readiness for industrial products.
Industrial Connectivity
OPC UA, HART, Modbus and protocol engineering across all verticals.
AI-Assisted Engineering
Practical AI applied to diagnostics and operational decisions.
Legacy Modernisation
Incremental modernisation that protects proven IP.
Digital Engineering
Cloud-connected platforms and data services for industry.
Have a complex engineering
challenge?
From industrial automation and IIoT to embedded, cloud and digital engineering, we help turn complex technical challenges into reliable, scalable solutions.