Area 01
Silicon & Embedded Systems
Chips, boards, firmware and Linux platforms that products are built on.
Engineering Services
Six engineering areas, one team from silicon to cloud.
Eighteen capabilities, organised into six engineering areas — find the area your system lives in, then see exactly what we do inside it.
6engineering areas
18capabilities inside them
8standards we engineer to
01 · Engineering areas
Start with the area your system lives in.
Each area groups three related capabilities under one engineering lead, so scope, tooling and standards stay consistent from the first conversation to the supported release. Open an area to see its capabilities in detail below.
Area 02
Automation & Mobility
ECU software, driver assistance and real-time validation benches for vehicles that are safe, connected and certifiable.
Area 03
Industrial, IoT & Robotics
Production lines, machines and connected devices that sense, decide and move.
Area 04
AI & Intelligent Systems
Machine learning, vision, GenAI and private AI engineered for real deployment.
Area 05
Digital, Software & Cloud
Products, platforms and cloud operations from API to interface.
Area 06
Quality, Safety & Security
Evidence that a system is verified, safe and secure before it is released.
02 · Inside each area
What we do, where it applies and how the work flows.
Choose an area — the three capabilities inside it are described the same way, so comparing scope across disciplines is straightforward.
1.1 · VLSI & Semiconductor Engineering
Discuss this capability
Turning ideas into next-generation silicon
RTL to GDS for startups, product companies and technology businesses that need working silicon.
What we do
RTL design in Verilog / SystemVerilogFunctional verification and UVMRTL synthesis and design optimisationDFT and scan designPhysical design, P&R and STAFPGA design and prototypingLow-power VLSI designASIC design and development support
Where it applies
Automation & ADASAI chipsIoT & edgeConsumer electronicsIndustrial automationHigh-performance computing
How the work flows
01RTL design02Verification03Synthesis04DFT05P&R06STA / GDS
1.2 · Embedded & Edge Intelligence
Discuss this capability
Building reliable intelligence close to the device
Firmware, embedded software, drivers, real-time systems, sensors and edge intelligence for connected products.
What we do
Embedded C / C++ developmentFirmware and BSP engineeringDrivers and peripheral integrationRTOS and MCU / MPU systemsSensor and actuator integrationEdge AI deployment
Where it applies
AutomationIndustrial equipmentMedical devicesIoT productsRoboticsConnected edge devices
How the work flows
01Hardware / requirements02BSP & drivers03Firmware development04Device integration05Real-time testing06Release & field support
1.3 · Embedded Linux
Discuss this capability
Production-grade Linux for devices and edge platforms
Embedded Linux platform engineering from boot and kernel layers through device software, security and OTA operations.
What we do
U-Boot and boot-chain engineeringLinux kernel configurationDevice-tree and driver integrationRoot filesystem engineeringYocto and BuildrootHardening and OTA updates
Where it applies
Automation systemsIndustrial computersGatewaysEdge AI platformsIoT devicesConnected products
How the work flows
01Hardware bring-up02Bootloader03Kernel & drivers04Rootfs / distribution05Application integration06OTA & maintenance
2.1 · Automation Engineering
Discuss this capability
Engineering software and electronics for connected vehicles
Vehicle electronics, ECU software, communication, diagnostics and connected-vehicle engineering across development and validation stages.
What we do
ECU software and application developmentAUTOSAR Classic / Adaptive engineeringCAN / CAN-FD, LIN and in-vehicle Ethernet integrationUDS diagnostics and communication servicesBootloaders, gateways and telematicsVehicle communication and integration support
Where it applies
Passenger vehiclesElectric vehiclesCommercial vehiclesConnected vehiclesVehicle gatewaysVehicle ECUs
How the work flows
01Requirements02Architecture03ECU / software development04Integration05Vehicle communication testing06Validation
2.2 · ADAS Engineering
Discuss this capability
Engineering perception and decision systems for assisted mobility
Sensor, perception, fusion, decision and validation engineering for advanced driver-assistance systems.
What we do
Camera / radar / lidar integrationObject detection and trackingLane and road understandingTraffic-sign and scene understandingSensor fusionScenario and perception validation
Where it applies
ADAS ECUsPassenger vehiclesCommercial vehiclesAutonomous functionsVehicle perceptionSafety-oriented mobility systems
How the work flows
01Sensor inputs02Perception03Tracking & fusion04Decision logic05Scenario testing06System validation
2.3 · HIL & Real-Time Testing
Discuss this capability
Testing controllers against realistic real-time environments
Hardware-in-the-loop benches and automated real-time validation for embedded, automation and vehicle controllers.
What we do
HIL test-bench engineeringReal-time plant and vehicle simulationECU interfaces and restbus simulationFault injectionAutomated test executionTest reporting and evidence
Where it applies
Vehicle ECUsADASPowertrainBody controllersEmbedded controllersReal-time control systems
How the work flows
01Requirements02Plant / system model03HIL setup04Test automation05Fault scenarios06Result analysis & validation
3.1 · Industrial Automation & Manufacturing
Discuss this capability
Engineering connected, measurable production systems
Automation engineering for production lines, industrial control, machine integration and smart manufacturing.
What we do
PLC programming and controlSCADA and HMI engineeringIndustrial networksSensor and actuator integrationMachine automationMachine vision and IIoT integration
Where it applies
Manufacturing plantsProduction linesProcess operationsMachine automationSmart factoriesIndustrial monitoring
How the work flows
01Process study02Control architecture03PLC / HMI / SCADA04Machine integration05Commissioning06Monitoring & optimisation
3.2 · Control Systems & Robotics
Discuss this capability
Engineering motion, feedback and autonomous machines
Control and robotics engineering for machines that sense, decide and move with repeatable behaviour.
What we do
Feedback control and PIDMotion-control engineeringReal-time controlMotor-control conceptsRobot programmingMachine vision and autonomous control
Where it applies
RoboticsAutomated machinesAGV / AMR systemsInspection systemsMotion platformsIndustrial equipment
How the work flows
01System model02Control strategy03Simulation04Controller implementation05Hardware integration06Tuning & validation
3.3 · IoT & Edge Computing
Discuss this capability
Connecting devices, data and decisions
Connected-device engineering from sensors and gateways to messaging, edge processing, device management and dashboards.
What we do
Sensor and device integrationBLE / Wi-Fi / LoRa / cellular / Ethernet connectivityGateway engineeringMQTT and device messagingDevice managementEdge processing and dashboards
Where it applies
Industrial IoTAgricultureFleet systemsUtilitiesConnected productsRemote monitoring
How the work flows
01Device & sensor layer02Connectivity03Gateway / edge04Messaging05Cloud integration06Monitoring & action
4.1 · AI & Intelligent Systems
Discuss this capability
From data and models to deployed intelligence
Machine learning, deep learning, computer vision, NLP and modern generative AI systems designed for real-world deployment.
What we do
ML / DL model developmentComputer vision and image understandingNLP and language systemsLLMs, RAG and agent workflowsEdge AI and inference optimisationModel evaluation, deployment and monitoring
Where it applies
AutomationIndustrial systemsEnterprise applicationsIoT / edgeComputer visionIntelligent automation
How the work flows
01Problem definition02Data preparation03Model development04Evaluation05Deployment06Monitoring & improvement
4.2 · AI Business Solutions
Discuss this capability
Turning enterprise workflows into intelligent systems
AI-enabled business applications that connect enterprise knowledge, workflows, documents and users.
What we do
Enterprise GenAI applicationsRAG knowledge assistantsAI agents and workflow automationDocument intelligenceAI-enabled search and knowledge systemsBusiness process augmentation
Where it applies
Enterprise operationsHealthcare workflowsFinance and operationsRetailManufacturingInternal knowledge systems
How the work flows
01Business problem02Data / knowledge assessment03AI architecture04Prototype05Workflow integration06Measure & improve
4.3 · Offline AI Deployment
Discuss this capability
Private intelligence where data must stay local
Local and private AI deployments for environments with privacy, connectivity, latency or operational constraints.
What we do
Local LLM deploymentPrivate AI environmentsGPU inference optimisationQuantisation and model optimisationLocal RAG and private assistantsOffline / air-gapped deployment patterns
Where it applies
Confidential enterpriseManufacturingResearch environmentsRestricted networksEdge locationsLow-connectivity operations
How the work flows
01Use-case assessment02Model selection03Local infrastructure setup04Optimisation05Secure deployment06Validation & operations
5.1 · Digital Engineering
Discuss this capability
From product discovery to usable digital platforms
Digital product engineering that connects requirements, experience, architecture, integration and release.
What we do
Product discovery and requirementsUX / UI engineeringSystem design and architectureWeb and mobile platformsEnterprise integrationRelease engineering
Where it applies
Digital productsSaaSEnterprise applicationsCustomer portalsInternal platformsConnected experiences
How the work flows
01Discover02Define03Design04Build05Integrate06Release & improve
5.2 · Software Engineering
Discuss this capability
Engineering maintainable software products at scale
Frontend, backend, full-stack, mobile, API and database engineering with testing and continuous delivery.
What we do
Requirements and software architectureFrontend and backend engineeringFull-stack and mobile developmentAPI and database engineeringAutomated testingCI/CD and production support
Where it applies
Web applicationsMobile applicationsEnterprise systemsSaaS platformsAI-enabled applicationsDigital services
How the work flows
01Requirements02Architecture03Development04Testing05CI/CD06Release & support
5.3 · Cloud & DevOps
Discuss this capability
Reliable platforms, delivery pipelines and operations
Cloud-native engineering, APIs, data pipelines, infrastructure automation, CI/CD and operational observability.
What we do
Cloud architectureAPI and microservice platformsData pipelinesDocker and KubernetesCI/CD automationInfrastructure as code, monitoring and MLOps
Where it applies
Digital productsEnterprise platformsIoT systemsAI systemsConnected vehiclesData-intensive applications
How the work flows
01Architecture02Platform setup03Build & test04CI/CD05Deploy06Observe & improve
6.1 · Testing, Verification & Validation
Discuss this capability
Evidence-driven quality across software and systems
Verification and validation across embedded, automation, digital, web, mobile, API and enterprise systems.
What we do
Requirements and test planningUnit / integration / system testingRegression and automationWeb / mobile / API / UI testingTraceability and defect managementVerification and validation reporting
Where it applies
AutomationEmbedded systemsWeb and mobileEnterprise softwareIoT productsDigital platforms
How the work flows
01Requirements02Test strategy03Test design04Execution & automation05Defect analysis06Validation & release evidence
6.2 · Functional Safety
Discuss this capability
Engineering safety into systems and their evidence
Safety engineering activities spanning hazard analysis, requirements, architecture, verification and safety evidence.
What we do
Hazard analysis and risk assessmentSafety goals and conceptsSafety requirementsFMEA / FTA supportRequirements traceabilitySafety-case and V&V support
Where it applies
AutomationADASIndustrial systemsRoboticsSafety-related controllersEmbedded products
How the work flows
01Hazard analysis02Safety goals03Concept & requirements04Architecture05Verification06Safety evidence
6.3 · Cybersecurity Engineering
Discuss this capability
Security engineered into products, vehicles and platforms
Product and system security engineering covering embedded, automation, industrial, application and cloud environments.
What we do
Threat analysis and risk assessmentSecure boot and trusted executionAuthentication and cryptographyKey and certificate managementIntrusion detection conceptsVulnerability assessment and remediation
Where it applies
AutomationEmbedded devicesIndustrial systemsApplicationsCloud-connected productsIoT
How the work flows
01Threat model02Security requirements03Architecture04Implementation05Security testing06Remediation & hardening
03 · Tools, languages & protocols
The technology base behind each area.
The languages, toolchains, protocols and platforms our engineers work with, listed under the area they serve. The same base supports consultancy, training and the engineers we place.
Silicon & Embedded
Verilog / SystemVerilogUVMFPGA · Xilinx / IntelRTL-to-GDSIIDFT · STA · low-powerC / C++ (MISRA)ARM Cortex-M / A / RFreeRTOS / ZephyrYocto / Embedded LinuxI2C · SPI · UART · CAN
Automation & Mobility
AUTOSAR Classic & AdaptiveCAN · CAN-FD · LINIn-vehicle EthernetUDS / OBD-IIADAS sensor fusionVector CANoe / CANalyzerdSPACE · NI benchesISO 26262 · ASPICE
Industrial, IoT & Robotics
PLC · Siemens · RockwellSCADA · HMIIEC 61131-3PID & motion controlROS / roboticsMachine vision · IIoTMQTT · OPC UA · ModbusBLE · Wi-Fi · LoRaWAN · NB-IoTGateways · provisioning · OTA
AI & Intelligent Systems
Python · PyTorch · TensorFlowOpenCV · YOLOLLMs · RAG · AgentsONNX / TensorRT / TFLiteEdge & offline inferenceVector databasesMLOps pipelines
Digital, Software & Cloud
React · Node.jsJava · Spring Boot · .NETREST · GraphQL · gRPCPostgreSQL · MongoDB · RedisAndroid / iOSAWS · Azure · GCPDocker · KubernetesCI/CD · TerraformPrometheus · Grafana · Kafka
Quality, Safety & Security
MIL · SIL · HILRobot Framework · SeleniumPostman · JMeterRequirements traceabilityHARA · ASIL · safety casesTARA · ISO/SAE 21434Secure boot · HSM · PKIPen & fuzz testingIEC 62443
04 · Standards & process
Engineering that follows recognised standards.
Requirements, reviews and test evidence follow the standards relevant to your product, so compliance is documented as the work proceeds — not reconstructed at the end.
ISO 26262Road-vehicle functional safety — HARA, ASIL, safety cases
ASPICEVehicle software process assessment and traceability
ISO/SAE 21434Road-vehicle cybersecurity engineering and TARA
AUTOSARClassic and Adaptive platform architecture
MISRA C / C++Safe coding rules with static analysis
IEC 61131-3PLC programming languages for industrial control
IEC 62443Industrial and OT cybersecurity
DO-178C / IEC 61508Safety-critical software lifecycle references
05 · Selected client work
See the engineering behind the project.
Business requirements, architecture and delivery — through selected client engagements. Engagements are described anonymously; ask us for a walkthrough relevant to your system.
End-to-End Commerce Platform
Seller onboarding, product discovery, order fulfilment and finance in one coordinated platform.
- Role-specific seller, buyer, operations and finance workspaces
- Trackable fulfilment with controlled cancellation and return paths
- Payment-evidence reconciliation and seller-scoped statements
Trading Strategy & Intelligence Platform
Historical market data, strategy screening, AI-assisted analysis, dashboards and alerts.
- Reusable market-data history for calculations and research
- Structured screening with AI-assisted interpretation
- Dashboards and alerts connected to research outputs
Field Service & Expert Delivery Platform
Customer demand, service capacity and expert execution connected across mobile and operations experiences.
- Connected customer, technician and operations experiences
- Booking and assignment linked to service capacity
- Diagnosis, quotation and fulfilment within a shared service journey
Engineering enquiry
Tell us about the system you are building or validating.
Share the technology stack, the stage you are at and the outcome you need — we will propose the right area, capability mix and delivery path.