Module design and implementation
Translate agreed functional requirements into C/C++ components, interface definitions and implementation tasks.
Embedded Software Engineering
Embedded Software Engineering
We support embedded product development from clearly defined firmware modules to integration and verification. Our focus is practical engineering in C/C++, Linux and real-time environments, with source code, tests and documentation that your internal team can maintain.
THE ENGINEERING CHALLENGE
Why this work matters.
An embedded feature is only useful when it behaves reliably on the target hardware and integrates with the rest of the system. Interface assumptions, timing issues and incomplete diagnostics can delay integration. We help break the work into testable modules with clear interface ownership.
TECHNICAL SCOPE
The work we can scope with you.
The proposal identifies which activities are included and how they will be accepted.
Linux and real-time integration
Support application integration, build configuration and runtime behaviour in the customer’s embedded Linux or real-time software environment.
Drivers and communication interfaces
Develop or verify agreed interfaces between software, peripherals and connected components, with documented assumptions and error handling.
Debugging and integration support
Investigate reproducible faults using available logs, debuggers and hardware access; track corrective work through the customer’s issue process.
Unit and integration testing
Create tests for agreed behaviours and interface contracts, and integrate them into the available build or test workflow.
Maintainable handover
Provide code changes, build instructions, design notes and open issues so your team can continue development without relying on undocumented knowledge.
TYPICAL DELIVERABLES
What your team takes forward.
Outputs are defined in the agreed work package. These are typical assets that can be included, rather than a fixed bundle for every engagement.
How we agree quality and acceptance →- 01Source code and reviewable change sets
- 02Module and interface documentation
- 03Build and configuration instructions
- 04Unit / integration test assets
- 05Debugging findings and resolved issues
- 06Handover notes and remaining technical risks
ILLUSTRATIVE ENGAGEMENT
A practical starting scope.
For a connected industrial device, an engagement could cover a communication module: agree interface behaviour, implement message handling, test disconnect and recovery paths, then deliver the code and integration guide. Hardware and deployment responsibilities are established before work begins.
Example scope · not a customer case studyChoose the delivery model
A specialist can join your team, a work package can deliver defined outputs, or a recurring workstream can support ongoing development and testing.
Compare engagement models →GETTING STARTED
The inputs that make delivery possible.
- Target hardware and platform details
- Repository, build environment and coding conventions
- Interface specifications and existing architecture
- Access arrangements and review responsibilities
SERVICE QUESTIONS
Before you choose the scope.
Can your engineers join our existing development team?
An embedded specialist can work within your backlog, repositories and review process. A separate work package is also possible when interfaces and acceptance criteria are stable.
Who owns the delivered code?
Ownership, pre-existing components and third-party licenses are documented in the commercial agreement before delivery starts.
DEFINE THE NEXT STEP
Bring us a specific challenge.
We will discuss the scope, delivery model and inputs needed to move it forward.