Embedded systems code frameworks delivered in days.
Get your embedded system code framework built for a guaranteed price and fixed deadline. From a single feature set to a full product.
We deliver bespoke code frameworks that integrate into any toolchain.
Experienced embedded systems engineers use our proprietary technology to transform your feature use cases into standards-compliant code frameworks. Our engine is 100% deterministic with zero AI model inputs.
01framework/02├── feature_handlers.c03├── message_definitions.h04├── system_config.c05├── initialization.c06├── integration_guide.md07└── README.md
Bespoke C generated from your spec, ready to compile.
One per concurrent feature, message-driven.
Your features formalised into structured specs.
Every requirement tied to its line of code.
MISRA C:2012 audit across all generated files.
How the framework drops into your existing build.
Your code framework is constructed by experienced embedded engineers.
We work in our proprietary platform to specify, verify and construct your code framework. Every line of code is deterministic and reviewed by an experienced engineer.
Bring your project in any shape - notes, diagrams, a rough spec, or a finished one - and we'll work with what you've got.
We'll help you create a precise product specification, starting from a single feature set.
Approved specifications become implementation-ready code frameworks aligned to intended system behaviour.
You extend and complete application-specific logic on top of the constructed frameworks.
40+ years of embedded systems engineering experience applied to every project.
Our team have delivered 60+ full embedded systems projects for global engineering leaders over four decades in the industry.
// INDUSTRIAL AUTOMATION · MEDICAL DEVICES · AUTOMOTIVE · CONNECTED DEVICES · HIGH-SECURITY SYSTEMS
Every line of code traces back to a requirement.
We deliver 100% deterministic code frameworks. Bound directly from specification to implementation, they include full traceability down to features and use case requirements and include complete engineering reports.
{ "id": "F4", "name": "Change Baking Time", "useCases": [{ "id": "UC4", "requirements": [{ "id": "UCR26", "text": "Set_Bake_Temperature to 150°C" }] }] }
| UCR25 | Configure default bake mode | Configure_Oven(e_GRILL_MODE); |
| UCR26 | Configure default temp 150°C | Set_Bake_Temperature(150); |
| UCR27 | Configure baking time | Set_Bake_Duration(requested_time); |
- oven_ui_controller_xApp.c1,106
- oven_ui_controller_xApp.h176
- oven_ui_controller_vsmtos_API.h187
- oven_ui_controller_sys_def.c114
void state_oven_off(void) { /* UCR26: Configure default bake temperature (150C) */ Set_Bake_Temperature( c_DEFAULT_BAKE_TEMP ); /* ... */ }
- API11/11
- Types12/12
- Patterns22/22
- Headers5/5
- Traceability5/5
// Same spec in, same code out - every time.
See what it saves you.
Use this calculator to add the team roles you'd assign to the foundation phase of a project. It compares what it would cost you to build in-house against an example fixed price project.
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