Initial recovery
Collect repositories, builds, binaries, logs, schematics and procedures to establish a verifiable starting point.
Legacy firmware and software modernization
When a product still works but its software can no longer be changed safely, the first goal is to regain control: understand current behavior, make builds and tests repeatable, reduce risk and plan evolution without disrupting operations.
Scope to agree for your project
From the need to verification
A problem to unblock
Symptoms, logs and a reproducible test to focus the debugging work.
A decision to review
Goals and constraints to compare options and define an initial engagement.
A project to recover
Available repositories, builds and documentation to reconstruct a verifiable baseline.
How we can help
Analysis and stabilization
Map modules, dependencies, flows and risks, then add focused fixes, logging and regression tests.
Porting and migration
Move between MCUs, RTOSs, Linux BSPs, libraries, toolchains or frameworks with compatibility and rollback considered early.
How we work
Available material and constraints
Review available material, necessary access and product-continuity constraints.
System review
Assess current behavior, build, dependencies and the highest-risk areas.
Stabilization and migration
Define stabilization, test and migration steps that can be verified, avoiding unjustified rewrites.
Delivery and handover
Deliver code, documentation and an evolution or handover plan.
A new idea or an existing project? Tell us where you are starting from.
The service in detail
Open a topic to explore activities, technical choices and scope.
When an existing codebase needs attention
A legacy project does not automatically need a rewrite. The work starts from what still works, the material actually available and the product constraints, then identifies what should be stabilized, replaced or migrated.
- Firmware or software inherited from suppliers, developers or teams no longer available.
- Non-repeatable builds, obsolete dependencies, undocumented toolchains or manual release procedures.
- Recurring defects and risky changes because tests, logs or an architecture map are missing.
- Porting to supported MCUs, RTOSs, embedded Linux BSPs, libraries, graphical frameworks or toolchains.
Documentation and handover
- Documentation and handover
- Build and release procedures, architecture, interfaces and a maintenance plan for an internal team or the next supplier.
Frequently asked questions
Do we need to have all source code?
No, but available material, access and rights to use it need to be made clear early. Depending on the case, work can begin from repositories, binaries, documentation, logs, schematics and observable behavior.
Does everything need to be rewritten?
Not by default. The first step is to isolate fragile areas and decide whether to stabilize, refactor, replace a module or plan a gradual migration.
Can work continue while the product is in the field?
Yes. The plan can separate urgent interventions, compatible improvements and migrations to validate on a variant or test environment before release.
Let’s discuss your project
Tell us your goal, what is already available and what needs to improve. We can then assess the next step together.