Embedded software engineering

From device constraints to dependable delivery.

We help engineering teams stabilise software in service, extend connected devices and modernise long-lived systems without discarding the knowledge already inside them.

Where we add value

Start with the system you actually have.

An engagement can begin with an existing codebase, a difficult device integration, a verification gap or a delivery brief. We make the constraints and risks visible before choosing the scale of the solution.

Stabilise

Software already in service

Investigate failures, improve diagnostics and reduce operational risk while respecting existing interfaces and deployment constraints.

DiagnosticsReliabilitySupportability

Extend

Devices and operator workflows

Add device communications, operator applications, APIs and automation around specialist equipment and embedded platforms.

IntegrationDevice UIAPIs

Modernise

Long-lived technical systems

Plan and deliver incremental renewal where a big-bang rewrite would create unnecessary commercial or operational risk.

ArchitectureMigrationInteroperability

Capabilities

Engineering across the system boundary.

Each capability can form part of a focused technical engagement or a wider delivery programme.

01

Embedded & real-time software

Device-facing and timing-sensitive software across Linux, Windows and VxWorks. Language and architecture choices are made around the operating environment, failure modes and expected service life.

Linux & WindowsVxWorksC++ & RustC# & Python
02

Device applications & integration

Operator and desktop applications that communicate with embedded devices, sensors and specialist equipment. Interfaces are designed for real working conditions, diagnostics and recovery—not just the demonstration path.

Device communicationsSensor integrationOperator interfacesDesktop software
03

Connected services & APIs

Backend services and interfaces that support devices and operational workflows. Contracts, versioning, data integrity, observability and failure behaviour are treated as part of the system design.

Backend servicesAPI designData flowsObservability
04

Automation & engineering tooling

Test software, build infrastructure, CI/CD and supportable automation that reduce repetitive work and make engineering delivery more repeatable.

Automated testingCI/CDBuild systemsBatch processing
05

Legacy modernisation

Renew valuable software without losing the domain knowledge embedded within it. Work can include architecture discovery, incremental replacement, data migration and interoperability with older systems.

Codebase renewalPhased replacementData migrationInteroperability
06

Verification & delivery readiness

Automated test tools, requirements review, production data analysis and delivery infrastructure that help teams move from working code to supportable engineering output.

Test toolingRequirementsData analysisDocumentation

What you receive

Capability that remains with your team.

The exact outputs depend on the engagement, but the goal is always a system that is easier to understand, test and operate.

Visible decisions

Architecture options, assumptions, constraints and risks documented in proportion to the work.

Operational thinking

Diagnostics, deployment, recovery and support considered during implementation.

Practical handover

Documentation, technical context and knowledge transfer for the people who will own the system.

Have a defined brief—or a difficult question?

Start with the engineering context.

Share what exists today, what must change and what cannot fail. We will tell you where Scorpex can add value and where it cannot.

Discuss your challenge