Core capabilities
Embedded firmware (C/C++)
Bare-metal and RTOS development, drivers, bring-up, debugging, performance optimisation, and clean handover.
Electronics & PCB design
Schematic + layout, DFM/DFT, power design, signal integrity considerations, 3D fit checks, and manufacturing packs.
IoT & ultra-low power
BLE/Wi-Fi/Thread, battery architecture, nanoamp-level measurement, and lifetime modelling for deployments.
Industrial control & automation
Motor/encoder control, sensors, comms and edge gateways — robust building blocks for factory control systems.
A clear, low-risk delivery process
Structured engagement, fast feedback loops, and clean handover — so your team can ship confidently.
Discover
Clarify scope, constraints, interfaces, and success criteria. Confirm priorities and risks before we commit.
Plan
Define milestones, test approach, and deliverables. You get a practical plan with transparent trade-offs.
Deliver
Implement, validate, and iterate. Regular updates, disciplined version control, and issue tracking.
Handover
Documentation, build notes, test evidence, and support if needed — so the work is maintainable.
Evidence-led outcomes
A few examples of the kind of measurable progress we deliver — without exposing client IP.
Days saved with systematic fault isolation
Traced a complex board issue to a missing power track by validating intent from schematic through footprint to physical routing.
- Faster root-cause identification
- Clear documentation for the team
- Reduced re-spin risk
Battery-life extension path with measured evidence
Structured an evaluation plan for power architecture changes, prototype builds, and measurement-led analysis for lifetime modelling.
- Measured nanoamp-level behaviour
- Prototype + test plan included
- Actionable recommendations
10× faster load performance via tighter I/O path
Rebuilt a server-side path in C and removed bottlenecks, improving responsiveness while keeping behaviour consistent.
- Lower latency on key requests
- Safer deployment with staged validation
- Clean handover notes
Built in the ecosystems your team ships
Comfortable working across embedded, PCB, and test stacks — with clean handover artefacts your team can maintain.
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Ecosystems
Stacks we ship
Take engineering workload off your team
Extra engineering capacity when your team is stretched — with clear scope and predictable communication.
We take on defined work packages and keep progress visible: rapid iteration, documented decisions, and a handover your engineers can pick up without guesswork. Typical outcomes include faster bring-up, fewer re-spins, and designs ready for manufacturing and long-term support.
- Defined scope and interfaces up front
- Fast feedback loops with measurement-led validation
- Clean handover with notes, test evidence, and repo hygiene
Work packages that de-risk delivery
Clear scope, measurable outputs, and clean handover — so your team can move faster without taking on unknowns.
Board bring-up & fault isolation
Typical timeframe: 3-15 days
- Root cause identified with supporting evidence
- Actionable fix path (rework / ECO / respin scope)
- Clear notes your team can continue from
- System-level fault isolation plan + checkpoints
- Measurements, logs, and concise test evidence
- DFM/assembly sanity checks (where relevant)
Embedded firmware delivery
Typical timeframe: 2-8 weeks
- Working feature set against agreed acceptance criteria
- Predictable iteration with visible progress
- Clean handover your engineers can maintain
- Drivers / RTOS / comms / test harness where needed
- Disciplined version control + issue tracking
- Build notes, diagrams, and handover walkthrough
Power & performance optimisation
Typical timeframe: 5-20 days
- Measured improvement (battery, latency, throughput)
- Evidence-led trade-offs and recommended changes
- Optional prototype plan for confidence
- Profiling + bottleneck analysis
- Power measurement plan (sleep, bursts, steady-state)
- Patch set + notes for repeatable verification
Tell us what you’re building
A short call to clarify scope, risks, and what “done” means. You’ll get clear options and a practical next step.
We’ll reply with a short set of questions and suggested next steps — no sales script.
- NDA-ready sensitive work handled correctly from day one
- Clean handover notes, evidence, and build context your team can maintain
- Fast feedback loops short iterations with measurable checkpoints
Common questions before we start
A few practical details engineers usually want up front. For everything else, see the full FAQ. View full FAQ
Can you work under an NDA?
Yes. If you already have an NDA, send it over. If not, we can use ours. Share only what’s needed to scope or reproduce the issue.
How quickly can you start?
We’ll be clear about start dates up front. If it’s urgent, we can often begin with a short discovery slot to unblock you, then schedule delivery work.
How does scoping work?
We start with discovery: what’s failing, how to reproduce it, and what constraints matter. Then we propose a plan: milestones, deliverables, and what you’ll have at handover. Execution is time-boxed with checkpoints.
What do you need from us to get moving?
The fastest starts happen with: schematics/PCB files (or exports), logs, repro steps, and any known-good/bad comparisons. If it’s firmware/software: repo access, build steps, and target hardware details.
How do you communicate progress?
Short updates with evidence: what we tried, what we observed, and what we’ll do next. Work is tracked and handover is structured so your team can maintain it.
Who owns the deliverables?
You do. We aim for clean repo hygiene, clear commit history, and documented build/test steps. You get the artefacts needed to continue without us.
Get a clear plan and a defined next step
Share the problem as it stands — we’ll turn it into a practical plan with decisions, owners, and outputs.
NDA-ready • Fast turnaround • Clean handover