Product and system architecture
Requirements, interfaces, power budgets, operating states, risks, constraints, and the architecture that connects them.
- Requirements and feasibility
- System partitioning and interfaces
- Component and platform strategy
Electronics / firmware / test software
Complete embedded product development.
From system architecture and component selection through PCB design, firmware, test tooling, validation, and production handoff.
Connected development stack
The whole device, developed as one system.
Electronics projects rarely fail inside a single discipline. Albion keeps architecture, hardware, firmware, test software, and production needs connected from the first decision onward.
Electronics and PCB design
Schematics and layouts built around signal integrity, power, testability, sourcing, assembly, and real enclosure constraints.
- Analogue, digital, power, and sensing
- PCB layout and design review
- BOM, connectors, and test access
Firmware and device behaviour
Readable embedded software for drivers, state management, control, communications, diagnostics, and resilient startup behaviour.
- Drivers and hardware abstraction
- Control, timing, and communications
- Diagnostics and update paths
Test software and engineering tools
Utilities that make devices observable and repetitive work dependable, from configuration and calibration to logs and automated checks.
- Bench and production utilities
- Calibration and diagnostics
- Data capture and test automation
Integration and verification
Hardware and software brought together against measurable requirements, with faults investigated across the complete signal path.
- Bring-up and system debugging
- Performance and boundary testing
- Issue tracking and design revision
Production handoff and support
A controlled engineering package for manufacturing, programming, test, maintenance, and the next revision of the product.
- Release files and documentation
- Programming and test guidance
- Manufacturing partner support
Integrated execution
Development is continuous, not a relay race.
Hardware, firmware, and tooling evolve together. That shortens the distance between finding a problem and making the right design change.
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Architecture aligned
Electrical, software, mechanical, user, and production constraints are visible before implementation hardens.
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Implementation in parallel
Boards, firmware, simulators, and test utilities advance together around stable interfaces.
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Integration measured
Bring-up captures evidence: rails, timing, communication, logs, thermal behaviour, and failure states.
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Release controlled
Design files, source, configuration, test procedures, known limits, and revision history leave together.
Deliverables
A usable engineering package.
Deliverables are matched to the engagement, but every output is intended to remain understandable, testable, and ready for the next decision.
Hardware release
Schematics, PCB data, BOMs, assembly notes, design rationale, review findings, and revision-ready source files.
Firmware and configuration
Readable source, build instructions, device configuration, communication details, and debugging guidance.
Test and support software
Calibration utilities, diagnostics, automated checks, dashboards, logs, or fixtures suited to the product.
Validation and handoff
Test evidence, known limitations, programming procedures, manufacturing guidance, and prioritised next steps.
Start a project
Start at any point in the stack.
Bring a new product brief, an existing schematic, firmware that needs hardware context, a validation problem, or a design approaching production.