Embedded systems + firmware
Device architecture, drivers, communications, power strategy, OTA, and production firmware designed as one observable system.
- Architecture and risk map
- Firmware implementation
- Hardware bring-up
- Validation plan
Embedded and product engineering, organized around delivery.
Focused technical support or integrated development across electronics, custom wiring harnesses, firmware, technical software, prototypes, and production transfer.
Capabilities
Work scoped by system responsibility.
Each engagement defines interfaces, acceptance criteria, ownership, and handoff artifacts before implementation begins.
Hardware, PCB + wiring harnesses
Schematics, PCB layout, protection, interfaces, component selection, custom wiring harnesses, prototype bring-up, and production documentation.
- Schematics + layout
- Harness drawings + pinouts
- BOM + connector strategy
- Prototype bring-up
- Continuity test + production package
Product development
Product definition and integrated development across electronics, firmware, enclosures, wiring and interconnects, test, and operator workflows.
- Product definition
- Proof-of-concept
- Engineering prototype
- Harness + interconnect package
- Transfer package
Software + technical tooling
Desktop tools, test systems, device interfaces, data pipelines, and operator experiences for complicated physical systems.
- UX + system design
- Application build
- Device integration
- Deployment docs
Rapid prototypes
Instrumented prototypes built to answer the highest-risk technical questions before committing to a full implementation.
- Critical-path experiment
- Instrumented prototype
- Test evidence
- Next-stage plan
Engineering advisory
Architecture reviews, failure analysis, technical diligence, and practical recovery planning for teams that need an independent assessment.
- Independent review
- Risk register
- Decision memo
- Recovery roadmap
Engagement formats
Start at the project’s current stage.
Duration and deliverables are adjusted after scoping; these formats show the kinds of responsibilities Ferox Works can take on.
Product definition
Translate a product need into requirements, interfaces, architecture, technical risks, and a build plan that can be estimated.
Prototype development
Build and instrument the critical hardware, firmware, and software path to answer the questions that affect the design.
Design review + recovery
Diagnose intermittent faults, brittle firmware, unclear interfaces, or an architecture that no longer fits the product.
Production preparation
Close validation, DFM, test coverage, support tooling, documentation, and transfer gaps before release.
Common scopes
A practical level of engagement.
The initial conversation establishes the decision, system, or delivery milestone the work needs to support.
Technical assessment
Architecture review, interface analysis, risk register, and a prioritized recommendation.
Development sprint
A bounded implementation or prototype with test evidence and documented next steps.
Integrated build program
Cross-discipline ownership from system definition through validation and transfer.
Project inquiry
Discuss the scope