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Datasheet · Industries
Who we build hardware for.
From pre-seed startups to established manufacturers and research groups, we work with Canadian teams whose products live or die on getting the electronics right.
Datasheet · 01 — Company types
Four kinds of teams, one standard of engineering.
The stage differs; the need for senior hardware judgment does not.
Startups
Get a credible, manufacturable design without hiring a full hardware team before you're ready — and documentation an investor will respect.
SMEs
Add senior electronics capacity to an existing product line — new boards, cost-downs and re-spins — without carrying the headcount full-time.
Manufacturers
Improve manufacturability, resolve field issues and tighten documentation with a design partner who speaks the language of the fab and the line.
Research-driven companies
Turn a lab concept into robust, repeatable hardware — bridging the gap between what works on the bench and what ships.
Datasheet · 02 — Sectors
Sectors we know.
Each of these fields puts a different kind of pressure on the hardware — power, reliability, cost, ruggedness or regulatory rigour. We design with that pressure in mind.
Artificial intelligence
Boards built to carry real inference workloads — accelerators, memory bandwidth and thermal headroom designed in from the start.
Embedded systems
Controllers, gateways and connected devices where firmware and silicon have to fit together cleanly.
Smart devices
Compact consumer and professional products where size, battery life and cost are all constraints at once.
Healthcare technology
Precise, reliable electronics for devices where accuracy and traceability are not negotiable.
Industrial automation
Rugged control and sensing hardware built to survive the noise, heat and vibration of the factory floor.
Agri-tech
Field-hardened monitoring and automation electronics designed for the outdoors and long deployments.
Consumer electronics
High-volume, cost-sensitive designs that still have to feel and perform like a premium product.
Edge & IoT
Always-on, connected hardware where power budget and reliability decide whether the product survives in the field.
Datasheet · 03 — Why sector matters
The same board, judged by different rules.
A design that is excellent for a consumer gadget can be entirely wrong for a clinical device or an industrial controller. Knowing which constraints dominate — cost, power, reliability, ruggedness, regulatory expectations — is half of good hardware engineering.
Because we work across these sectors, we bring the right posture to each one, and we ask the questions your specific market will eventually ask anyway — before the board is committed to fabrication.
Your sector not listed?
If it has a circuit board, we should talk.
These are the fields we see most — but the engineering discipline travels. Tell us what you're building.