IoT · Automation · Applied AI
Every dot, checked — We design and build connected systems for homes, workplaces, farms and fleets — original engineering, verified end to end, from the sensor to the screen.
We design and build connected systems for homes, workplaces, farms and fleets — original engineering, verified end to end, from the sensor to the screen.
Protocols we work with
Anyone can connect adevice. We make itaccountable.
What we build
05 domains
Solutions
Field notes
In the field
Scroll
Five domains, one discipline. Drag through a year of commissioning, cabling, calibration and the quiet moment a system finally runs itself.
In the field
Five domains, one discipline. Drag through a year of commissioning, cabling, calibration and the quiet moment a system finally runs itself.
The method
From the dot to the decision
Every system we build walks the same four steps. Skip one and you get a gadget. Do all four and you get infrastructure.
- 01Sense
- 02Connect
- 03Decide
- 04Act
Measure the real thing.
The right sensor, in the right place, sampled at the right rate. We would rather spend a week choosing a probe than a year explaining bad data.
- Sensor selection & siting
- Calibration & drift checks
- Signal quality budgets
The method
From the dot to the decision
Every system we build walks the same four steps. Skip one and you get a gadget. Do all four and you get infrastructure.
Measure the real thing.
The right sensor, in the right place, sampled at the right rate. We would rather spend a week choosing a probe than a year explaining bad data.
- Sensor selection & siting
- Calibration & drift checks
- Signal quality budgets
Move it without losing it.
Radio, wire or cellular — chosen for the site, not for the datasheet. Segmented, authenticated, and designed to survive the day the link drops.
- Protocol & topology design
- VLAN segmentation
- Store-and-forward buffering
Turn signal into judgement.
Deterministic rules where physics is enough, models where it is not. Every decision is explainable, testable and reversible.
- Rules, state machines & models
- Edge inference
- Explainable outputs
Then actually do something.
Valves open, setpoints move, gates unlock, the right person gets the right alert. With manual override that always outranks the automation.
- Actuation & interlocks
- Human-in-the-loop overrides
- Alerting that respects attention
Spotlight · Applied computer vision
Cameras that understand
You already have cameras. What you do not have is a camera that can tell you a forklift entered a pedestrian aisle, that the queue is eight deep, or that the seal on line three is drifting. We deploy vision models at the edge, on your hardware, so the video never has to leave the building.
- Detection & tracking — People, vehicles, tools and pallets detected and tracked across frames and across cameras.
- Face & licence plate recognition — Recognition pipelines with an explicit enrolment process and a defensible retention policy.
- Safety & PPE compliance — Helmets, vests, exclusion zones and man-down detection, evaluated continuously instead of on inspection day.
- Counting & queue analytics — Footfall, dwell time, occupancy and queue length, aggregated to numbers rather than faces.
5
Domains
Home, office, agriculture, fleet, vision
18+
Protocols
Fluent, in production, not in a slide
100%
On-prem capable
Every system can run without the cloud
Why Dot Check
The name is the standard
Dot Check is about authenticity: original ideas, honestly built, and proven before we call them done.
Original architecture
We do not resell someone else's box with our sticker on it. Every system is designed for your site, your constraints and your budget.
Verified by measurement
Claims get instrumented. Before and after, on your data — so the improvement is a number, not a feeling.
Yours to own
Open protocols, documented topology, credentials handed over. If you replace us, everything keeps running.
Local-first & private
Processing stays on site by default. The cloud is a convenience we add on purpose, never a dependency we inherit.
How we work
Five steps, no surprises
- 01
Discover
Site survey, constraints, and the outcome you are actually buying.
- 02
Architect
Topology, protocols, hardware and a written scope you can hold us to.
- 03
Build
Staged in the lab, commissioned on site, documented as we go.
- 04
Verify
Acceptance tests against the numbers we agreed at the start.
- 05
Operate
Monitoring, updates and support — or a clean handover to your team.
Start here
Tell us what should be automatic.
Send a sentence or a specification — both work. You will get a straight answer about whether it is worth building, and roughly what it takes.