This is less a sector than a recurring situation: two suppliers have each delivered exactly what they were contracted for, and the system still does not work. The fault sits in the seam between them, where no contract reaches, and it stays unresolved while both parties correctly point out that it is not their scope.
What constrains the engineering here
Nobody is contracted to look
Each supplier is right about their own scope. That is precisely why the problem persists, and why an outside party with no stake in either scope tends to resolve it quickly.
The datasheet is not the behaviour
Devices that claim a standard frequently implement a reading of it. The difference only appears against a specific counterparty.
Reproduction is the hard part
Intermittent faults across a vendor boundary are hard to reproduce and therefore hard to attribute. Most of the work is building the conditions under which it fails predictably.
Commercial pressure distorts diagnosis
When a finding decides who pays, evidence has to be strong enough to survive being unwelcome.
Where our scope ends
We report what we find. If the fault is in the component you hoped it would not be in, that is what the report will say, and that is the reason the report is worth having.
Practices this draws on
How the work is usually staffed
06
ONVIF & Video Interoperability
Conformance engineering, third-party device validation, and the Profile S to T and V transition.
01
Embedded Systems Engineering
Firmware, drivers and board bring-up for products that have to work for a decade in the field.
03
Industrial AI & Edge Computing
Inference where the data is, sized for real hardware and real power budgets rather than a benchmark.
Bring us the challenge
The one that has been handed back, sits between two suppliers, or nobody can say is possible yet. A short call costs you nothing and you will speak to one of our consultants.
Engineer to engineer. No handoffs.