Related private automation and lab work
camera-detection work and a digital twin inform the approach. The digital twin is demo/simulator only; no public physical-site deployment result is claimed.
Cameras & gate integrationCapability
I scope people and vehicle detection on existing cameras and permissioned gate commands, keeping the existing safety devices in control.
Sounds familiar?
How I solve it
I scope a detection and operator workflow around supported existing interfaces. Camera analysis detects people or vehicles without face recognition. Gate commands require an authorised role and a recorded decision. The integration works alongside existing gate safety devices and never overrides them.
The process
6 steps. Scope and a fixed price are agreed before the first one.
Establish supported interfaces, operator roles and the client’s privacy requirements.
Define detection events and retention boundaries without identity recognition.
Model alerts, permissions and gate states in a simulator.
Test denied commands, repeated requests, unavailable interfaces and safe failure handling.
Agree any physical integration only after simulator checks and a review of the supported control interface.
Hand over permissions, operating limits and failure procedures.
Handover
Built with
Proof
Capability Work I do; the proof below is from related projects.
Before → after
The intended change is from separate camera alerts and ad hoc gate requests to a reviewed workflow with explicit permissions and failure handling. Related private automation and camera lab work provide backing. The digital twin is demo/simulator only and is not evidence of a delivered physical installation.
Related private automation and lab work
camera-detection work and a digital twin inform the approach. The digital twin is demo/simulator only; no public physical-site deployment result is claimed.
What you can look at
I would prepare a simulator-only demonstration with synthetic detection events, permitted and refused commands, and safety-state handling. It would include no real footage, site layout, addresses, networks or device identifiers. The public demonstration still needs preparing.
Capability based on private automation and lab work. People/vehicle detection only, no face recognition. Gate integration works alongside existing safety devices and never overrides them. DPIA and CCTV signage are the client’s responsibility. The digital twin is demo/simulator only.
Price and timeline
A Custom Engineering Project starts from USD 1,500. Feasibility and simulator work come first; physical integration is quoted only after the interface and operating boundaries are clear. The client supplies the DPIA, CCTV signage and permitted data requirements.
QuoteFixed before work starts
A note from Daniilbefore you decide
If native camera alerts and existing access controls already meet the need, keep them. If the proposed connection requires bypassing a safety device or lacks a supported control interface, it is not a suitable integration scope.
— Daniil
Questions
No. The scope is people and vehicle detection, not face recognition or identity matching.
No. Existing safety devices remain in control. A chat command is a request through the permitted interface, not permission to bypass a safety condition.
The client is responsible for the DPIA and CCTV signage. The permitted data and retention boundaries must be supplied before implementation.
The first answer is free, within one working day. Or write directly: next@taskfordaniel.com