Deployment blueprint
In a country built for dry weather, standing water becomes a public-safety hazard in minutes, and the authority usually does not own the trucks. We put contractor and subcontractor vehicles on one live picture and auto-dispatch the nearest available unit, then follow the load through: water pumped off the street, tank filling as the crew works, and the whole load emptied at an approved discharge station. All of it on infrastructure you host yourself.
Built for this scale
The challenges
The rainy season is the hardest stretch of the operating year, and the response depends on fleets the authority supervises but does not run.
Challenge
An operations centre can see the forecast, the incoming complaints, and eventually the invoices. What it cannot see is where the pump trucks currently are — so the flood response is coordinated on information that is already out of date.
Challenge
Water accumulates, the authority calls the contractor to ask which unit is closest, the contractor calls the driver, and the centre waits for the callback. Each hop costs a few minutes; across a peak rainfall hour they add up to a response that arrives after the damage.
Challenge
Without dispatch and completion timestamps there is no way to check a contractor's claimed hours. Disputes accumulate, payment cycles stretch, and the contract review has no evidence to work from.
Challenge
A pump truck fills in twenty minutes and then has to go somewhere to empty. Under emergency pressure, a crew with a full tank and no geofence on the approved discharge stations will tip it down the nearest storm drain or open lot. It is an environmental exposure the authority cannot quantify, so it cannot manage it.
How it would work
We deploy the dispatching platform where the authority needs it to sit, including entirely inside its own data centre, and cover contractor and subcontractor vehicles regardless of what hardware they already carry. Incoming requests are auto-dispatched to the nearest suitable unit with current workload, distance, and time-on-shift taken into account, so the allocation does not simply hammer whichever crew happens to be closest all night. The crew pumps the water off, the tank level tells the console when that vehicle is full, and the load is signed off when it is emptied inside an approved discharge station. Every incident records dispatch and completion times, and those timestamps are what the invoice is built from.
The architectural point
This is built for the emergency case first, and routine work is the quieter mode of that same system. The order matters: a platform tuned for normal conditions and then stretched into a crisis fails at the moment it is needed most. Wiring it into the authority's citizen-facing request channel closes the loop: a public report becomes a dispatched vehicle, then a pumped street, then a load emptied inside an approved discharge station, in one workflow with no manual handoff in the middle.
Platform capabilities
Live monitoring, auto-dispatch, evidence-grade timing, and control over where the water ends up, deployable on infrastructure you own.
Continuous visibility of contractor and subcontractor vehicles, task progress, and response times on one console — the phone tree replaced by a picture.
ExploreAssignment to the nearest suitable unit accounting for current workload, proximity, and time-on-shift, so response is fast without burning out one crew.
ExploreEvery approved discharge station is geofenced. An emptying event outside one raises an exception with position and time attached, so the illegal-discharge risk closes at source and not at audit time.
ExploreEvery incident carries its own timestamps, turning contractor payment into an arithmetic exercise instead of a dispute.
Public reports flow from the authority's existing service portal directly into the dispatch queue — one workflow from call to discharge.
Hardware, platform, and operator training delivered to run inside the authority's own data centre, for categories where external hosting is not an option.
Hardware in the field
Telematics across fleets you supervise but do not own, plus the infrastructure to run the platform yourself.
Fitted or ingested regardless of pre-existing hardware, so mixed contractor and subcontractor fleets resolve to one operational picture.
ExploreServer hardware and platform stack installed in the authority's data centre, with training for the team who will operate it.
Contractor drivers receive assignments, capture proof of completion, and report status back to the operations centre from the cab.
ExploreIntegrations
Connected to the citizen channel, finance, and inter-agency coordination while the platform itself stays where you put it.
Flood-response requests arrive from the authority's public channel straight into dispatch, with no re-keying step in between.
Timestamps and discharge evidence flow into finance, so invoicing reconciles to the operational record by default.
Live response status can be shared with municipalities and civil-defence partners during an event, without either side entering data twice.
Authority and contractor users authenticate against the existing directory with role-scoped access, on-premise included.
FAQ
Short answers here — the detailed version is a conversation whenever you're ready.
Discuss your deployment
Sovereign-data-friendly. Enterprise multi-org architecture. Built to integrate with the devices, SIM providers, and back-office systems you already run.
