We design, build and operate 3D WebGIS, digital-twin and spatial analytics systems for utilities, infrastructure operators, government programmes and enterprises. Every system in the portfolio below is deployed, so you can evaluate the work by opening it rather than reading about it — and the same small team that scopes your project writes it.
Four things we can be held to, each of which is visible in the portfolio rather than asserted on this page.
Eleven products in this portfolio are deployed and openable by anyone you send the link to. That is the standard we are proposing to hold your project to: every claim on a status call is a URL your team can open.
Our products share one spatio-temporal engine, so the difference between them is the data model and the domain logic rather than the technology. That is why the effort of moving into your sector is mostly modelling work, not a platform rebuild.
There is no layer between the people who scoped your work and the people writing it. Requirements, architecture and implementation stay with the same small team from kick-off to handover.
Documented schemas, migration scripts, infrastructure-as-code and reproducible deploys. If you require the option to take the system in-house after go-live, we build for that from the first sprint rather than retrofitting it.
Three offerings, in the order a programme meets them: build the interface, model the data underneath it, and keep the data current.
Photoreal and schematic 3D scenes, operational dashboards and analyst tools that run in the browser with no install. We can put a defensible prototype in front of a client in weeks to de-risk a bid, then harden the same codebase into the delivered system.
PostGIS schemas, ETL, tiling and scheduled analysis. Geospatial systems fail on data far more often than on rendering, so this is where we spend the effort the visuals do not advertise.
Satellite and aerial imagery, sensor feeds and third-party APIs brought onto one timeline so operators see current conditions instead of last month’s export.
Four stages, and the same small team on all four. This is the sequence the portfolio was built through; on your programme the data model changes, the method does not.
We take the problem, the constraints and the deadline, and come back with the architecture, the data model and an effort estimate — written by the engineers who will do the work, not by a pre-sales layer.
A running prototype on your real data, in front of your stakeholders early. It is the cheapest point at which to be wrong, and it is what de-risks the business case before the build budget is committed.
The same codebase hardened rather than rewritten: schemas migrated and indexed, pipelines scheduled and monitored, performance measured instead of assumed.
Documented schemas, migration scripts, infrastructure-as-code and reproducible deploys, so your team can operate the system or take it in-house on the terms you asked for.
One continuously updated operational picture of an entire site, network or portfolio, read as a single live 3D view.
Most programmes already hold the data that matters; it is simply split across a SCADA screen, a GIS file, a spreadsheet and someone’s inbox. GEV composites those layers into one scene that updates continuously rather than on export: the digital twin, the live telemetry, the sensor feeds and the asset register, resolved onto the same coordinates and the same clock.
Whole-network situational awareness in one view, rather than per-system screens
Live ingest, so the picture is current rather than last night’s batch
Drill from the network overview down to a single asset without changing tools
Incident and scenario playback over the same scene you operate from
A technical evaluator should be able to scan this and know whether we fit your estate. If a tool you depend on is not listed, ask — this list is the stack we build on rather than a full inventory of everything the team has touched.
Every product below is deployed and live. Open any of them and you are looking at the application itself, not a recording or a concept render.
Watch electricity move from a transmission hub through substations, feeders and transformers to individual buildings — in photoreal 3D Lower Manhattan, with a time scrubber over the load cycle.
ClarityGrid is the clearest example of what we would build for a distribution utility or a network operator: a full radial topology modelled as a graph and rendered onto photoreal 3D Lower Manhattan, with power visibly flowing from a transmission hub down through substations, feeders and transformers to individual metered customers. Every building carries its own live consumption, aggregated upward from customer-class load shapes, and a time scrubber runs the whole network across the daily load cycle.
A deployed micro-SaaS that tracks unpaid invoices, automates professional payment reminders, scores payment risk and drafts the awkward follow-up conversations with an AI assistant. Included here as evidence that we ship complete transactional systems — auth, billing, background jobs and AI — not only maps.
Also live, across ten more domains
Maritime intelligence
Live
Tracks vessel traffic through the nine choke points that carry world trade, and prices a reroute the moment one of them closes.
9 choke points72h horizon
Cold chain
Live
Follows temperature-controlled consignments across nine jurisdictions on a 48-hour horizon, forecasting integrity breaches hours before they happen.
9 jurisdictions48h horizon
Telecom
Live
Mobile network telemetry indexed into a hexagonal grid, giving a 24-hour view of congestion at ten-minute resolution.
312 5G sites24h horizon
Airspace
Live
1,250 flights moving through European airspace over twelve hours, with altitude-aware reroute modelling when sectors reach capacity.
1,250 flights12h horizon
Transit
Live
Five separate transit feeds reconciled onto a single ten-minute decision clock, across 464 stations and 239 vehicles.
464 stations239 vehicles
Supply chain risk
Live
107 distribution centres and 270 transport lanes modelled against four severe weather systems — showing how a disruption at one site propagates through the network.
107 distribution centres270 lanes
Agriculture
Live
1.6 million monitored acres across the US corn and soy belt, combining four satellite indices with in-field sensors into a 3D stress landscape.
1.6M acres320+ soil sensors
Water utilities
Live
A 767-node distribution network running a 72-hour hydraulic simulation, isolating where water is being lost and how flow redistributes downstream.
767 junctions1,094 mains
Energy markets
Live
The PJM footprint across 206 pricing nodes and 48 hours — showing exactly where transmission congestion appears and what it costs.
206 pricing nodes48h horizon
Energy storage
Live
Backtests storage revenue across 171 settlement points against real five-minute prices and standby fees, over a 48-hour heat-wave window.
171 settlement points5min price resolution
If you are a prime bidder, consortium lead or contractor looking for a technical delivery partner rather than a system supplier, the commercial models, procurement answers and capability statement are on our partnerships page. Contracting entity, company number and registered office are on the company information page — THEAIPLUSPLUS LTD, company number 17397374, registered in England & Wales.
Send the problem, the constraints and the deadline. We will tell you honestly whether we are the right team, what we would need from you, and what a first deliverable would look like.