GIS & Spatial Intelligence
Decisions that start from where things really are.
Spatial mapping, cadastre and land parcels, smart distance routing and spatial data modelling, built on open geospatial standards and delivered as working software.
Capabilities
What we deliver.
Spatial mapping
Web maps and field apps over your own layers, with editing, search and symbology that make sense to the people using them.
Cadastre & land parcels
Parcel fabrics, erven and farm portions, servitudes and ownership linked to the records that depend on them.
Smart distance routing
Road-following and network-following distances for trenching, service areas, dispatch and logistics, instead of straight lines.
Spatial data modelling
Topologically sound models for networks, utilities and land, designed so the data can answer the questions you will ask of it.
Network GIS
Outside and inside plant for fibre and utilities, traceable end to end.
Location analytics
Coverage, catchment, density and proximity analysis that feeds investment decisions.
Try it
What does a straight-line quote really cost you?
Feasibility priced on straight-line distance under-quotes every site where the trench has to follow the road. Set your own numbers and see the gap.
Defaults are examples only. Enter your own rate and typical detour.
Tools & standards
Proven, supported technology.
We choose mainstream, well-supported tools so the solution outlives the project and your own team can run it.
Proof, in production
Where we already practise it.
These Alexon platforms are built with this discipline and are running today.
Fibre feasibility & network investment
Know what every site costs, and what it earns.
See Optiq
Logical & physical network inventory
Every port, path and service in one living record.
See Nodex PulseTNI Telecoms network inventory & GISOutside plant and inside plant, traced end to end on the map.
See Pulse TNI
Warehouse, stockpile & weighbridge
Every tonne accounted for, from the deck to the ledger.
See QuorixOther disciplines
What does a typical GIS & Spatial engagement look like?
Every engagement follows the same four steps: discover (weeks 1–2), design (weeks 2–4), build and prove with working software every sprint (weeks 4–8), then run and improve.
Which technologies do you use?
We choose mainstream, well-supported tools so the solution outlives the project, including PostGIS, QGIS, OpenStreetMap, OSRM routing, Leaflet, MapLibre, GeoJSON, GeoPackage.
Where have you already applied this?
In our own platforms running in production today, including Optiq, Nodex, Pulse TNI, Quorix.
Can you work alongside our own team?
Yes. We can lead delivery end to end, or work alongside your engineers and hand over with documentation, so your team can run and extend what we build.
Bring us the hard part.
Tell us the outcome you need. We will come back with an approach, a team and a first milestone you can hold us to.