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Mapify Technologies

From raw geometry to decisions

The core methods of professional spatial analysis (proximity, overlay, network, cluster and surface analysis) operationalised in Gisify for everyday decision-making.

Aerial view of a planned Malaysian city with a roundabout, boulevards, a lake and domed civic buildings

Overview

Spatial analysis is the craft of asking 'where' questions rigorously: What is near what? What overlaps? What's the best route? Where do incidents cluster? Mapify brings the discipline's common practices, the same methods used by GIS professionals worldwide, into Gisify, so analysts and decision-makers work from one governed platform.

Each method below is available on your own data layers, with results that land back on the map as shareable, auditable layers, not screenshots in a slide deck.

At a glance

6
core analysis practices, one platform
100%
results saved as governed map layers
Live
analysis on streaming feeds, not just archives
No-code
guided workflows for non-specialists

Common practices, on tap

  • Buffer & proximity analysis

    Distance bands around assets, sites and corridors: who and what falls within reach, for planning and impact assessment.

  • Overlay & suitability analysis

    Stack constraint and opportunity layers to score land for development, conservation or infrastructure siting.

  • Network analysis

    Shortest routes, service areas and closest-facility analysis over real road networks. Logistics and coverage, answered properly.

  • Hotspot & cluster analysis

    Statistically sound detection of where incidents, demand or risk concentrate, beyond what the eye picks out of a dot map.

  • Interpolation & surface modelling

    Turn scattered readings of rainfall, pollution and soil into continuous surfaces that show the picture between the sample points.

  • Geocoding & spatio-temporal analysis

    Put addresses and events on the map, then watch how patterns move and change over time.

From question to decision

Map with pins and marked analysis zones

Ask

Spatial analysis starts with asking 'where' rigorously: what is near what, and what overlaps?

  • Buffer and proximity analysis around assets and sites
  • Overlay and suitability scoring across constraint layers
  • Geocoding that puts addresses and events on the map
  • Guided, no-code workflows for non-specialists

Decisions it powers

  • Site selection and land-use planning
  • Service coverage and accessibility studies
  • Risk, incident and demand hotspot mapping
  • Asset, logistics and route optimisation

Put Spatial Analytic to work

Talk to our team about a demonstration, a pilot or a full rollout.