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Solutions · GIS

GIS Application Development for Location-Driven Operations

Interactive maps, asset tracking and spatial analytics that help operations teams see where things are, plan where they should go and act faster.

Overview

Why GIS Development matters

Location data sits in GPS feeds, survey files, spreadsheets of addresses and field teams' phones, yet decisions are still made from static reports that are out of date by the time they are printed. Through GIS application development, HANA Platform brings that data together on live, interactive maps connected to your business systems. Managers can see assets, territories and field activity in one view, planners can model routes and coverage, and field staff can capture accurate data on site. The outcome is quicker dispatch, better use of people and equipment, and decisions grounded in where things actually are.

What we build

GIS Development: capabilities

Every feature is built on our standardized stack, so it is secure, tested and maintainable by any engineer in our pool.

  • Mapping and geospatial dashboards

    Layered, interactive maps with clustering, heatmaps and filters, combined with charts and KPIs so location and performance are read together.

  • Asset and fleet tracking

    Live and historical positions for vehicles, equipment or field staff, with status, geofence alerts and playback of past movements.

  • Location intelligence

    Overlay customers, sales, demographics and competitor sites to find under-served areas and choose locations for new branches or depots.

  • Route planning and optimization

    Plan multi-stop routes with time windows, capacity and driver constraints, then compare planned routes with what actually happened.

  • Field-data collection

    Mobile forms that capture GPS coordinates, photos, signatures and inspection checklists, with offline storage and sync when coverage returns.

  • Spatial analytics

    Distance, buffer, coverage and density analysis on your own data, run in the database so results stay fast even across large datasets.

  • Geofencing and territory management

    Draw zones, assign territories to teams and trigger alerts or workflow steps when assets enter, leave or linger in an area.

  • Integration with business systems

    Connect maps to ERP, CRM, IoT feeds and work-order systems so a pin on the map opens the real customer, asset or job record.

Key benefits

Outcomes your business can count on

  • Shared operational picture

    Dispatchers, managers and field teams look at the same live map, which reduces phone calls asking where someone is or what has been done.

  • Better use of people and fleets

    Planned routes and balanced territories cut unnecessary travel and help teams complete more visits in a working day.

  • More accurate field records

    Location-stamped photos and forms replace handwritten notes, making inspections and audits easier to verify.

  • Smarter expansion decisions

    Spatial analysis of customers and coverage shows where demand is growing before you commit capital to a new site.

Use cases

Where this delivers value

  • Logistics and last-mile delivery

    Track vehicles, plan delivery routes and give customers accurate arrival windows from a single dispatch console.

  • Utility and infrastructure asset registers

    Map poles, pipelines or meters with maintenance history so crews find the right asset and know its condition before arriving.

  • Real estate site selection

    Compare plots and projects against amenities, travel times and demand indicators to support acquisition and pricing decisions.

Technology used

Built on one proven stack

GIS applications are built on our standard Next.js and NestJS stack with PostgreSQL as the system of record. Spatial queries can run inside PostgreSQL, for example with PostGIS on our PostgreSQL stack, and map rendering uses a proven web mapping library chosen for your data volume and styling needs.

  • Next.js map dashboards
  • NestJS geospatial API
  • PostgreSQL with spatial extensions
  • Web mapping library for interactive layers
  • Redis + BullMQ for imports and route jobs
  • Mobile field apps on the same API

Our process

From first call to confident launch

  1. 01

    Discovery

    We inventory your location data sources, coordinate formats and accuracy, and identify the map views and spatial questions that matter most to operations.

  2. 02

    Design

    We design the spatial data model, layer structure, map styling and field-collection forms, and agree performance targets for large datasets.

  3. 03

    Agile Build

    Sprints deliver data import pipelines, the map dashboard, analytics and mobile collection, tested against real samples of your geodata.

  4. 04

    Production + 90-day hypercare

    We load historical data, train dispatchers and field users, tune queries under real usage and provide 90 days of hypercare after launch.

GIS application development that fits your business systems

Many GIS projects stall because the map lives in a separate specialist tool that only one analyst can use. We take a different approach: spatial features are built into the same web application your teams already open every day, backed by the same database as your orders, assets and customers.

That means a sales manager can see territory performance on a map inside the CRM, and a maintenance planner can filter equipment by location inside the ERP, without exporting data or learning new software.

Combining GIS with IoT and mobile

Location becomes far more valuable when it is live. GPS trackers and sensors stream positions and readings into the platform, which our IoT development work handles, while field staff use a companion mobile app to update jobs and capture evidence on site.

For logistics businesses in particular, the combination of tracking, routing and proof of delivery covers most of the daily workflow. Our logistics industry page goes into those needs in more depth.

Handling large and messy location data

Real-world geodata is rarely clean. Addresses are incomplete, coordinates use different reference systems and files arrive in many formats. We build import pipelines that validate, geocode and normalize data before it reaches the map, and we index spatial columns so queries stay responsive as records grow into the millions.

  • Validation and geocoding on import
  • Spatial indexes for fast map queries
  • Background jobs for large file processing
  • Tiling or clustering for dense point layers

Industries served

Proven across industries

FAQ

GIS Development: frequently asked questions

Put your operations on the map

Tell us what you need to track, plan or analyze. We will suggest a GIS application that connects location to your daily work.