Our 20cm accurate engineering map data is used by utilities for the accurate positioning of subterranean equipment and ducting.

Our route prediction models are used within enterprise logistics systems to plan delivery routes, and optimise the pack order of delivery vehicles.

Our 3D terrain data is used by insurers for the assessment of flood risk and generation of premium pricing models.

Our geodemographic data is used by financial institutions for the assessment of credit applications, and to plan marketing campaigns.

Our population and route prediction data is used by retail planners for cost-benefit assessment in the planning and rationalision of retail networks.

Our population and route prediction data is used by sales managers to subdivide the country into equal-opportunity sales territories, permitting the comparison of sales performance.

Our population, geodemographic and engineering data is used by utilities to find the shortest connection route to the best customers.

Our household and route prediction data is used by waste management companies to plan and optimise collection routes ensuring the best use of vehicles.

Aerial photography of 15cm ground resolution provides a unique insight to the built environment and facilitates professional business and engineering planning from the desktop.

Boundary data, from census boundaries to telephone exchange boundaries, provide a graphical link between statistical information and the real world.

Business address reference gazetteers provide the ability for marketers to identify customer locations to a building level and therefore to focus their business practises.

Map data of all scales is the foundation of spatial analysis. A broad range of mapping is available to complement the business or engineering information you wish to analyse.

Demographic data provides an insight to the nation; spending habits, occupations, wealth and poverty. Demographic data is used to identify your market geographically and focus sales efforts.

Flood risk data provides planners with an insight to areas prone to flood. Such data is critical to policy makers, insurers and planners for effective land management.

Elevation, aspect, and slope information is required for radio network planning, wind farm planning, horticultural and climatic analysis.

Route prediction models permit the planning of complex driving routes, and the creation of turn by turn directions for delivery vehicles.

Geographic data is used throughout the defence and security services for resource planning, battlefield management, intelligence and logistics assessment, and Command & Control applications.

The finance sector utilise geodata to manage risk, to plan retail networks and design financial products appropriate for the local demographic.

The healthcare industry utilise geographic analysis to assess the distribution of disease, to plan health services and for the effective deployment of command and control services.

The insurance sector utilise the power of gis to manage risk, ensuring managed exposure across flood, fire and crime.

Retail planners utilise geodata to ensure the optimum placement of store locations within their appropriate geodemographic catchment.

Transportation planners use geographic analysis to model access times to public transport, to model changes in traffic management plans and to prioritise investment in transport infrastructure

Utilities are one of the greatest users of geodata, finding benefits in network planning, construction engineering, market analysis, competitor analysis and service logistics.

Waste management providers derive significant saving through the efficient planning of collection routes, ensuring only full trucks return to the head with minimal driving.