Geospatial Data Visualization Software for UTM & Airspace Situational Awareness

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Kongsberg Geospatial is a leading developer of mission-critical software applications that provide mapping capabilities, geospatial data visualization, and situational awareness for UAVs (unmanned aerial vehicles) and uncrewed systems.

Our high-performance geospatial solutions enable the next generation of civilian and military BVLOS (beyond visual line of sight) drone missions, and also provide UTM (unmanned traffic management) and airspace awareness for integrating UAVs into civilian airspace.

IRIS Terminal

Enterprise airspace visualization for BVLOS UAS operators

IRIS Terminal is a real-time airspace visualization platform for enterprise UAS operators or UAS test sites operating BVLOS. Utilizing real-time cooperative and non-cooperative data sources such as ADS-B, RADAR, EOIR sensors, TASA sensors, AIS sensors and ownship telemetry, IRIS Terminal provides a true airspace picture of the operating theater in one ‘plane of glass’.

IRIS Terminal Airspace visualization software

Simultaneously our collision avoidance service computes the projected flight path of all detected aircraft, correlates duplicate tracks and alerts the operator in case of potential airspace conflict or loss of separation. An optional web-based component (IRIS Webviewer) allows operators to share real-time updates and tracks with team members in the field on their LTE enabled tablet.

More information: IRIS Terminal

IRIS UxS

Ground control software for BVLOS UAS fleets

IRIS UxS is a full-featured ground control station software package that delivers enhanced real-time situational awareness for UAVs operating beyond visual line of sight (BVLOS), and is also ideal for USVs (unmanned surface vessels) and UUVs (unmanned underwater vessels).

Providing the ability to track multiple vehicles in real time, IRIS UxS integrates 2D and 3D map and terrain data, aeronautical information, data from sensors, cameras and drone telemetry, as well as ATM/UTM (air/unmanned traffic management) data feeds.

More information: IRIS UxS

MIDAS

Processing and sharing of ISR data from UAS

MIDAS is a powerful system for processing, exploitation, and dissemination (PED) of ISR data from UAS and unmanned systems. The highly portable solution can be deployed anywhere and allows users to review and compare real-time, near real-time and historical sensor data, including full-motion video (FMV).

More information: MIDAS

TerraLens

Geospatial software development kit

TerraLens is a powerful software development kit (SDK) that allows users to easily create real-time 2D and 3D GIS (geographic information system) mapping and geospatial data visualization applications. The software allows developers to layer map data with multiple sources of geospatial data, including real-time data feeds, databases, maps and images.

Providing the most important features and capabilities without the need to develop a new display framework from scratch, TerraLens allows applications to be deployed to a wide variety of platforms, operating systems, and form factors.

More TerraLens products:

TerraLens Server

Map server for TerraLens applications

TerraLens Server is a versatile multiformat map server that delivers vector and raster map tiles and is optimized for use with TerraLens SDK-created applications. It also handles a wide array of terrain GIS data and vector formats, and includes an integrated MIL-SPEC 2525C symbol server.

TerraLens Server is ideal for a variety of UAV C2 (command and control) and military ISR (intelligence, surveillance, and reconnaissance) applications.

More information: TerraLens Server

TerraLens UI

Application framework for professional user interface creation

The TerraLens UI application framework allows developers to quickly prototype and build professional-looking and user-friendly interfaces for real-time geospatial visualization software.

Based on the powerful QML markup language and built on the TerraLens library, the framework enables the creation of user displays that can accommodate an almost unlimited number of sensor inputs, video feeds, maps, and documents in a single viewport.

More information: TerraLens UI

TerraLens 3DWeb

Geospatial engine for browser-based applications

The TerraLens 3DWeb JavaScript library allows developers to create powerful browser-based real-time data visualization applications. It uses the same shader-based rendering technology developed for the TerraLens geospatial visualization engine, allowing visualization of 3D terrain, vector tile data, and high resolution raster data.

Applications created with TerraLens 3DWeb can be deployed to multiple platforms and operating systems, including mobile devices, without the need for recompilation. The geospatial engine is ideal for mission-critical and military UAV applications such as C2 and airspace situational awareness.

More information: TerraLens 3DWeb

TerraLens Mobile

Geospatial SDK for mobile Android devices

TerraLens Mobile is a geospatial development platform specifically designed for rapid development and deployment on mobile Android devices. Enabling deep integration with the Android OS, it provides access to a wide range of low-level device functions such as the power system, camera, compass, and GPS.

More information: TerraLens Mobile

TerraLens Creator

Advanced map deployment and packaging toolkit

TerraLens Creator allows users to quickly collate all map data and assets for a chosen geographical area or operational theatre in order to create convenient application packages and mission packs with maps at a desired level of detail.

Users can also fully customize map presentation and styling, add custom markups and symbols, and define multiple themes or configurations for each map such as day and night versions.

More information: TerraLens Creator

More information: TerraLens – Geospatial Data Visualization Platform

MDCS

Multi-domain C2 for unmanned systems

MDCS provides multi-domain command and control for unmanned systems operating on land, at sea and in the air. Designed for army and naval UAVs, UGVs, USVs and UUVs, the software provides an intuitive integrated picture of a large number of tracks at a wide range of altitudes and depths and moving at very different speeds.

More information: MDCS

I-Sim

High-fidelity airspace and ATM simulator

I-SIM is a high-fidelity radar simulation system that is ideal for supporting UAS integration into civil airspace. Supporting both en-route and terminal operations, the system is delivered with fully-functional ERAM and ARTS/STARS display applications.