How it works
Compusult combines geospatial software, sensor integration, mobile collection and configurable robotics. WES Analyst supports common-operating-picture portfolios, sensor and object tracking, tasks, discussions, chat and alerts. Its listed interfaces include OGC WMS, WMTS, WFS, WCS, WPS, GeoPackage, SensorThings API and GML, alongside direct ArcGIS database integration. Portfolios organize maps, areas of interest, imagery, documents and field information for selected users and workflows.
SensorHub is the Java-based companion that connects devices through extensible drivers. Custom drivers can be uploaded without replacing the core software, while live and historical displays, status, alerts and task chains connect sensor information to operator action. A historical DHS-sponsored OGC pilot used SensorHub to integrate a gas sensor, maps and tasking, with data forwarded to SensorUp and MQTT alerts. That exercise used a draft tasking profile and is not a current certification or operational-service record.
GO Mobile supports field viewing and collection in connected or disconnected environments. The January 2017 Release 12.4 guide documents an online first login followed by remembered-user offline access, downloaded portfolios, cached map areas, feature/media/route collection and later transfer. It also describes physical-media transfer and reimport of device changes. These are documented version-specific workflows; current release and operating-system combinations need confirmation.
NANUK provides configurable robotic sensing and mapping rather than a single vehicle specification. Company material describes manual, semi-autonomous and autonomous modes, waypoints, return routes, obstacle avoidance, geofencing and manual takeover using selected LiDAR, IMU, camera, GPS and encoder inputs. The software options include ROS, Arduino, OpenCV and custom Java software on Linux, with WES/SensorHub integration. The wheeled, tracked and amphibious models have different payload and endurance ratings; the published figures do not share a stated mission-load test basis.
Compusult's role in the Ripple project adds a marine edge-AI development context. The multi-partner project seeks local computer-vision analytics for marine platforms, coastal areas, ports and underwater infrastructure when server links are unavailable. Its funded objectives should not be treated as completed functions of every existing Compusult product.
Technical detail
Core features
- WES common-operating-picture portfolios combining maps, imagery, documents, field data and tracked assets
- OGC WMS, WMTS, WFS, WCS, WPS, GeoPackage, SensorThings API and GML interfaces, plus ArcGIS database integration
- Tasks, logistics requests, discussions, chat, sensor status and alerts
- SensorHub driver-based device integration with live/historical views, tasking and rule chains
- GO Mobile connected and disconnected field workflows, with detailed older procedures documented for Release 12.4
- NANUK configurable navigation sensors, manual/autonomous modes, geofencing and operator takeover
- NANUK Model 100 supplier figures: four-wheel base, 60 lb vehicle weight, 100 lb payload, 6 mph and three-hour endurance
- NANUK Model 200 supplier figures: six-wheel base, 190 lb vehicle weight, 200 lb payload, 6 mph and eight-hour endurance
- NANUK Model 300 supplier figures: tracked base, 10 lb vehicle weight, 15 lb payload, 3 mph and eight-hour endurance
- NANUK Model 400 supplier figures: four-wheel amphibious base, 604 lb vehicle weight, 895 lb payload, 11.2 mph and more than three-hour endurance
- Configurable NANUK drives, batteries, software and sensor packages, with selected wireless options described up to 1 km
- Partner participation in the Ripple ocean edge-AI development project
Use & integration
Recorded applications
- Defence and intelligence situational awareness
- Emergency planning and incident response
- Geospatial data sharing
- Hazardous-environment unmanned operations
These describe the reviewed application scope, not confirmed deployments, released requirements or procurement eligibility.
Evidence of maturity
Current software and configurable robotic offerings, with a named Coast Guard portal project and historical sensor-integration pilot. Evidence applies to specific products and contexts. Ripple remains multi-partner development; NANUK endurance and navigation claims require configuration-specific assessment.
Commercial availability
Software demonstrations and configured NANUK discussions are available through Compusult. Scope drivers, data permissions, mobile releases and implementation work. Sourcewell provides a separate route through the US affiliate for eligible participating entities and covered solutions.
Integration and verification
- Readiness
A technology readiness level is not established by the reviewed public sources.
Reviewed connections
Defence needs
Sovereign defence capability areas
Geospatial situational awareness and sensor integration may help teams working on Sovereign defence capability areas by contributing to detection and situational awareness, autonomous and uncrewed systems, and cyber and digital operations.
Original sources 15 linked records
These records support this capability and its published Mission area and Defence need connections. A source count is not a count of independent confirmations.
- Open original source: WES Analyst features and operational workflows (opens in a new tab)
Source details
Source type: official company product
Supports: Capability · technicaldomainslugs
WES Analyst combines web mapping, sensor tracking and collaborative workflows for situational awareness. The product lists OGC interfaces including WMS, WFS, GeoPackage and SensorThings API, plus ArcGIS database integration. SensorHub integration presents sensor status and alerts; Portfolio integration organizes common-operating-picture views and tracks mobile platforms. A public sandbox demonstration supports product evaluation, with deployment and data integration requiring scoped implementation.
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