Mission Planning, Monitoring, and Post Mission Analysis
Designed with the user in mind, our multi-domain command and control system for rapid on-site analysis, and fusion of sensor data is in service with over 20 navies worldwide. SeeTrack generates a composite picture of events from multiple sensors and platforms, providing you with actionable information and fast results. As a hardware independent solution, SeeTrack supports a diverse range of unmanned systems and sensors, so you can easily integrate your preferred vehicle choice.
From mission planning right through to post-mission analysis, SeeTrack simplifies each stage of the operation.
With SeeTrack you can effectively manage a cross-domain fleet of vehicles through a single, integrated user interface, while retaining the vehicles unique capabilities. The commercially-controlled open architecture means new sensors, or platforms can be integrated at any stage.
SeeTrack manages all the data from previous events, with detailed mission plans, sensor data and contact reporting. This lets you search through your mission history, perform change detection, and generate reports. All the sensor data gathered from multiple missions can be combined to form an integrated picture. This enables MCM teams to effectively manage operations, such as port and harbour security missions.
SeeTrack is designed to handle large volumes of high-resolution data from multiple sensors. Mission review capabilities include: target picking using our waterfall sonar review, sensor mosaic tools, and custom report generation.
Image data courtesy of Hydroid.
Interoperability between nations is important. With over 20 navies to date using SeeTrack, it can support multi-nation joint missions using unmanned maritime systems. SeeTrack also allows use of many common standards (including KML, AML, ESRI Shape Files, and OGC Web services) to import and export data to other software tools.
All of our products are designed to help manage unmanned maritime systems, ultimately providing situational awareness across all assets within the battlespace. SeeTrack's additional modules provide specialist analysis, processing, and training designed to significantly reduce operation time, errors and false alarms.
Our goal-based autonomy software, Neptune, is designed to ensure optimal mission execution from your squad of unmanned maritime systems, irrespective of the changing environment. Neptune's decentralised autonomy architecture allows multiple tasks to be run in parallel, and the vehicles will automatically take responsibility for tasks.
Our Automatic Target Recognition (ATR) detects mine-like objects from the sidescan sonar data and provides a measure of how ‘mine-like’ each of the targets is. Our system uses fast machine learning techniques to help classify shapes such as cylinders, wedges, and truncated cones. These can be run in real-time embedded or top-side post-mission, to provide reliable and repeatable results.
Our Area Breakdown Tool (ABT) divides large, complex operational areas, such as Q-routes or polygons, into smaller survey areas that can be assigned to a single vehicle or fleet. You can breakdown areas based on various factors, such as maximum distance, total area, or number of assets.