Unmanned Systems

HYPACK FOR UNMANNED SYSTEMS

The trend toward industrial and commercial automation has been underway for some time to tackle the dull, dirty, and dangerous nature of surveying and mapping work.  The applications of these technologies will undoubtedly lead to an increased operational efficiency.  HYPACK is the perfect solution to maximize the return investment toward these platforms.

HYPACK provides the most versatile solution for unmanned vehicles allowing users to leverage the existing 400+ library of hardware drivers to increase the versatility of these platforms while simultaneously maximizing the value of the sensor payload.  Regardless of the environment that these unmanned platforms are deployed in, users will benefit from HYPACK’s strong legacy of sensor and software support. 

UNMANNED AERIAL SYSTEMS (UAV)

Acquire directly georeferenced LiDAR and Imagery through our full turnkey NEXUS 800 Unmanned Aerial System or leverage your own platform with HYPACK onboard to maximize your data collection capabilities.  HYPACK also provides the tools necessary to calibrate and post process LiDAR data as well as geotagging RGB or thermal imagery.   Additionally, HYPACK provides modules to perform a LiDAR bore sight calibration and advanced data analytics through the powerful TIN Editor’s Volumetrics module.

AUTONOMOUS/UNMANNED SURFACE VESSELS (ASV/USV)

HYPACK provides a full end to end solution for ASVs/USVs. Plan and execute a full mission, acquire and process data, and produce products from the acquired data.  HYPACK can preplan and execute user defined missions through a real-time telemetry link that is compatible with several manufacturers’ onboard ASV/USV autonomy controllers.  View the real time data as it is being acquired.  HYPACK for ASVs/USVs provides an abundance of tools to successfully execute survey missions and produce high quality products.

AUTONOMOUS/UNMANNED UNDERWATER VEHICLES (AUV/UUV)

HYPACK supports and can process a wide variety of sensor data collected onboard AUV platforms including inertial navigation, side scan, and multibeam sonar data.  Track the AUV in real time through HYPACK Survey for a common operating environment on the support vessel thereby increasing operational safety.  Upon completion of the AUVs’ mission, HYPACK provides the necessary tools toward sensor calibration, corrector application, and sonar data post processing.  AUV data can then be overlaid as existing data coverage to maximize and monitor the survey’s efficacy and efficiency during the data collection mission.