Seebyte News

Photo: Bluefin

Bluefin-9 Simplifies Underwater Planning & Monitoring

graphical tool provides an intuitive interface to pre-plan your survey mission. Operators can specify safety settings, operational constraints, recovery points and return plans. The Mission Planner also allows customer-specific commands to be sent via the Standard Payload Interface.Full Integration of SeeByte Seetrack 4The Bluefin-9 fully supports SeeByte’s SeeTrack 4, which allows the user to graphically plan missions on nautical charts and specify operational and safety limits, recovery points and return plans. SeeTrack can display previously collected mission data that allows the user to plan

(Photo: Seebyte)

RNLN Integrates SeeByte’s Neptune into its AUVs

The Royal Netherlands Navy (RNLN) has integrated SeeByte’s Neptune software into its new generation Remus 100 fleet of autonomous underwater vehicles (AUV).Neptune provides a payload control architecture, goal-based mission planning, and real-time autonomy engine for Unmanned Maritime Systems (UMS) to plan and execute well known patterns of behavior. Neptune expedites and optimizes single-vehicle and multi-vehicle operations.Neptune can be used to coordinate fleets of unmanned assets for MCM missions enabling operators to easily coordinate various assets to search, classify and map, reacquire

(Photo: ASV Global)

Symbiotic Autonomy for Deep Water Survey

Marine technology partners have developed a new long endurance, multi-vehicle, autonomous survey solution.ASV Global (ASV), in partnership with Sonardyne International Ltd., the National Oceanography Centre (NOC) and SeeByte, have delivered a long endurance, multi-vehicle, autonomous survey solution after a two-week trial in Scotland’s Loch Ness. The tests were the culmination of the three-year ‘Autonomous Surface and Sub-surface Survey System’ collaborative project, part-funded by Innovate UK and Dstl, which set out to produce an integrated system to perform low cost, full water

(Photo: ASV Global)

AUV Tracking System Tested in Loch Ness

vehicles (ASVs) to further data gathering opportunities. The ASV follows the AUV in order to provide position updates to improve dead reckoning while the AUV provides status updates and basic survey information back to the ASV to be transmitted to shore.The project team involving software company SeeByte; provider of underwater acoustic, inertial, optical and sonar technology Sonardyne; and the marine science research and technology institution National Oceanography Centre (NOC) are carrying out trials in Loch Ness in the Scottish Highlands this week (May 14, 2018).The latest round of testing builds

Chris Sotzing (Photo: Sea Machines Robotics)

Sotzing Joins Sea Machines as Engineering Director

Sotzing as director of engineering.   Sotzing will be responsible for the development and deployment of the company’s Sea Machines 300 technology system, as well as managing the engineering team. He reports to COO Jim Daly from the Boston office.   Sotzing joins Sea Machines from SeeByte, where he served as an engineering manager supporting unmanned vehicle technologies in Boston. Prior to relocating to Boston, Sotzing held positions of increasing responsibility for nearly nine years at SeeByte in Edinburgh, Scotland, most recently serving as project manager for the Autonomous Inspection

(Image: SeeByte)

SeeByte to Extend US Navy Unmanned Capability

SeeByte said it has been awarded a Naval Sea Systems Command contract valued at $22.59 million over five years to provide engineering, technical support and training services for the MK18 Unmanned Underwater Vehicle (UUV) Family of Systems (FoS).   The award allows the government to execute task orders with SeeByte for the provision of various supplies and services including but not limited to upgrades to the SeeTrack Common Operator Interface for Navy (COIN) EOD software modules, purchasing of autonomy software (SeeByte’s Neptune autonomy engine) licenses for MK18 UUVs, MK18 software and

Figure 1: Hell Bay 4 demonstrated collaboration using robots from different manufacturers. 10 systems networked together through a central command station. (Photo Courtesy SeeByte)

Unmanned Forces: Building a Multi-Domain Autonomous Fleet

the system work with any number of vehicles. The architecture needs to be able to work with a single system but enable multiple vehicles to share the mission goals and updates to enable full collaborative missions where unmanned systems tackle tasks as part of a dynamically cooperating team.   SeeByte has made steps toward rising to this challenge with Neptune, an autonomy engine which been designed and developed to be goal-based, open, modular and scalable.   Pedro Patron, Engineering Manager at SeeByte describes the scenario, “Originally when SeeByte looked at the state-of-the-art

(Photo: Teledyne Gavia)

Saudi Aramco Buys Teledyne Gavia AUV

is equipped with an Interferometric side scan sonar from Klein Marine Systems, a camera, and utilizes Teledyne RD Instruments’ high accuracy Doppler Velocity Log and Rovins 154 Inertial Navigation System from iXBlue. For pipeline inspection applications the vehicle will be equipped with field SeeByte Autotracker software, which provides autonomous pipeline inspection capability. In order to gather environmental data a variety of other sensors are carried in the new Gavia Science Bay module including the Wetlabs SeaOWL UV-A which is optimized for oil detection in water.   In addition to

(Photo: BAE Systems)

UK Partners to Launch Autonomous Vessels Testing Service

(LEP) to design and deliver the U.K.’s first dedicated autonomous systems testing service.   Based around Portsmouth, Southampton and the South East of the Isle of Wight, BAE Systems will work with ASV Global (ASV), Blue Bear Systems Research (Blue Bear), Marine Electronic Systems (MES), SeeByte and the University of Southampton to provide the service’s infrastructure, with other organizations set to join later on.   Together, the Solent LEP and partner organizations are investing £1.5 million ($2 million) in this project, the first of its kind in the U.K.   The

SeeByte Wins Belgian Navy Contract

Belgian Navy buys 10 licenses of SeeByte’s SeeTrack software for its AUV fleet   SeeByte, creator of smart software for unmanned maritime systems, said it has sold 10 SeeTrack licenses, including personnel training, to the Belgian Navy. SeeTrack will be integrated onto its AUV fleet which will be deployed for Mine Counter Measures (MCM).   The software package includes additional specialist modules designed for mine countermeasure (MCM) operations, SeeByte said. These include Automatic Target Recognition (ART), Change Detection Tool, Performance Analysis Training Tool (PATT) and

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