KVH Watch’s dedicated connectivity will support GreenSteam’s core services, facilitating the movement of data from vessels to shore-based analysts more frequently and reliably in real-time. This will enable customers to better understand the factors leading to fuel wastage and develop more effective sustainability optimisation strategies, ultimately reducing costs.
“The lifeblood of GreenSteam is data volume, however, without the ability to move this data off a ship in a timely manner to enable rapid assessments and responses, its impact is lessened,” said Daniel Slater, head of business development at GreenSteam. “As vessels are becoming increasingly sophisticated data generators, this partnership with KVH Watch will enable us to benefit from significant advances in satellite communications by improving the flow of information. This in turn will support shipowners and charterers to make better operational decisions, saving time and money, while reducing emissions.”
“This is an excellent opportunity for the maritime sector to capitalise on the exceptional gains made in satellite communications and performance optimisation technology in recent years,” commented Sven Brooks, senior director of IoT business development for KVH. “The combination of our Watch HTS connectivity with GreenSteam’s machine learning solutions can result in operational efficiencies, cost savings, and increased sustainability for fleets. This represents one more way that shipping is benefitting from digitalisation.”
Digitalisation is proving to be a transformative tool for the maritime industry, but with the sector now evolving beyond the data collection stage, attention is turning to the management, storage, and transfer of the data generated. Without real-time data flow from the vessel, machine-learning solutions must rely on incremental data transfers, therefore limiting the accuracy and confidence of the IoT analysis and prediction. With dedicated satellite connectivity, shipowners can capitalise on real-time data analysis to support vessel optimisation throughout the course of a sea voyage.