OCEAN MAPPING & BATHYMETRY

NEAR-SHORE CARTOGRAPHY: The most advanced multibeam echo sounder technology will be used for for our feet class, which can satisfy even the most exacting customer needs for data collecting regarding seabed characterization, exploration, and navigation safety.

MAPS OF THE DEEP SEA: Push the envelope with the our Surveyor class, which can conduct extensive, full-ocean surveys down to 11,000 meters. IHO-compliant high-resolution mapping data will be produced by advanced multibeam sonar.

PRODUCT: Plankton Biomass Detection

• For detecting Phytoplankton's, Zooplanktons, Chlorophyll a , algal blooms, Satellite sensors, electrochemical sensors, split-beam digital echo sounder system will be mounted on USVs
• A high-speed digital line scan imaging system, underwater acoustic sensors, zooglider & hardware and software will be used to assess marine biota & to measure the biomass
• Underwater Holographic Sensor for planktons
• Plankton use UV light sensors to detect pressure change and avoid getting swept away

OCEAN RESEARCH, SURVEYING & MAPPING

PRODUCTS : Excellent Scientific Information from the Farthest Seas.

METOCEAN INFORMATION

• Sea surface temperatures, critical air-sea flow data, and critical atmospheric metrics will be used to elevate climate models and precise weather forecasts

DATA ON FISHERIES
PRODUCT : AN EARLYSILENT FISHERY SURVEY SOLUTION

• Trace marine animals to follow ecosystem dynamics and patterns; use a quiet platform to collect acoustic backscatter for accurate fish stock assessment and sustainable fisheries management.

CO2 TRACKING

• CO2 Removal
• The concentration of the CO2 gas in seawater is over 100 times higher than in air.
• So removing carbon dioxide from oceans should be less expensive and energy-intensive than direct air capture.

CARBON SINK

• Oceans are the Earth’s main “carbon sink,” sucking 30 to 40 percent of the greenhouse gas out of the atmosphere
• Moreover, the density of the greenhouse gas in the oceans is more than 100 times greater than it is in the air

CO2 REMOVAL FROM OCEAN
A two-step “electrochemical” process that draws CO2 out of the seawater

• The first step uses electricity to temporarily acidify the water, which encourages the removal of CO2.
• A second step removes the acidity and collects the CO2

OUR PAYLOADS

• Will be designed to fulfill a range of mission-specific objectives
• To detect ocean current vectors at various depths, USVs can be outfitted with several sensors, including water parameters, biomass assessment, acoustic, single or multibeam sonar, echo sounders, and ADCPs

CRITICAL DATA FOR WEATHER & CLIMATE

• The ocean is critically under-explored and lacks the monitoring systems needed to understand our climate
• Advanced technologies are needed to effectively monitor our ocean and gain critical insights into climate science

OUR PRODUCTS
HIGH-RESOLUTION DATA AT YOUR FINGERTIPS

• Offers a revolution in ocean research methods
• For commercial, military, and scientific purposes, our observations and data, both above and below the ocean's surface, provide information and insight.
• Revolutionizing Ocean Access with Cutting-Edge Technology
• We'll create a platform that meets the needs unique to the fishing industry

COMBINING MARINERESEARCH, ENGINEERING, TECHNOLOGY& SENSORS

PRODUCT: Interdisciplinary areas coastal & ocean research & gathering combined data, collection of data, processing and delivering solution.

• The Voyager carries an impressive payload for coastal ocean mapping operations, including high-resolution MBES and Innomar SBP systems, and is the only survey USV that can deliver long-duration multibeam mapping surveys meeting the highest industry standards.
• Its ISR sensor suite for defense applications includes a smart camera array, digital radar, and sub-surface passive acoustics. TECHNOLOGY We provide solutions for a variety of vital maritime applications using cutting-edge machine learning, proprietary software, and hardware that leads the industry.