Everybody in the world benefits from shipping, yet few people realize it. We ship food, technology, medicines, and memories. As the world's population continues to grow, particularly in developing countries, low-cost and efficient maritime transport has an essential role to play in growth and sustainable development.
Ships have to neutralize the challenges that are forced by environment, safety and security, machine effectiveness and structural integrity.
Cats Monitoring all these threats in real time are imperatively important for smooth operations of Merchant Navy, Oil Tankers etc.
VEDA is capable of remotely monitoring vibrations and condition of structures simultaneously in the time and frequency domains and displays the displacement, velocity and acceleration of vibrations at even inaccessible locations on a structure.
VOC and Other combustion gases can be detected on real time basis.
Temp, humidity, Air flow management.
International Maritime Organization (IMO) circular MSC.1/Circ.1485, concerning the carriage and use of portable gas detectors and The International Convention for the Safety of Life at Sea (SOLAS) Regulation XI-1/7 for Enclosed Spaces.
AUM for fire detection
CATS AUM_Fire is early detection of fire to protect life, assets and the environment.
AUM_Fire provides fit-for-purpose smoke detection photonic systems that can help to ensure the safety of Ship.
AUM_Fire monitoring provides the highest quality and increased process safety.
AUM_Fire is extremely sensitive that captures release of smoke even from cigarette. With clear line of sight, distance to monitor fire or smoke is not a limiting factor.
Only one unit of Aum_Fire will Monitor :
Lethal gas parts per billion that are susceptible to trigger fire.
Realtime detecting different types of gases Co, No.
Temperature, humidity and other parameters.
System is highly sensitive and accurate and every 5 feet of space is monitored.
The severity of smoke or fire can be predicted based on increase in concentration.
AUM qualifies and quantifies the gas. Based on concentration of gas, information is sent to command and control system.
Laser light will travel to the source of fire or smoke, rather than waiting for smoke to reach the sensor.
SAMIRA is used to detect the wind-speed, direction, velocity, temperature, humidity, atmospheric pressure, solar radiation, etc. - at various elevations above the platform up to 5000 meters.
Readings are made at each approximately 25 meters in periods of ten seconds.
By means of a software application wind profiler is used to detect low vertical wind shear and inversion of temperature in order to provide improvements to the models through which the warnings are made.
Droneacharya is a near real-time data Mapping of Coastal Waters using Drone Camera, providing for a simple, inexpensive and quick access to the series of images of one for monitoring and providing information of nearby ascending or descending vessels or underwater moving platforms that can be alerted as friend or foe.
The Primary manifestation of Moving platform in stratified fluid is the turbulence and the associated wake and wave generation.
Droneacharya will detect targets from Space, Interprets hydrodynamic patterns that are generated by targets.
The optical and radar images of ship wakes can be interpreted in terms of the classical work of Kelvin and Bragg, respectively.
Smart Tubestile is equipped with Photonic sensing system integrated with image processing monitors and detects :
Bacteria and virus using Exhaled breath analysis.
RFID and Biometric Identification
From unmanned vessels to artificial intelligence applications, CATS Photonic systems, AI and Big data analytics is giving shipping industry and MRO a 21st-century reboot.
One way to avoid failure onboard is to build out redundancy; creating backup systems for each system in the event of a malfunction. Cats Photonic sensors and AI systems can analyze trends in data to predict maintenance failures before they happen.
CATS Array of Things and Big Data analytics allows to apply intelligent algorithms and to evaluate data that helps to guide the logic of possible problems in maritime transport. These methods can be used in marine maintenance planning, predictive breakdown, cargo optimization, Environmental hazards and etc.
CATS will improve standard vessel operations, reduce company's costs and optimize business processes.
Since maritime transport requires smart tools, the application of CATS AI and Big Data offers maximum benefits for sustainable transport.
In terms of comprehensive analysis, marine professionals and researchers will pay particular attention to appropriate algorithms to address specific shipping problems in voyage optimization, stability of transportation, forecasting maintenance and repair, control of freight rates, digitalization on the bridge and control engine, energy efficiency management and enhancement maritime security.