Integrated Command and Control Systems

TASL's (Tata Advanced Systems Limited) Integrated Command and Control System is a new generation monitoring and platform automation systems designed to cater for the modern day Naval and Commercial Marine Vessels.
  Key Characteristics  
  • Follows open-architecture standards with modularity and scalability.
  • A networked system with a distributed architecture to allow secure and authorized remote access.
  • Platform independent supports different environments like VME/VPX, PMC/XMC, PCI/PCIe/104
  • Highlr reliable network design with redundancy and self-healing capabilities.
  • Ruggedized systems, consoles and racks catering for military and industrial standards
  • Supports Unmanned operations in Machinery and Equipment Spaces
  • Integrable with CCTV for remote visual monitoring of critical entities.
  • Designed with stability and safety features.
  •  Scenario-based simulated training capabilities.
  • Capability to integrate seamlessly with other on-board command and control systems.
           Multi - Function Console                    High Level Architecture                          Network Diagram
Integrated Platform Management system (IPMS) 

TASL offers a range of IPMS solutions with modular/ scalable architecture for the marine platforms of different sizes, class and types. TASL's solutions are designed to meet the full range of on-board requirements, from simple to complex environment. It allows performing field upgrades to add functionalities at ease.

Our conventional IPMS solution includes:-
  • Propulsion Plant Monitoring and Control System.
  • Power Generation, Distribution Monitoring, Control and Management System.
  • Auxiliary Equipment Monitoring and control System.
  • Steering Gear and Stabilizer Monitoring and Control System.
  • Battle Damage Control and Safety Management System.
  • CCTV surveillance system.

Integrated Bridge Management Systems (IBS)
Integrated Bridge Management System (IBS) is designed to assist the crew in selecting information that is deemed relevant to the operational situation by collecting, processing and presenting relevant data, without cluttering the displays.
  Key modules and functionalities:-
  • Voyage Management Module for planning, executing and monitoring the passage plan. It provides the link between the charts on which the voyage has been planned, position-fixing systems and other navigational sensors like Gyro, Log, Echo sounder and Wind computer.
  • Conning systems provide information on important navigational sensors during passage and docking operations.
  • Health Monitoring System to warn the watch crew against potentially dangerous situations. The main navigational sensors, in particular the radar which provides traffic alarms, the gyro and autopilot which provide course-related alarms and the position-fixing systems which provide position-related alarms are integrated with the health monitoring systems. 
  • Plan Position Interface with Chart Overlay to provide accurate and timely contact information to the watch team by automatically acquiring and tracking the contacts.
  • Track Information Display to give details of all the tracked contacts.
  • Steering Module used to steer the ship (manual, semi-automatic and automatic modules)
  • Propulsion Control System to monitor and control the vessel's main propulsion system.
  • Navigational Safety Module for monitoring and controlling various navigational functionalities of the vessel.
  • Closed Circuit Television Operation and Presentation
  • Voyage Data Recorder.
                                Night Display                                                                     Radar Overlay
State-of-the-art Hardware and Software Components
Our design ensure reduced life-cycle costs to our customers due to use of latest industrial hardware and software for critical components. The network architecture is modular and scalable permitting easy upgrades.