Space, cyber space and asymmetric dimensions of warfare are assuming greater importance than the traditional ones and advancement of various critical technologies, sensors, robotics, communication, advanced materials and electronics are paving way for development of unmanned warfare systems, he said.
In future, there is scope for developing unattended sensors, micro UAVs, robot sentry and autonomous underwater vehicles, Chander said.
He listed various unmanned systems used for ground applications, underwater and aerial applications and said, Unmanned Combat Areal Vehicle (UCAV), solar power UAV, aerostats would be next generation air warfare (fully autonomous mission) and future robotic warriors will be assigned well defined tasks.
Elaborating on multi-dimensional battle space in the era of unmanned warfare, Chander said achieving these objectives demands high level of interaction and collaboration among scientific community, academia and industry.
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Chander, Scientific Advisor to the Defence Minister, also laid emphasis on emergent requirement to be proactive in policy making and to take a firm stand on developing and employing advanced unmanned systems, while summarising the national and international status of the defence unmanned technologies during a seminar on 'Future War Unmanned: Technology Challenges' at Defence Laboratory here, which was part of the 21st 'Prof Daulat Singh Kothari Memorial Oration'.
Unmanned technology on mine laying and breaching, protection operation, logistics support, recce and support, combat operation, casualty evacuation and IED detection and handling disposal were discussed in the programme, attended by the union culture minister Chandresh Kumari and others.
Charting out the future path, Chander said levels of intelligence, ability to sense environment and to make decisions and control actions are the few challenges ahead.