April 26, 2017
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Robotic fighters
SEPTEMBER-OCTOBER 2015: The widespread and successful use of drones i.e., the UCAV in the Af-Pak region has demonstrated its efficacy and necessity in future warfare, especially in a low intensity conflict situation. However, the defence community, world over, is now looking into the possibility of deploying the combat drones in full scale war which can be deployed in the long range and long endurance mission. The drones are now gradually becoming part of the weapons package.
Accurate delivery
SEPTEMBER-OCTOBER 2015: Among the many lessons learnt by India from the Kargil intrusion by the Pakistan Army Northern Light Infantry in 1999 was one that it should not require the wasteful expenditure of more than 2,50,000 tons of steel over a period of more than two months to be able to dislodge/eliminate an entrenched enemy.
Detecting threats
SEPTEMBER-OCTOBER 2015: With concerted attempts to make the oceans transparent and the development of technologies that could make the quietest of submarines detectable, India, with its nuclear doctrine predicated totally to the importance of being undetectable will have to reduce its overdependence on a submarine-based nuclear deterrence.
Flying trackers
JULY-AUGUST 2015: Situational awareness based on the real time acquisition of information holds the key to getting a holistic view of the battlefield scenario. Indeed, the efficacy of a network centric warfare strategy is directly related to the information superiority achieved through the optimum use of sensors and radars deployed on a range of platforms.
Going hi-tech
JULY-AUGUST 2015: As modern battlefields get more and more complex, lethal, diverse and multidimensional, the fighting infantry soldiers need to be armed accordingly to face the challenge of operating across the entire spectrum of conflict.
Sea scanner
MAY-JUNE 2015: There is evidence of a heartening improvement in maritime surveillance as seen in the pre-emptive interception of suspected Pakistani surface vessels to penetrate Indian territorial waters or indulge in criminal activity on the high seas. But true Indian maritime security lies in a capability to be able to find, track and, if necessary, attack and destroy inimical elements on the high seas and closer inshore in the 200 nautical mile Exclusive Economic Zone and the 20-nm contiguous sea.
Uninterrupted access
MAY-JUNE 2015: The successful launch of India’s fourth navigation satellite, IRNSS-1D, by means of an augmented version of the Indian space workhorse, the four stage Polar Satellite Launch Vehicle (PSLV) in March this year, while bringing the country a step closer to realizing the
Intercepting threats
MAY-JUNE 2015:Anti-submarine warfare is a multilayered operation involving all elements ranging from the air, surface to the sub-surface domains. India’s dwindling anti-submarine infrastructure has been well-documented but there is little to show that any large-scale rectification is underway. From insufficient numbers of conventional
Robust network
MAR-APRIL 2015: Indian defence forces, as part of the strategy to boost operational efficiency and combat fitness at all levels, are looking at acquiring state of the art communications systems that are secure, robust and reliable. In fact, the massive intelligence failure suffered by the Indian defence forces during and before the 1999 short lived Kargil conflict with Pakistan did bring home the paramount importance of a robust and versatile communications system to stay at the winning edge of the war.
Sea scanners
MAR-APRIL 2015: Recent events are pointing to an accelerated Pakistani intent to gain ingress into Indian territorial waters and offshore and harbour installations by clandestine means. India will have to correspondingly speed up its efforts to acquire unmanned underwater remotely operated vehicles to handle sabotage and deep submergence rescue vessels (DSRV) to deal with maritime disasters especially involving submarines.