Technological Advancements In Indian Army In 2022

Technological Advancements In Indian Army In 2022
Technological Advancements In Indian Army | Credit: Freepik.com

Introduction:

Merely a few days ago, Defence Minister Rajnath Singh stated that the Defence Research and Development Organization (DRDO) is expanding its technical warfare department to include information technology, artificial intelligence, and robotics. He went on to say that the DRDO is taking a highly modern and first-of-its-kind strategy to prevent numerous current and potential threats. Last year, Ajay Kumar of the Ministry of Defence (MoD) warned the media that the Armed Forces will need to move to 5G networks shortly in order to make effective use of unmanned vehicles and artificial intelligence.

Artificial intelligence, IoT, machine learning, 5G, and quantum computing have now permeated all major industries. They have the potential to be very strong in revolutionizing how these sectors operate if applied correctly. These technologies have the potential to dramatically change India’s defence capability. The armed forces are gradually but steadily progressing and ushering in a new era of technical warfare.

Already Integrating New-Age Technologies:

India never wish to lag behind other countries in adopting modern technology. Centre for Artificial Intelligence and Robotics (CAIR) is already built by India. It is a DRDO facility that conducts research and development in the fields of Artificial Intelligence, robotics, and information and communication security. It has also established a projects like Energy Harvesting Based Infrared Sensor Network for Automated Human Intrusion Detection (EYESIRa), which is largely based on IoT technologies. With assistance from the National Security Council Secretariat (NSCS), the Indian Army built the Quantum Lab at the Military College of Telecommunication. It established the Artificial Intelligence (AI) Centre at the same institution, with assistance from industries and academics. RKS Bhaduria, IAF Chief Marshal, stated the IAF’s interest in the future integration of AI ideas for combat operations at the e-symposium event organised by SAMDeS in collaboration with the FICCI.

How to Go Ahead:

Several initiatives may be done to improve how the systems for the country’s armed forces operate. Some are:

Effective Use of Big Data With a Strong Focus on Security:

With massive volumes of data being collected, the correct advanced analytics and algorithms tools can provide important information to the Armed Forces. This info may be utilized to make successful decisions for national safety and security, and it can even be used to make crucial forecasts. The Armed Forces must devise an organized, well-defined strategy for data management and analysis while ensuring that national-sensitive info is safeguarded.

Unmanned Warfare Mechanisms:

AI is employed in autonomous and unmanned weapon systems used in surface, airborne, and undersea combat. They can distinguish and eliminate possible enemy areas and targets, and they can also gather data and operate as data collecting and analysis centers, which may be employed in military strategy formation.

Involving Private Players:

Efficient private-players engagement in developing software, products, and algorithms for the Armed Forces may stimulate innovation and propel India forward in the race to deploy cutting-edge technology. Indian entrepreneurs are recognized throughout the world for pushing the bar on innovation, and the Armed Forces would be prudent to tap into this potential of the country’s private players. In recent years, there has been a strong interest among commercial actors in catering to the demands of the armed forces as well.

Collaboration With Academia:

IITs, NITs, IISc, and TIFR are home to some of the brightest minds who produce ideas that have the potential to change the technical landscape. The Armed Forces must tap into them in order to transfer cutting-edge items from labs to real-world circumstances. Collaboration between the armed forces, industry, and academics is critical for incorporating new capabilities into systems.

Conclusion:

Gnani.ai, a conversational AI firm, has released an integrated voice recognition-based solution for use in the military. Torus Robotics, located in Chennai, is developing Unmanned Ground Vehicles (UGV) for the Indian Army. IdeaForge Technology, founded by IIT-Bombay alumnus, has received a Rs 130-crore contract with the Indian Army to manufacture drones. The Ministry of Defence launched iDEX to boost progress in defence and aerospace.

Frequently Asked Questions (FAQ):

Is Indian Army technologically advanced?

The question is whether the Indian Armed Forces have the technology and resources to protect the state’s sovereignty and integrity. Yes, the answer is yes. It has been demonstrated several times.

What are the technology recently adopted in armed forces?

According to a top official, the Indian army, navy, and air force are likely to adopt next generation (5G) technology to bring artificial intelligence (AI) and unmanned vehicles to the forefront in order to compete with the world’s most sophisticated armed forces.

How will you improve Indian army technically?

The government has approved a $130 billion plan to upgrade the armed services in 5 to 7 years in September 2019. The strategy calls for the procurement of a variety of weapons, including a battleship, missile, drone, fighter jet, surveillance equipment, rifles, and the development of artificial intelligence architecture.

What are the recent developments in Indian army?

Israeli Tavor X 95 rifles built in India.
Hindustan Aeronautics Limited has agreed to pay 48,000 crore for 83 new Tejas light combat aircraft.
Bharat Electronics has been awarded a defence procurement contract worth over Rs 1,000 crore for advanced radio systems.
The Indian Army will get 118 Arjun Mark-1A tanks valued at $8,400.

What is modern military technology?

Current military continue to invest in future technology. Cognitive radar, 5G cellular networks, microchips, semiconductors, and big scale analytic engines are examples of such technology. Furthermore, several military are working to upgrade present laser technology.

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