DRDO Successfully Tests Indigenous Integrated Air Defence Weapon System (IADWS)

In a landmark achievement for India’s defense modernization, the Defence Research and Development Organisation (DRDO) today successfully conducted the maiden flight-tests of the all-indigenous Integrated Air Defence Weapon System (IADWS) off the coast of Odisha. The multi-layered system, designed to neutralize a spectrum of aerial threats, marks a significant leap in India’s self-reliant defense capabilities.

What Is IADWS?

The Integrated Air Defence Weapon System is a tiered, modular air defense architecture that combines:

• QRSAM (Quick Reaction Surface-to-Air Missiles) for medium-range threats
• VSHORADS (Very Short Range Air Defence System) for close-range engagements
• Directed Energy Weapons (DEW) using high-power lasers to disable drones and low-altitude targets

All components are seamlessly coordinated through a Centralised Command and Control Centre, developed by DRDO’s Defence Research & Development Laboratory (DRDL), enabling real-time threat assessment and response.

Maiden flight Tests of Integrated Air Defence Weapon System (IADWS) was successfully conducted on 23 Aug 2025 at around 1230 Hrs off the coast of Odisha.

IADWS is a multi-layered air defence system comprising of all indigenous Quick Reaction Surface to Air Missile (QRSAM),… pic.twitter.com/Jp3v1vEtJp

— DRDO (@DRDO_India) August 24, 2025

Inside the Test: Precision Across Layers

Conducted at 12:30 PM IST at the Integrated Test Range, Chandipur, the test involved three aerial targets:

• Two high-speed fixed-wing UAVs
• One multi-copter drone

Each target was intercepted by a different tier of the IADWS:

• QRSAM neutralized medium-range UAVs with precision-guided missiles
• VSHORADS engaged short-range threats using shoulder-fired systems
• DEW successfully disabled the drone using laser energy

Strategic Implications

Defence Minister Rajnath Singh lauded the achievement, stating:
“The successful demonstration of IADWS reflects India’s growing prowess in multi-layered air defence and indigenous innovation. It strengthens our ability to protect critical infrastructure and national assets against evolving aerial threats.”
This test places India in elite company alongside nations like:

Country	System Name	Capabilities
🇺🇸 USA	Patriot, THAAD	Long-range, ballistic missile defense
🇷🇺 Russia	S-400	Multi-target, long-range interception
🇮🇱 Israel	Iron Dome	Short-range rocket and drone defense
🇮🇳 India	IADWS	Integrated kinetic + laser-based defense

What’s Next?

With successful validation of its layered architecture, IADWS is expected to undergo further trials before deployment across strategic zones, including border regions and critical urban infrastructure. Its modular design allows for rapid deployment and scalability, making it a cornerstone of India’s future air defense grid.

India’s Defence Production Hits Record $18.19 Bn in FY 2024–25

India has achieved a historic milestone with defence production soaring to ₹1.51 lakh crore (₹1,50,590 crore), approximately $18.19 billion USD.

Defence Minister Mr. Rajnath Singh has lauded the collective efforts of the Department of Defence Production and all stakeholders i.e., DPSUs, public sector manufacturers, and the private industry in achieving this landmark. He termed the upward trajectory as a clear indicator of India's strengthening defence industrial base.

Key Highlights

• Growth Trajectory:
  • Up 18% from ₹1.27 lakh crore in FY 2023–24
  • Up 90% from ₹79,071 crore in FY 2019–20
• Sector Contributions:
  • Public Sector (DPSUs & PSUs): 77% of total production
  • Private Sector: 23%, up from 21% last year
• Exports:
  • Defence exports hit ₹23,622 crore
  • Up 12.04% from FY 2023–24
• Policy Drivers:
  • Strategic push under Aatmanirbhar Bharat
  • Focus on indigenisation, ease of doing business, and export capability
  • Defence Minister Rajnath Singh credited the achievement to collective efforts and PM Modi’s leadership

Strategic Implications

This surge positions India as a rising global player in defence manufacturing. The blend of public-private growth, policy reforms, and export momentum suggests a maturing industrial base with long-term potential.

Indian Navy Revives Ancient Shipbuilding: Hand-Stitched Vessel Set to Sail Historic Trade Routes

The Indian Navy is set to induct the Ancient Stitched Ship, a remarkable recreation of a 5th-century CE vessel, inspired by a painting from the Ajanta Caves. This ship was constructed using traditional methods by artisans from Kerala, led by master shipwright Babu Sankaran, who meticulously executed thousands of hand-stitched joints.

The ancient stitching technique in shipbuilding, known as the Tankai method, involved sewing wooden planks together rather than using nails. This method provided flexibility and durability, making ships more resistant to damage from shoals and sandbars. The Hand-Stitched Joints were done by artisans using ropes or strings to sew planks together, sealing them with a mix of coconut fiber, resin, and fish oil.

 

Unlike modern vessels, this ship features square sails and steering oars, requiring a unique blend of archaeological interpretation, naval architecture, and hydrodynamic testing to ensure seaworthiness. The Indian Navy collaborated with IIT Madras to validate its hydrodynamic behavior at sea.

Following its induction, the Navy plans to sail the vessel along ancient maritime trade routes, with preparations already underway for its maiden voyage from Gujarat to Oman. This initiative not only revives India's rich shipbuilding legacy but also showcases the Navy’s commitment to preserving maritime heritage.

#IndianNavy to induct & name the Ancient Stitched Ship on #21May at Naval Base, Karwar.
Reconstructed from a 5th century Ajanta painting, the ship was built using the ancient technique of stitching, with square sails & steering oars.
A rare feat in our modern shipbuilding… pic.twitter.com/cWn4EGJWac

— SpokespersonNavy (@indiannavy) May 20, 2025

India Develops 30 KW Laser Weapon To Neutralize Aerial Threats, Joins List Of Elite Nations

India has successfully developed a 30-kilowatt laser-based directed-energy weapon (DEW) capable of neutralizing aerial threats like fixed-wing aircraft, missiles, and swarm drones.

Representative Image

This milestone places India among elite nations such as the United States, China, and Russia, which possess advanced laser weapon capabilities. It boosts India’s standing in global defense partnerships, potentially leading to collaborations in directed-energy weapon advancements.

The weapon system, developed by DRDO’s Centre for High Energy Systems and Sciences (CHESS) in Hyderabad, was tested in Kurnool, Andhra Pradesh. It demonstrated its ability to engage drones at long range, thwart multiple drone attacks, and destroy enemy surveillance sensors. It can target aerial threats within a 5-kilometer range and includes electronic warfare capabilities like jamming communication and satellite signals.

DRDO Chairman Dr. Samir V Kamat stated that this is just the beginning. India is also working on high-energy microwave systems and electromagnetic pulse weapons to achieve “Star Wars”-like defense capabilities.

This breakthrough enhances India's defense readiness across multiple domains, including ground-based and naval operations. With aerial threats like drones, missiles, and surveillance systems becoming more sophisticated, this laser weapon provides an efficient way to neutralize hostile targets at long range.It strengthens India’s ability to counter asymmetric warfare tactics, such as drone swarms used in modern conflicts.

Unlike traditional missile defense systems, which require expensive ammunition, directed-energy weapons use high-powered lasers, significantly reducing operational costs. This means lower expenditures on defense logistics and replenishment, enhancing sustainability.

Future Developments: Microwave & Electromagnetic Pulse Weapons.

The DRDO is also working on high-energy microwave systems and electromagnetic pulse (EMP) weapons, further diversifying India’s defense arsenal. This aligns with India’s broader goal of building self-reliant, futuristic military capabilities.

Electromagnetic Pulse (EMP) Weapons

EMP weapons generate powerful bursts of electromagnetic radiation that can disable electronic infrastructure, including military command centers, satellites, and communication networks.

DRDO is working on EMP-based counter-drone systems, which can instantly disable swarms of enemy drones without physical destruction. These weapons are being integrated into India's future battlefield strategy, ensuring rapid response to electronic warfare threats.

High-Energy Microwave (HEM) Systems

HEM systems can jam enemy communication networks, disable radar systems, and fry electronic circuits, making them effective against unmanned aerial vehicles (UAVs) and precision-guided munitions.

These weapons use focused microwave energy to disrupt or destroy electronic systems in enemy drones, missiles, and surveillance equipment.

DRDO's Centre for High Energy Systems and Sciences (CHESS), Hyderabad, is leading research on vehicle-mounted microwave weapons. HEM systems can jam enemy communication networks, disable radar systems, and fry electronic circuits, making them effective against unmanned aerial vehicles (UAVs) and precision-guided munitions.

Key Projects Underway

1. Project DURGA II: A 100-kilowatt laser-based DEW designed for long-range precision targeting.
2. MK-II (A) Vehicle-Mounted Microwave Weapon: Successfully tested in April 2025, capable of neutralizing aerial threats using high-energy microwaves.

India's focus on indigenous development of DEWs aligns with its goal of self-reliance in defense technology. These advancements will play a crucial role in modern warfare, countering drone threats, and securing critical infrastructure.

India Eyes Game-Changing $4.5 Bn Radar Deal with Russia for Unmatched Defense Surveillance

India's potential acquisition of Russia's Voronezh Over-the-Horizon (OTH) radar system could be a game-changer for its strategic defense. This $4.5 billion deal would place India among an elite group of nations-alongside the United States, Russia, and China-that operate this cutting-edge technology.

Unlike conventional radars, the Voronezh system can detect objects beyond the Earth's curvature, using high-frequency radio waves that bounce off the ionosphere. This allows it to track stealth aircraft, fighter jets, and ballistic missiles from distances of up to 8,000 km vertically and 6,000 km horizontally. If deployed in Chitradurga, Karnataka, it could provide early warning capabilities against threats from China and Pakistan, significantly enhancing India's deterrence and situational awareness.

VHF radar "Voronezh", Leningrad Region of Russia

Russia has used Voronezh radars to counter U.S. missile defense concerns, with former President Dmitry Medvedev citing them as a response to Western military developments.

The Voronezh-DM variant can track objects up to 10,000 km away, detecting targets as small as a football at 8,000 km.

Beyond security, this potent $4.5 billion deal aligns with India's "Make in India" initiative, with 60% local manufacturing expected to involve major firms like Bharat Electronics Limited (BEL) and Tata Advanced Systems. Given India's evolving defense landscape, particularly after the 2020 border tensions with China, this radar could be a transformative asset in regional security frameworks like the Quad.

August 2007 file photo of President Vladimir Putin (R) listens to Colonel General Vladimir Popovkin (C) commander-in-chief of the space forces, during his visit to the new-generation radar station Voronezh in Leningrad Region. [Photo credit: DMITRY ASTAKHOV/AFP via Getty Images] 

The Voronezh radar system offers several technical advantages that make it a formidable asset in early warning and missile defense:

• Extended Detection Range: It can track objects up to 8,000 km vertically and 6,000 km horizontally, providing early warning against ballistic missiles, stealth aircraft, and hypersonic threats.
• Phased Array Technology: Unlike older radars, Voronezh uses electronic beam steering, allowing for rapid target acquisition without mechanical movement. 
• Multi-Frequency Operation: Different variants operate across VHF (Voronezh-M), UHF (Voronezh-DM), and decimeter wavelengths, optimizing detection of low radar cross-section targets like stealth aircraft.
• High Prefabrication & Modularity: The system is highly prefabricated, meaning it can be deployed in months instead of years, with fewer personnel required.
• Integrated Missile Attack Early Warning System: Voronezh radars work in unison to create a comprehensive radar picture, enhancing situational awareness and response time.
• Energy Efficiency: Consumes only 0.7 MW, significantly lower than older radar systems, making it cost-effective.

This radar system is truly a marvel of modern defense technology. If India proceeds with acquiring this system, it could revolutionize its strategic defense capabilities, particularly in monitoring threats from China and Pakistan. What aspect of this technology interests you the most? Do comment below.... 

Godrej Aerospace's Kaveri Engine Delivery: A Milestone in India's Defense Manufacturing

India's aerospace and defense sector has taken a significant leap forward with Godrej Aerospace's delivery of the first two modules of the Kaveri derivative engine to the Gas Turbine Research Establishment (GTRE). This event marks a crucial milestone in India's journey toward self-reliance in military aviation technology.

The Kaveri Engine is India’s indigenous jet engine project developed by the Gas Turbine Research Establishment (GTRE) under DRDO. It was originally intended to power the HAL Tejas fighter aircraft but faced technical challenges that delayed its deployment.

Why Is This Delivery Important?

The Kaveri engine project has long been a symbol of India's ambition to develop indigenous jet propulsion technology. Originally conceived to power the HAL Tejas Light Combat Aircraft (LCA), the program faced technical challenges that led to its delinking from the Tejas project. However, the Kaveri derivative engine, a 48 kN dry thrust variant, has found new applications, particularly in autonomous air vehicles. 

Godrej Aerospace's successful delivery of these modules demonstrates India's growing capability in precision manufacturing and advanced engineering. The company has committed to delivering six more modules by the end of 2025, fulfilling a critical order placed by the Defence Research and Development Organisation (DRDO).

Strengthening India's Defense Ecosystem

This collaboration between GTRE and Godrej Aerospace highlights the increasing synergy between India's government research institutions and private industry players. By leveraging its expertise in precision engineering, Godrej Aerospace is contributing to India's Atmanirbhar Bharat (Self-Reliant India) initiative, reducing dependence on foreign suppliers for critical defense technology.

 

Moreover, the successful production of these engine modules lays the groundwork for future advancements, including India's aspirations to develop a 5th-generation fighter jet engine. The experience gained from manufacturing the Kaveri derivative engine will be instrumental in shaping India's next-generation propulsion systems.

Looking Ahead

With the remaining six modules set for delivery, India is steadily advancing toward indigenous unmanned aerial technology. The Kaveri derivative engine's role in autonomous air vehicles could pave the way for future stealth drones and combat UAVs, strengthening India's aerial defense capabilities.

Godrej Aerospace's achievement is more than just a delivery—it is a testament to India's evolving defense manufacturing prowess. As the country continues to innovate and refine its aerospace technology, this milestone serves as a stepping stone toward a future where India stands among the global leaders in military aviation.

India lacks high-altitude testing facilities, forcing reliance on foreign testing centers. Efforts are underway to develop Kaveri 2.0, which aims to bridge the gap with modern fifth-generation engines.

India Signs $248 Mn Deal with Russia for Procuring Engines for T-72 Tanks for Indian Army

The Ministry of Defence, Government of India, has signed a $248 million deal with Russia's Rosoboronexport for the procurement of engines for T-72 tanks. Rosoboronexport is the only state organization in Russia for exporting the entire range of military, dual-use products technologies and services. 

The deal also includes Transfer of Technology (ToT) from M/s Rosoboronexport (RoE), Russian Federation to M/s Armoured Vehicles Nigam Limited (Heavy Vehicle Factory), Avadi, Chennai, for integration and subsequent licensed production of engines under ToT to boost the "Make in India' initiative in Defence Sector.

This initiative aligns with the "Make in India" program, promoting local production and integration of advanced technology.

T-72 is the mainstay of tank fleet of the Indian Army which is at present fitted with 780 HP Engine. Equipping the existing fleet of T-72 Tanks with 1000 HP Engine will enhance the battle field mobility and offensive capability of Indian Army.

The new 1000 HP engines will significantly enhance the performance of the T-72 tanks in several ways. The higher horsepower will improve the tanks' speed and maneuverability on the battlefield, allowing them to respond more quickly to changing combat situations. The new engines are expected to be more reliable and efficient, reducing the likelihood of mechanical failures during critical operations.

The upgraded engines will enable the T-72 tanks to operate effectively in diverse combat scenarios, including high-altitude and rugged terrains.

IG Drones Secures Contract with Indian Army for VTOL and FPV Drones Made in India

Amid rising security concerns and evolving drone warfare tactics, IG Drones has solidified its position as a trusted technology partner for India’s defense forces by securing a significant contract with the Indian Army. The order includes the supply of IG Drones’ indigenously developed VTOL (Vertical Take-Off and Landing) and FPV (First-Person View) drones, designed to enhance the Army’s operational capabilities while addressing national security concerns surrounding the use of foreign components in critical defense systems.

The decision to prioritize domestically developed drone technology comes at a time when the Indian Army faces mounting security threats along international borders. Recent incidents, such as the hijacking of an Indian Army drone near the Pakistan border, have underscored the urgent need for reliable, indigenously manufactured platforms free from Chinese-origin components, which could compromise national security. As of August 2024, India had 398 drone startups, doubling in three years, surpassing China's 298. However, a recent Indian Army drone hijacking near the Pakistan border has raised security concerns, highlighting the need for certified, reliable companies to provide secure solutions.

India’s defense strategy is increasingly dependent on cutting-edge drone technology to counter challenges in high-altitude terrains, border surveillance, and rapid response operations. IG Drones’ VTOL systems are tailored for operations in extreme environments, offering unparalleled flexibility by enabling vertical take-off and landing in areas where runways are unavailable, such as mountainous regions and urban conflict zones.

The FPV drones, on the other hand, bring a real-time, first-person perspective to tactical reconnaissance, enabling precise intelligence gathering while keeping personnel out of harm’s way. These drones are particularly suited for urban warfare, search-and-rescue missions, and counter-infiltration efforts.

As part of the government’s Make in India and Atmanirbhar Bharat initiatives, the Indian Army has prioritized procuring equipment that aligns with the country’s vision for self-reliance in defense manufacturing. IG Drones has responded to this call by ensuring its platforms are free from Chinese components, addressing concerns over potential data security vulnerabilities.

Speaking on the milestone, Mr. Bodhisattwa Sanghapriya, Founder and CEO of IG Drones, remarked:

This contract reflects the Indian Army’s trust in our ability to deliver secure, world-class drone systems. By integrating indigenous innovation with advanced capabilities, we aim to empower the armed forces to meet modern security challenges head-on. With this, we have global aspirations to take drone ecosystem and 5-G enabled drone solutions to another level. We are committed to our forces’ determination for ensuring fool-proof security and surveillance along the borders.

Expressing his views, Major General RC Padhi, Senior VP (R&D), IG Drones, said —

The procurement of these indigenously developed drones is a significant step toward bolstering our operational capabilities amid evolving security challenges. These advanced drone systems, tailored for high-altitude and tactical operations, will play a pivotal role in ensuring reliable surveillance, precise intelligence gathering, and enhanced border security. This partnership underscores our commitment to embracing Made-in-India solutions for a self-reliant and secure defense ecosystem.

The Indian drone market is experiencing rapid growth, fueled by increasing demand across sectors like defense, agriculture, and logistics. Government initiatives such as the Drone Shakti scheme and a ban on the import of drones have further accelerated the adoption of indigenous technology. Recent data reveals that India now hosts over 390 drone startups, a figure that has more than doubled in the past three years, showcasing the sector’s potential.

With this new contract, IG Drones not only strengthens its relationship with the Indian Army but also sets a benchmark for the role of homegrown technology in bolstering national security. By aligning its efforts with India’s vision for self-reliance and innovation, the company underscores the importance of indigenous solutions in addressing the country’s evolving defense needs.

The Indian drone market is expected to reach $13 Bn in size by 2030, growing at a CAGR of 21% between 2022 and 2030. In terms of volume, drone units are projected to increase from 10,803 in 2024 to 61,393 by 2029. This rapid expansion is fueled by growing demand across sectors such as agriculture, defense, and e-commerce.

About IG Drones

IG Drones is a leading drone technology company specializing in advanced defense and industrial solutions. Driven by innovation, it has established itself as a pioneer in delivering cutting-edge technologies to meet the evolving needs of industries and national defense. At the forefront of industry-first breakthroughs, IG Drones is revolutionizing the sector with 5G-enabled drones and Made-in-India manufacturing. With AI-powered solutions, the company enhances drone applications across defense and industry. Founded by Bodhisattwa and Om Prakash and headquartered in Noida, IG Drones exemplifies industrial leadership in drone technology and innovation in India.

India Achieves Milestone in Next-Gen Hypersonic Missiles Development, Successfully Conducts Ground Test of Scramjet Engine

The Defence Research & Development Laboratory (DRDL), a Hyderabad-based laboratory of Defence Research and Development Organisation (DRDO) recently conducted a successful ground test of a scramjet engine. This test marks a significant milestone in India's development of next-generation hypersonic missiles.

A scramjet (supersonic combustion ramjet) is a type of airbreathing jet engine designed to operate at extremely high speeds, typically greater than Mach 5 (five times the speed of sound). Unlike traditional jet engines, scramjets do not have rotating compressors or turbines. Instead, they use the high speed of the vehicle to compress incoming air before combustion.

Here are some key details of the ground test by DRDO:

1. Test Duration: The scramjet combustor ground test lasted for 120 seconds, demonstrating stable combustion and successful ignition.

 

2. Speed: Hypersonic missiles, powered by scramjet engines, can travel at speeds greater than Mach 5 (five times the speed of sound or more than 5,400 km/hr).

3. Technological Achievements: The test showcased several notable achievements, including an innovative flame stabilization technique that maintains continuous combustion at air speeds exceeding 1.5 km/s.

4. Indigenous Development: The indigenous development of endothermic scramjet fuel, the first time in India, jointly by DRDL and Industry is central to this breakthrough.

The endothermic scramjet fuel offers significant cooling improvements and ease of ignition. The team developed a special manufacturing process to achieve stringent fuel requirements of DRDL at Industrial scale.

A state-of-the-art ceramic thermal barrier coating (TBC) was developed to withstand extreme temperatures encountered during hypersonic flight.

TBC is an another key achievement along side the Scramjet. The TBC developed is designed to withstand extreme temperatures encountered during hypersonic flight. A new advanced ceramic TBC having high thermal resistance & capable of operating beyond melting point of steel has been jointly developed by DRDL and Department of Science & Technology (DST) Laboratory.

Defence Minister Rajnath Singh praised the DRDO and industry partners for this achievement, highlighting its importance for advancing India's hypersonic missile capabilities.

Scramjets are primarily used in experimental and military applications, such as hypersonic missiles and Space planes.

L&T Launches INS Utkarsh, Its 2nd Multi-Purpose Vessel for Indian Navy

Larsen & Toubro (L&T) on Monday launched the second Multi- Purpose Vessel (MPV) for the Indian Navy from its Kattupalli Shipyard near Chennai.

The vessel, christened INS Utkarsh, was launched by Dr Sushmita Misra Singh, the wife of Union Defence Secretary Mr Rajesh Kumar Singh. Mr Singh, Vice Admiral B Sivakumar (Controller of Warship Production & Acquisition), Rear Admiral Vishal Bishnoi (Assistant Controller of Warship Production & Acquisition) and senior leaders of L&T were present.

Following an accelerated production schedule, the launch of INS Utkarsh comes within three months of the launch of the first MPV INS Samarthak. The first vessel is now being readied for undergoing tests and trials prior to its delivery to the Indian Navy.

The MPVs are highly specialised, and play multiple roles, including serving as trial platforms, for the development of next generation weapons and sensors. They will perform maritime surveillance, humanitarian assistance, combat sea pollution, besides taking up launch and recovery of surface and aerial assets, etc.

The MPVs are 107m long, 18.6m wide with a displacement over 3,750 tonnes. In keeping with Government of India’s Aatmanirbhar Bharat mission and Make in India initiative, the design engineering of the MPVs has been undertaken at L&T’s in-house Warship Design Centre at Chennai and the construction is accomplished at L&T’s Katupalli Shipyard.

Commenting on the occasion, Mr A T Ramchandani, Senior Vice President & Head - L&T Precision Engineering & Systems, said:

The successful launch of the second MPV ahead of schedule underscores L&T’s unwavering commitment to bolster India’s national security. With our unmatched in-house design expertise and execution prowess, we are committed to providing cutting-edge defence platforms to support Indian Navy’s fleet expansion needs.

L&T’s Kattupalli Shipyard is one of the most advanced shipbuilding and ship repair facilities in India and is equipped with ship-lift, dry and wet berths to concurrently undertake new ship building and repairs.

Besides the two MPVs, L&T is also constructing three Cadet Training Ships and six other defence vessels for the Indian Navy on public-private-partnership model. This apart, the repair of the Indian naval ship INS Tir is also currently underway at the Kattupalli Shipyard.

Work on Indian Coast Guard’s 1st Full-Fledged Data Center Started in Delhi's Mahipalpur

The Indian Coast Guard has embarked on a significant digital transformation project with the construction of its first full-fledged data center in Mahipalpur, New Delhi. The project is valued at Rs 588 crore (approximately $70 million).

The data center is expected to be completed within two years.

This will be the first full-fledged data center for the Indian Coast Guard. The success of this project may pave the way for similar initiatives in other branches of India's defense forces, such as the Indian Air Force and the Indian Army.

The initiative is expected to improve the efficiency and effectiveness of decision-making within the Indian Coast Guard.

The project is be executed by Telecommunications Consultants India Limited (TCIL), in collaboration with Yotta Infrastructure and Attero, a software solution company.

The data center will be built to Tier III standards, ensuring high reliability and security parameters, including a disaster recovery site.

The data center will integrate an Enterprise Resource Planning (ERP) system, connecting the Coast Guard's 109 offices and 88 ships. The data center aims to automate internal processes, including finance, HR, and operational modules.

This project is a major step towards modernizing the Indian Coast Guard's operations and enhancing their digital capabilities. 

PM Modi-Chaired CCS Approves 52 Spy Satellites equipped with Artificial Intelligence

The Cabinet Committee on Security (CCS), chaired by Prime Minister Narendra Modi, has approved the launch of 52 spy satellites under Phase III of the Space Based Surveillance (SBS-III) project. This project, estimated to cost around Rs 27,000 crore, aims to enhance India's surveillance capabilities, especially along its borders with Pakistan and China.

The satellites will be launched into low Earth and geostationary orbits and will be equipped with artificial intelligence (Al) to improve geo-intelligence and communication between satellites for better threat mitigation.

Additionally, the CCS has also approved the $3.9 billion purchase of 31 weaponized Predator drones from General Atomics, to complement the surveillance capabilities of the SBS-III mission. General Atomics (GA) is a California, US based company that specializes in defense and diversified technologies, including energy, defense, robotics, and unmanned aircraft.

The Space Based Surveillance (SBS-III) project is a significant initiative by the Indian government to enhance its surveillance capabilities through space-based technology.

In Phase-I (2001), 4 satellites were launched, under the aegis of the then prime minister Atal Bihari Vajpayee. In Phase-II, 6 satellites were launched in the year 2013. And, now in 2024, 52 surveillance satellites have been approved by the CCS, to launch. 

Indian Space Research Organisation (ISRO) is responsible for the development and launch of these satellites.

National Security Council Secretariat works alongside the Defence Space Agency under the integrated headquarters in the Defence Ministry to handle the project. Defence Space Agency plays a crucial role in the project, focusing on enhancing India's defense capabilities.

These organizations and entities are working together to enhance India's surveillance and defense infrastructure.

Development of the Spy Satellites

ISRO will follow a comprehensive process to develop these spy satellites. Here's an overview of the steps involved:

1. Design and Development: The satellites will be designed and developed at the U R Rao Satellite Centre (URSC). This involves creating detailed designs, selecting materials, and developing the technology.

2. Assembly and Testing: Once the design is finalized, the satellites will be assembled and rigorously tested to ensure they meet all specifications and can withstand the harsh conditions of space.

3. Launch Vehicle Preparation: The satellites will be launched using ISRO's launch vehicles, such as the Polar Satellite Launch Vehicle (PSLV) or Geosynchronous Satellite Launch Vehicle (GSLV), depending on the payload and orbit requirements.

4. Launch: The satellites will be launched from the Satish Dhawan Space Centre on Sriharikota Island, near Chennai.

5. Deployment and Operation: After launch, the satellites will be deployed into their designated orbits and will start their operational phase, providing surveillance data and enhancing India's national security.

ISRO's expertise in satellite technology and its successful track record in launching and operating satellites make it well-equipped to handle this ambitious project.

Defence Ministry Approves Proposals Worth $17.4 Billion for Future-ready Combat Vehicles, Radars and More

Boost local industries and reduce dependency on foreign suppliers

The Defence Acquisition Council (DAC), under the chairmanship of Raksha Mantri Shri Rajnath Singh on September 03, 2024, approved 10 capital acquisition proposals worth Rs 1.45 lakh crore (approximately USD 17.4 billion) in a major step towards enhancing India's defence capabilities.

The acquisitions include advanced weaponry, surveillance systems, and other critical technologies, which will enhance the operational capabilities of the Indian armed forces.

A significant portion of these acquisitions focus on promoting indigenous defense manufacturing under the ‘Make in India’ initiative. This could boost local industries and reduce dependency on foreign suppliers.

Of the total cost of all 10 approved proposals, 99% is from indigenous sources under Buy (Indian) and Buy (lndian-Indigenously Designed Developed and Manufactured) categories.

For modernisation of the tank fleet of the Indian Army, the proposal for procurement of Future Ready Combat Vehicles (FRCVs) has been cleared. The FRCV will be a futuristic Main Battle Tank with superior mobility, all terrain ability, multilayered protections, precision & lethal fires over and real-time situational awareness.

The Acceptance of Necessity (AoN) was also accorded for procurement of Air Defence Fire Control Radars, which will detect & track aerial target and provide firing solution. The proposal has also been approved for Forward Repair Team (Tracked) which has suitable cross country mobility for carrying out in-situ repair during mechanised operations. This equipment is designed & developed by Armoured Vehicles Nigam Limited, and is authorised for both mechanised Infantry Battalion and Armoured Regiment.

Three AoNs have been accorded to enhance the capabilities of the Indian Coast Guard (ICG). The procurement of Dornier-228 aircraft, Next Generation Fast Patrol Vessels having high operational features in rough weather conditions and Next Generation Offshore Patrol Vessels with advanced technology and enhanced long-range operations, will enhance the capability of ICG to carry out surveillance, patrolling of maritime zone, search & rescue and disaster relief operations.

Towards the end of the meeting, the Defence Minister took a moment to honour late Indian Coast Guard (ICG) DG Rakesh Pal, who was also a member of DAC. The DG passed away due to a heart attack in Chennai on August 18, 2024. Shri Rajnath Singh highlighted DG Rakesh Pal’s remarkable contributions to the growth and expansion of ICG. He conveyed heartfelt condolences, prayers and unwavering support on behalf of the Ministry of Defence to the bereaved family. In a solemn tribute, all members of DAC then stood up to observe a moment of silence, paying their respects to late DG Rakesh Pal whose legacy will continue to inspire.

These acquisitions is aimed at modernizing the armed forces and ensuring better preparedness for various security challenges.

The projects will focus on developing and manufacturing defense equipment within India, promoting self-reliance and boosting the local defense industry.

These proposals are expected to significantly enhance India's defense preparedness and contribute to the overall modernization of the armed forces.

Adani Group Set Aside $2–2.5 Billion for Acquisitions in the Defence Sector

The Adani Group has set aside $2-2.5 billion for acquisitions in the defence sector over the next 2-3 years. Their focus includes drone technology companies in Bengaluru and Hyderabad, which can be used for reconnaissance in hostile environments. Talks are ongoing, and a deal is likely in the next few months.

According to the report, there are ongoing talks with the drone technology firms, and a deal is likely in the next few months. With acquisitions Adani aims to fill the gap of more advanced technologies. 

To recall, in year 2022 Adani Group acquired Alpha Design Technologies, a Bengaluru- based firm catering to the aerospace sector. This move bolstered Adani Group's technological capabilities. Last year in May, ISRO transferred the IMS-1 Satellite Bus Technology to Alpha Design Technologies, which was one of the two private players identified to receive the transfer of this technology through Interest Exploratory Note (IEN) published by ISRO's commercial arm NewSpace India Limited (NSIL).

Adani Group has also collaborate with the Defence Research and Development Organisation (DRDO) on various projects, including naval anti-ship missiles.

Earlier this month, Adani Defence & Aerospace and one of the world’s leading advanced technology and defence groups in the UAE, EDGE Group, collaborate across strategic defence and military domains, combining their expertise in missiles, weapons, unmanned platforms, and cyber systems. The agreement explores setting up research and development facilities in India, the UAE, and other global markets, emphasizing technological advancements in the defence sector.

Additionally, Adani has invested in an ammunition factory in Kanpur and plans to establish counter-drone and missile facilities in Telangana. The company aim to bolster their technological capabilities, emphasizing unmanned systems, small arms, missiles, and indigenous artillery guns.

In January, Adani Defence & Aerospace recently achieved a significant milestone by unveiling its indigenously manufactured Drishti 10 Starliner Unmanned Aerial Vehicle (UAV). This advanced intelligence, surveillance, and reconnaissance (ISR) platform boasts impressive features. It can fly for up to 36 hours continuously.

SAIL's Bhilai Plant Pioneers Next-Gen Steel for S5 Nuclear Ballistic Missile Submarines (SSBNs)

The Steel Authority of India Limited's (SAIL) Bhilai Steel Plant (BSP) has made a significant advancement in the development of strategic defense materials. They have pioneered the creation of next-generation steel designed specifically for the S5 class of nuclear-powered ballistic missile submarines (SSBNs).

The S5-class submarine is a planned class of Indian nuclear-powered ballistic missile submarines (SSBNs) currently under development for the Indian Navy.

This new steel is currently undergoing a comprehensive multi-year testing phase to ensure it meets the stringent performance requirements necessary for underwater applications.

Once the testing phase is successfully completed and the steel is cleared for use, it will be utilized in the construction of the S5 class SSBNs. These submarines are reported to be true underwater giants with an estimated submerged displacement exceeding 12,000 tons and a length of nearly 150 meters.

The S5 class submarines are expected to significantly enhance India's underwater deterrence capabilities and reinforce its position as a leading maritime power.

The S5 class submarines project was assessed by the Government of India in 2006, and production is expected to start by 2027. These submarines are part of India's strategic nuclear deterrent and are expected to play a crucial role in the country's defense strategy by providing a second-strike capability. The S5- class will contribute to the triad of India's nuclear deterrence, which comprises land- based missiles, strategic bombers, and SSBNs.

The next-generation steel developed is designed to meet the specific demands of modern submarine construction. While official details on the composition and properties of this new steel are classified, it is undergoing rigorous testing to ensure it surpasses the performance requirements for underwater applications.

Compared to existing materials, this new steel variant is likely to offer improved strength, corrosion resistance, and longevity, which are critical for the harsh conditions submarines encounter in deep-sea environments. The development process for this steel is more extensive than that for the steel used in the INS Vikrant aircraft carrier, indicating a significant advancement in quality and performance.

This specialized steel is expected to enhance the structural integrity and safety of the S5 class submarines, contributing to India's strategic defense capabilities and supporting the nation's goal of self-reliance in defense technology.

This initiative is part of India's strategic move towards self-reliance in defense capabilities. The steel produced by BSP will undergo extensive testing and inspection by the Defence Metallurgical Research Laboratory (DMRL) and the Indian Navy before it is used in the construction of the Submarine.

The development of this steel is a testament to SAIL-Bhilai's commitment to contributing to major defense projects, following their previous work on special steel plates for the INS Vikrant aircraft carrier. The testing for the submarine steel is reported to be ten times more rigorous than that for the steel used in INS Vikrant, highlighting the critical nature and high standards required for submarine construction.

This project is a significant step in bolstering India's defense infrastructure and enhancing its maritime security. The indigenous development of submarines using materials produced within the country not only strengthens national security but also supports the growth of domestic Industries.

Source – Times of India | Via – Idrw.org

The Indian Navy Quiz Competition THINQ Goes International, Retitled As G20 THINQ

As part of the Navy week, the ‘Navy Welfare and Wellness Association (NWWA)’ conducts Inter School Quiz Competition at various Naval stations. This was scaled up to a National level school quiz competition (THINQ-22) last year, with participation of 6425 schools.

This year on India assuming Presidency of the prestigious G20, THINQ has become an international event and re-named as — “G20 THINQ”.

The event is being conducted by the Navy under the aegis of the G20 Secretariat and in partnership with NWWA (Navy Welfare and Wellness Association) and will have two levels National and International.

The National Round of the G20 THINQ will see participation of school children studying in Classes IX to XII. Over 11700 schools have registered for the quiz.

Two online elimination rounds will be held, the first on 12 Sep 23 and the second on 03 Oct 23. This will be followed by an online quarter-final on 10 Oct 23, from which 16 teams will qualify for the semi-final round (four schools from each zone). The semi-finalists will converge at Mumbai for the national semi-finals at the NCPA auditorium on 17 Nov 23. The top 08 teams will subsequently be in a battle of wits in the National final round planned to be held at the Gateway of India on 18 Nov 23. On completion of the national round, two best quizzers among all finalists will be chosen to represent Team India in the international round.

The International Round of G20 THINQ will see a representation of young and bright minds from across the world - students that will strengthen Bridges of Friendship within G20 partners. This round will see the participation of teams from G20+9 nations, each team comprising of two students. All delegates, including the 16 national semi-finalists and international participants, will have the opportunity to experience India’s diverse heritage and culture during their visit and will be taken to various popular sites and locations in the country. The international finals are planned to be held on 22 Nov 23 at New Delhi.

For G20 THINQ registration and all event-related information visit – www.theindiannavyquiz.in

As India hands over the G20 baton to Brazil on 01 Dec 23, the G20 THINQ will be the concluding chapter of a series of significant events held since Dec 22. It will serve as a remarkable finale to India’s Presidency that witnessed many unique achievements of the G20 at the global level.

IIT Hyderabad Inks MoU with DRDO for DRDO Industry Academia (DIA) Center of Excellence

• 7 unique & multidisciplinary domains to collaborate on A Centre for Additive Manufacturing is also a part of CoE. 
• Centre will facilitate and undertake multidisciplinary directed basic and applied for defence and strategic needs.
• DIA-CoE will be based out of IITH Campus
• It will also engage other academic institutions, technology centres, start-ups and industries in the country.

DRDO Cell was established in IIT Hyderabad (IITH) in 2020-21, which was working as a satellite Centre for the RIC Chennai (IIT Madras Research park). The then Director of the RIC, Dr Natrajan, took the initiative to contact various Defence Laboratories in and around Hyderabad, collate the problem statements, and share them among IITH faculty members through the then Dean (R&D) Prof Sumohana, IITH, and that's how the ball started rolling in 2019-20. IITH Faculty and several DRDO Scientists put tireless efforts in first drafting the proposals to cater to the exact requirement of the Defense, and many proposals in varied areas ranging from Additive manufacturing to sensors design, Artificial intelligence to Space technologies were submitted, and 13 proposals worth of several Crores were sanctioned at the rocket speed.

Dr Samir V Kamat (L) & Prof B S Murty (R) during the MoU Exchange

Understanding the importance of Additive Manufacturing to the Defence, one Centre for Additive Manufacturing was also proposed where faculty from various departments, from Mechanical to Materials science and Metallurgical Engineering, Biomedical to Electrical Engineering, participated. The currently sanctioned DIA COE will take this initiative to a higher level and enable IITH, DRDO, and Industry to contribute to nation-building.

Dr Samir V Kamat, Chairman DRDO & Secretary DDR&D, exchanged MoU with Prof B S Murty, Director, IITH, for setting up the DRDO Industry Academia Center of Excellence at IIT Hyderabad in the presence of Hon'ble Raksha Mantri Shri RajnathSingh during the largest Defence exhibition and conference DefExpo22, Gandhinagar on October 20, 2022.

Expressing his delight on this milestone, Prof B S Murty, Director, IITH, “Country’s defence is not only the responsibility of those who fight the battle on the border but also every Indian, who can be a significant contributor in their own way. IITH is committed to serving humanity through invention & Innovation in technology; DIA-CoE is another indication of the high Innovation Quotient we are known for. IITH is among a few IITs that has been trusted for its capabilities and adored this unique opportunity to serve the nation profoundly”.

The DIA CoE will work on the following broad domains:

• Ultra High-Temperature Materials for Hypersonic Vehicles
• Artificial Intelligence for Missile and Missile Defence
• Technologies for Space application
• Adaptive Imaging and Image Processing
• Nanoornithocopter technologies
• Seeker and Homing Technologies
• Additive Manufacturing

About IIT Hyderabad

Indian Institute of Technology Hyderabad (IITH) is one of the eight new IITs established by the Government of India in 2008. In a short span of 14 years, the institute has become a top-ranker. It has 290+ full-time faculty, ~3,800 students, 18 Departments + Centre for Interdisciplinary Program, nearly 200+ state-of-the-art laboratories, and five research and entrepreneurship centers. The institute has a strong research focus with approx. Rs 535+ crore of sanctioned research funding, with PhD scholars accounting for about 30% of total student strength. IITH has more than 7,500+ research publications with 1,00,000+ Citations, 190+ Published Patents, 1,700+ sponsored/consultancy projects with 500+ running projects, and about 100+ startups.

To know more, please visit https://www.iith.ac.in/.

Defence Ministry's iDEX Supported Startup To Equip Indian Army with Quantum Communication Tech

Back in year 2020, in the month of December, a quantum-powered secure communication trials were conducted between two physically distant DRDO labs and the milestone was achieved as a secure  quantum communication was successfully established in the presence of Defence minister of India.

The technology called "Quantum Key Distribution (QKD)" has been developed by DRDO's Centre for Artificial Intelligence and Robotics (CAIR) and DRDO Young Scientist Laboratory (DYSL-CT).

While CAIR is a premier laboratory of DRDO involved in the Research & Development of high quality Secure Communication, Command and Control, and Intelligent System, DYSL-CT with emphasis on Cognitive technologies, works in the area of design and development of Cognitive Radio and Cognitive Radar Systems, realising through Deep Neural Networks and Reinforcement learning algorithms.

DRDO developed this technology to enable startups and SMEs in the domain of Quantum information technologies, as one of the objectives. The quantum tech will also serve to define standards and crypto policies that can leverage QKD system in a unified Cipher Policy Committee (CPC) framework for more secure and pragmatic key management for current and future military cryptographic systems.

Now after two odd-years, QNu Labs, a Bengaluru-based Deep Tech Start-up, has broken distance barriers by innovating advanced secured communication through Quantum Key Distribution (QKD) systems. The project was curated by iDEX-DIO with Indian Army.

After the successful trials, now the Indian Army has initiated the process of procurement of QKD systems developed by QNu Labs by issuing commercial Request For Proposal (RFP) and its deployment.

QNu Labs is touted as the first India company to successfully develop commercial cybersecurity products using quantum physics. It also has a subsidiary in the United States called QNu Labs Inc, which was set up in Massachusetts, back in year-2019.

Quantum technology has a huge potential for military application and a disruptive impact on modern-day warfare. A QKD system allows creation of a quantum secure secret pair of symmetric keys between two end points, separated by certain distance (in this case, over 150 Kms) in terrestrial optical fiber infrastructure. The QKD helps create a non-hackable quantum channel for creating un-hackable encryption keys which are used to encrypt critical data/voice/video, across the end points.

Buoyed with the success of the start-up, Defence Secretary Dr Ajay Kumar termed the development of indigenously QKD technology as a milestone achievement in ‘Azadi Ka Amrit Kaal’ and a befitting success story of ‘Aatmanirbhar Bharat’. He appreciated the efforts of iDEX start-ups working in deep tech as they are equipping the Armed Forces with innovative solutions for modern and futuristic warfare.

The Defence Secretary also applauded the efforts of the Department of Defence Production, Ministry of Defence, iDEX-DIO, Army Design Bureau and the Indian Army Signals Directorate, which have contributed in development of high end Quantum Technology in the country for the first time. He added that iDEX revolutionises the defence innovation and helps foster creation of new tech solutions at a fraction of cost and time.

QNu Labs’ co-founder and CEO Shri Sunil Gupta stated that the vision of putting India on the forefront of deep technologies in the field of data security through the use of Quantum technology has finally borne fruits. He added that winning the Open Challenge-2 of iDEX has provided a launching pad to QNu Labs to achieve this stellar success.

Earlier in February this year, in a major breakthrough for India, scientists from Space Applications Centre (SAC) and Physical Research Laboratory (PRL), both from the city of Ahmedabad, have jointly demonstrated quantum entanglement based real time Quantum Key Distribution (QKD) over 300m atmospheric channel along with quantum-secure text, image transmission and quantum-assisted two-way video calling. 

U.P Govt and Adani Defence & Aerospace Sign MoU to Build South Asia’s Largest Integrated Ammunition Manufacturing Complex in UP Defence Industrial Corridor

• Adani Defence to invest Rs. 1,500crore for setting up a state-of-the-art ammunition development and manufacturing complex in Kanpur Node of the UP Defence Industrial Corridor
• The complex spread over 250+ acres to have state-of-the-art technology across small and medium calibre ammunition, along with short-range air defence missiles
• 1,500 people to be employed using the best-in-class technologies to manufacture high- quality ammunition for domestic and export markets
• Will be a key facilitator in India’s goal of achieving US$5.0 billion exports in defence manufacturing

The Government of Uttar Pradesh signed a Memorandum of Understanding at the eve of the Global Investors’ Summit in Lucknow to set up South Asia’s largest integrated manufacturing facility in Uttar Pradesh Defence Industrial Corridor.

In his address at the UP summit, Gautam Adani, Chairman of the Adani Group highlighted the importance of having self-reliance in high quality ammunition and the manufacturing complex is Adani Defence’s endeavour towards equipping our Armed Forces with state-of-the-art battlefield equipment.

Speaking on the eve of the signing of the MoU, CEO, UP Expressways & Industrial Development Authority (UPEIDA) and Additional Chief Secretary, Awanish Kumar Awasthi, said this project is going to prove as a landmark in the history of indigenous defence manufacturing.

Giving more details about the plans to build South Asia’s largest manufacturing facility, Ashish Rajvanshi, President & CEO of Adani Defence & Aerospace, said, “With our vision of nation-building combined with the clarion call of Atmanirbhar Bharat by the Honourable Prime Minister, Shri Narendra Modi ji, we are setting up South Asia’s largest integrated ammunition complex in the Uttar Pradesh Defence Corridor. The ammunition complex will have state-of-the-art technology across small and medium calibre ammunition, along with short-range air defence missiles. It shall be a key facilitator in India’s goal of achieving US$5.0 billion exports in defence manufacturing.”

The complex, which is spread over 250+ acres and an investment of around 1,500Cr is slated to have state-of-the-art technology across small and medium calibre ammunition, along with short-range air defence missiles. There are plans to hire around 1,500 people, who will use the best-in-class technologies to manufacture high-quality ammunition for domestic and export markets.

Aligned to the Make-In-India vision, Adani Defence and Aerospace has bolstered its vision to make the country’s defence manufacturing self-reliant with several such initiatives in the recent past, which includes India’s first unmanned aerial vehicles manufacturing facility and India’s first private sector small arms manufacturing facility.

Rajvanshi concluded, “The recent geopolitical events have further reinforced that self-reliance in defence and security has to be accelerated. Unmanned platforms, short range missiles and ammunitions, cyber defence coupled with AI/ML driven analytics will become the decisive factors in the future wars and conflicts.”

About Adani Group

Headquartered in Ahmedabad, India, the Adani Group is the largest and fastest-growing portfolio of diversified businesses in India with interests in Defence & Aerospace, Logistics (seaports, airports, logistics, shipping, and rail), Resources, Power Generation and Distribution, Renewable Energy, Gas, and Infrastructure, Argo (commodities, edible oil, food products, cold storage, and grain silos), Real Estate, Public Transport Infrastructure, and other sectors.

Adani owes its success and leadership position to its core philosophy of ‘Nation Building’ and ‘Growth with Goodness’ – a guiding principle for sustainable growth. The Group is committed to protecting the environment and improving communities through its CSR programmes based on the principles of sustainability, diversity, and shared values. For more information, please visit www.adani.com

Pvt Industry Can Access Govt Test Systems and Facilities for Strengthening Indian Defence Industries: DRDO Chairman

DRDO has facilitated access to more than 1000 patents with nil royalty.

SKM Technologies opens its state of the art 70,000 sft new facility at Aerospace Park in Adibatla

SKM Technologies Pvt Ltd, industry partner of DRDO involved in manufacturing of Aerospace and Defence components inaugurated its state-of-the-art 70,000 sft advanced facility at Aerospace Park, Adibatla, Hyderabad on Thursday.

The facility was inaugurated by Dr G Satheesh Reddy, Secretary, Department of Defence R&D and Chairman, DRDO in the presence of distinguished guests from DRDO and Industry.

DRDO Chairman G. Satheesh Reddy seen inaugurating the new falicity of SKM Technologies at Aadibatla

 
SKM Technologies Pvt. Ltd, is a leading world class manufacturer of high precision components and assemblies for some of the reputed companies in India and abroad such as Rafael, Pratt & Whitney, Dedienne Aerospace, Dassault Aviation, Magellan Aerospace Corporation, Nuclear Fuel Complex, Hindustan Aeronautics Ltd, DRDO, BDL and among many others.

Newly inaugurated facility of SKM Technologies at Aadibatla

Newly inaugurated facility of SKM Technologies at Aadibatla

Addressing the inaugural function, Dr G Satheesh Reddy, Chairman DRDO said that there are huge opportunities for the private industries in defence sector. He emphasized that Private industry can access government test systems and facilities and for strengthening Indian defence industries, DRDO has facilitated access to more than 1000 patents with nil royalty.

Defence export has huge potential for our country and in the coming years, will set new benchmarks and boost the resolve of Make in India and Make for the World. Government of India has released positive indigenization lists and imposed ban on import of several defence items to support indigenous developments. India is now trying to shift its status from being one of the largest importers of defence products to one of the top exporters of defence items. We have been receiving interests for export of our Defence products and besides BrahMos missile, we are looking to export Akash, ATGMs, SAMs, Torpedoes and Radars.

This will give a boost to indigenization efforts with active participation of companies like SKM Technologies Pvt. Ltd and other public and private sectors for fulfilling twin objectives of achieving self-reliance & promoting defence exports. We will support SKM Technologies and other industry partners and handhold them. Dr Reddy also advised SKM Technology Private Ltd to consider foraying into Additive Manufacturing as they have expertise and infrastructure in place and can produce many new components and systems.

Shri GR Surya Raj, Chairman of SKM Technologies Pvt Ltd, said since SKM Technologies which we acquired already existed in Aerospace Park, made our efforts faster and easier in foraying and establishing firm foothold. Our desire is to be part of the Make in India program.

Welcoming the gathering, Ms Sarita Rathibandla, a US returned to head as MD of SKM Technologies Pvt Ltd said that the company SKM Technologies strongly believes in making a contribution for a self-reliant India in the world of Research and Defence Technologies. This is our first step.

Saritha Rathibandla, MD, SKM Technologies Pvt Ltd.

We have partnered with BDL for indigenous missiles like Akash, QRSAM and many others which are under R & D. We are also working with HAL in various locations. We have added many high technology, high precision machinery at this plant. Currently we have 5-Axis, 4-Axis, 3-Axis VMCs, HMC turning machining centres of various sizes as large as 5 metres bed size that can accommodate jobs upto 8 meters and we have a Carl Zeiss CMM that can measure an accuracy of 0.7 microns. And we plan to expand as per the demand, Ms Sarita shared.

My father Shri GR Surya Raj, Chairman of Dynamic Tools Pvt Ltd, a company with INR 100 crore turnover, 600 employees with 60, 000 state of the art across the globe facility was looking forward to expand in Aerospace and Defence. That is when we found SKM Technologies which was struggling financially. We took over it and revived it. The newly inaugurated SKM Technologies facility has 70,000 sft built up area with 1000 class clean rooms. This will not only accommodate manufacturing, but also carry out critical Assembly operations, provide services such as specialised welding and special treatment processes.

Dr BHVS Narayana Murthy, Director General, Missiles & Strategic Systems, Shri Gowri Shankar, Director (Finance), MIDHANI; Praveen PA, Director (Aerospace & Defence), Govt of Telangana, Dr Avinash Chander, Former DRDO chief and others graced the inaugural function.