&w=3840&q=100)
DRDO showcases future-ready defence tech at Indo-Defence 2024 in Jakarta
In a post on X on Tuesday, DRDO shared information and attached a video showcasing some of its cutting-edge technologies, such as ASTRA MK-I, Remotely Operated Vehicle-Daksh, Low Frequency Dunking Sonar (LFDS-X), Airborne Early Warning and Control (AEW & C), Wheeled Armoured Platform (Whap), Varunastra Heavy Weight Torpedo, and Man Portable Anti-Tank Guided Missile.
DRDO is showcasing Future-Ready Defence Technologies at #IndoDefence2024 in Jakarta as part of India Pavilion ???? Hall F-46, JIExpo Kemayoran ???? June 11-14, 2025 Explore cutting-edge innovations from India's defence R&D powerhouse. #MakeInIndia #AtmanirbharBharat pic.twitter.com/vt3uCzSvNT
— DRDO (@DRDO_India) June 10, 2025
Sharing the details, DRDO posted that the India Pavilion, where its technologies are showcased, is located at Hall F-46, JIExpo Kemayoran, Jakarta.
Earlier, in line with the government's vision to establish a robust defence industrial ecosystem with the participation of both public and private sectors, Vehicles Research & Development Establishment (VRDE), a DRDO laboratory located in Ahilyanagar, Maharashtra, has taken a major step forward by transferring technologies of nine systems to 10 industries.
The licensing agreements were handed over in the presence of the Secretary of Defence R & D and Chairman of DRDO, Dr Samir V Kamat, during an event organised at VRDE on June 7, according to the Ministry of Defence.VRDE also signed an MoU with COEP Technological University, Pune, to collaborate on cutting-edge technologies and emerging areas.
Speaking on the occasion, Dr Kamat complimented DRDO and the industry for the exceptional performance of indigenous systems during Operation Sindoor. He also suggested that the industry plan for surge capacity. He appreciated the efforts of VRDE in providing high-end technological solutions for land systems and weapon platforms.
Scientist and Director General (Armament and Combat Engineering) Cluster, DRDO Prof (Dr) Prateek Kishore; Director, VRDE G Ramamohana Rao and other senior scientists were present at the occasion with industry representatives.
Last month, DRDO inaugurated the Quantum Technology Research Centre (QTRC) at Metcalfe House, Delhi. The facility was inaugurated by the Secretary, Department of Defence R & D and Chairman, DRDO, Dr Samir V Kamat, to further strengthen Indigenous quantum capabilities for strategic and defence applications.QRTC is equipped with state-of-the-art experimental setups designed to propel research and development in critical quantum domains.
The key capabilities of this centre include Characterisation of Vertical-Cavity Surface-Emitting Lasers and Distributed Feedback Lasers; Test-beds for evaluating single-photon sources; Set-up for characterisation of Micro-Fabricated Alkali Vapour Cell; and Experimental platforms for developing and validating Quantum Key Distribution techniques to enable ultra-secure communication and safeguard national security in the post-quantum era, spearheaded by Scientific Analysis Group (SAG), DRDO.
(Only the headline and picture of this report may have been reworked by the Business Standard staff; the rest of the content is auto-generated from a syndicated feed.)
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


News18
27 minutes ago
- News18
Durand Cup 2025: Mohammedan SC And Diamond Harbour FC In 'Kolkata Derby'
Last Updated: Mohammedan Sporting Club and Diamond Harbour FC kick-off their 134th Edition Durand Cup 2025 campaign with a Group B clash. On paper it is a Kolkata derby as Indian Super League (ISL) side Mohammedan Sporting Club take on I-League 2 champions Diamond Harbour FC in the 134th edition of the Durand Cup at the Vivekananda Yuba Bharati Krirangan (VYBK) on Monday. It should be a mismatch on paper again, a team from the first division of the country against a side climbing the ranks steadily. But the reality is far from it. West Bengal's Diamond Harbour FC was established in 2022 by All India Trinamool Congress National General Secretary and the Member of Parliament of Diamond Harbour, Abhishek Banerjee. Kibu Vicuna, who has previously helmed Mohun Bagan and Kerala Blasters, was appointed as the club's first head coach and still is at the helm. In 2025, DHFC are making their debut in the Durand Cup after winning back-to-back promotions in I-League 3 and 2 to reach I-League. Diamond Harbour have come prepared for their first bow in the oldest tournament in Asia. Statement signings like striker Luka Majcen of Punjab FC alongside players with ISL experience – like Jobby Justin, Melroy Assisi, Wungngayam Muirang, Mirshad Michu and Halicharan Narzary. Despite having established names in their ranks have seen their stature diminish in the last few years, despite winning the I-League and gaining promotion to the ISL. Financial mismanagement, absence of investors and a general lack of funds have seen multiple players leave the side over the summer. FIFA and AIFF transfer bans have rightfully ensued. As per local media reports, last season's club captain Samad Ali Mallick was forced to leave the side in order to earn a living. Mohammedan still have Amarjit Singh Kiyam, Gaurav Bora, Padam Chhetri and Abhishek Halder along with young starlets like Ashley Alban Koli and Makan Winkle Chote but will play the tournament with a blend of reserve squad players, talented Bengal-based footballers, and promising youth prospects. Head coach Mehrajuddin Wadoo, who had taken over the reigns mid-way through last season will hope that the margin of defeat will not mean ousting from the Durand Cup after the first game itself. Goal-difference and margin of victories may come into play in a group that includes last year's runners up and 17 times champions Mohun Bagan Super Giant along with Border Security Force FT. A derby on paper but a contest that may see change of guard in Kolkata football. view comments Disclaimer: Comments reflect users' views, not News18's. Please keep discussions respectful and constructive. Abusive, defamatory, or illegal comments will be removed. News18 may disable any comment at its discretion. By posting, you agree to our Terms of Use and Privacy Policy.


NDTV
an hour ago
- NDTV
NISAR Satellite: Earth's Watchtower Jointly Built By India, US
Pasadena, California: India and the US' $1.3 billion satellite to decode Earth's secrets is ready for its lift-off from India's space port on the coast of the Bay of Bengal. Made in California's Pasadena and Bengaluru, the NISAR satellite is set to save lives across the world. The NASA-ISRO Synthetic Aperture Radar (NISAR) satellite, also referred to as the 'Nisarga satellite', is the world's single most expensive civilian Earth imaging satellite. It is being readied to fly aboard India's Geosynchronous Satellite Launch Vehicle (GSLV Mark 2) rocket from Sriharikota on Wednesday. This is the first big Indo-US collaborative satellite mission. The very unique Earth imaging satellite jointly made by India and the US is a technological marvel and would be game game-changer in saving lives from impending natural disasters. That the world's oldest democracy, the US, and the world's largest democracy, India, are working together on this most expensive satellite is a testament to the growing Indo-US bonhomie and strategic ties. In an exclusive conversation with NDTV, Dr. Paul Rosen, a NASA Project Scientist for NISAR at the Jet Propulsion Laboratory in California, shared the mission's scientific ambition and its life-saving potential. "This is a science mission and applications mission. We're studying the cryosphere, ecosystems, and solid earth hazards like earthquakes and landslides. It's very much a climate mission," Dr Rosen said. The satellite's dual-band radar - L-band from NASA and S-band from ISRO - will allow scientists to monitor Earth's surface with unprecedented millimetre precision. This includes tectonic shifts, glacial movements, biomass changes, and even precursors to landslides and glacial lake outbursts. "We can make 3D movies of the motions of the Earth, all the land and ice. Nothing in conventional remote sensing can do that," Dr Rosen explained. The use of synthetic aperture radar (SAR) in two bands is a deliberate choice to extend the dynamic range of measurements. The L-band penetrates deeper and captures larger structures, while the S-band is sensitive to finer details. "Two wavelengths give us a much more dynamic measurement than just one," he said. The satellite has been in development for over a decade. On the choice of launch vehicle, Dr Rosen addressed concerns about using the GSLV Mark 2, once nicknamed ISRO's "naughty boy". "Any launch is risky. But the last GSLV Mark 2 launch was 100% successful in the same configuration we plan to use. I don't have major concerns," he said. Switching to the newer Launch Vehicle Mark-3 (LVM-30) was considered but ruled out due to cost and time constraints. "Changing midstream incurs costs and delays. It's best programmatically and practically to move forward with GSLV Mark 2," Dr Rosen added. The NISAR mission was born from NASA's long-standing desire to launch a radar-based Earth observation system. After failed attempts to secure funding, NASA sought international partners. In 2011, Dr Rosen visited India and found enthusiastic support from ISRO. "I gave a talk about our concept, and it was instantly embraced by ISRO. In 2014, NASA and ISRO signed the agreement. The rest is history," he recalled. The satellite will provide global coverage every 12 days, enabling continuous monitoring of seismic zones like the Himalayas. "We can measure ground motion to millimetre precision. That helps us understand the earthquake cycle - before, during, and after seismic events," Dr Rosen said. He also emphasised the satellite's role in tracking landslides and glacial lake outburst floods (GLOFs), which have become increasingly common in the Himalayas. "We can see precursory motion before landslides. And we will monitor glacier dynamics to assess GLOF risks," he noted. On climate change, NISAR will help quantify carbon exchange between forests and the atmosphere, improving climate models. "We'll reduce errors in climate modelling by an order of magnitude. That's huge," Dr Rosen said. Additionally, all data from NISAR will be publicly available. "The data will be placed in the public archive almost instantly after processing. NASA and ISRO have agreed - this is a science mission, and all radar data will be open," he said. The collaboration has been technically and culturally enriching. Despite different development styles, both agencies have worked in parallel, integrating components across continents. "ISRO's technology is quite advanced. We built part of the structure, shipped it to India, they added electronics, shipped it back, and it all worked. It's been a great partnership," Dr Rosen said. On cost disparities, he acknowledged the complexity but emphasised value. "It's a complex system. But if you divide the cost by the square kilometres of data, it's just 2 US Cents per square kilometer. That's incredibly cheap," he said. The satellite features a 12-meter unfurlable gold mesh antenna, the largest of its kind in low-Earth orbit. Its boom structure, made of composite fibres, was a new engineering challenge. "It was a challenge to build, but we're confident it will work. We had an extremely complete testing program," Dr Rosen said. Reflecting on the collaboration, he praised ISRO's engineers and scientists. "I've been to India over 30 times. The scientists are welcoming, and the engineers are capable. The result is a beautiful satellite that's performing well in tests," he said. As the launch nears, Dr Rosen is filled with anticipation. "I've been waiting for this mission for 30 years, working on it for 14. I cannot wait for the data," he said. And yes, he may be celebrating the launch with peanuts, a JPL tradition, alongside ISRO's temple visits. "Absolutely. I'll celebrate with peanuts and whatever ISRO's tradition is," he laughed. From Pasadena to Sriharikota, NISAR is more than a satellite - it's a symbol of scientific unity, technological excellence, and a shared commitment to saving lives and understanding our planet.


Hans India
4 hours ago
- Hans India
Dr Kalam is right: Determination is the power that sees through all our frustrations and obstacles
The nation fondly remembers Dr APJ Abdul Kalam on his 10th death anniversary (July 27) like it has been doing for the last nine years. This is a time to reflect on the remarkable life, achievements and the extraordinary legacy the 'Missile Man of India' and 'People's President' has left behind. Dr Kalam's significant contributions to the country's space and defence programs and as the President and his vision for a developed India continues to inspire generations, including in pursuing careers in STEM (science, technology, engineering and mathematics). Dr. Kalam's humility, determination, and commitment to public service and his desire to see India as a knowledge super-power serve as a role model for individuals seeking to make a positive impact. His pearls of wisdom and life lessons continue to motivate the younger generations to dream big and act with conviction. Abdul Kalam was known for his simple and humble demeanor. He often described himself as a short man with undistinguished looks especially when compared to his tall and handsome parents. He possessed a warm and genuine smile that endeared him to many. His appearance reflected his inner simplicity and approachable nature. He was often seen as a man of the people, connecting with individuals from all walks of life. His long, signature hair style, parted in the middle and often described as 'dreadlocks', became a part of his persona. There is no exaggeration that Kalam's hairstyle too has numerous fans. Driven by the belief that only a strong technologically advanced nation can achieve international recognition and command respect, he agreed to spearhead the Integrated Guided Missile Development Program (IGMDP) in 1982. This was DRDO's quest to achieve self-reliance and shed external dependence on missile technology. Not one to rest on laurels after inspiring missiles ranging from Agni, Prithvi, Akash, Trishul and Nag, Dr Kalam's relentless pursuit of technological excellence fell on an unfinished supersonic combustion engine during a visit to Russia in 1993. This formed the genesis of the BrahMos missile project, a joint venture of India and Russia. It takes its name from the River Brahmaputra and Russia's Moskva. It is this very missile that broke Pakistan's spine and brought it to its knees during Operation Sindoor. Brahmos stands as a testament to the technological prowess achieved under Kalam's guidance and integrating indigenous expertise with international collaboration. BrahMos marked India's emergence as a global missile power and a defense arms exporter. Dr. Kalam's vision, leadership and scientific acumen transformed India's defence landscape. We turned the tables on the world, while it became the backbone of a large-scale military operation, proving that India's ambition to be Atmanirbhar is not just aspirational, but action driven. Soon after assuming power in March 1998, the then prime minister Atal Bihari Vajpayee had a high-level discussion with Kalam and Dr Rajagopala Chidambaram, Director of BARC, and conducting nuclear tests was on top of theagenda. The tests consisted of five detonations. The tests were collectively called Operation Shakti. Kalam played a pivotal role in the 1998 Pokhran-II nuclear tests, serving as the key organizer and scientific advisor to the government. He was instrumental in coordinating efforts between DRDO, BARC, and the armed forces to ensure the success of the tests that were kept top secret. People in the nearby villages were terrified, the earth shook, the sky was covered with smoke while Vajpayee announced that India had become a nuclear power with Pokhran II. Almost immediately, India was subject to economic sanctions by Japan and the United States. On the other hand, India emerged stronger and solidified its position as a nuclear power. Kalam became a national hero overnight. He evolved a national strategy called 'Technology Vision 2020', which was the blueprint for the country's missile saga. The missile man had an overbearing humane touch. I was blessed to have met this great human being a couple of times. The first time I was face to face with him was as a member of DRDO ladies' group. We were invited to Rashtrapati Bhavan for breakfast. Meeting the President over breakfast was not an ordinary thing for an ordinary human being like me. As he had a pressing engagement, we were informed that he would join us later. What followed was an unbelievably emotional gesture. Dr Kalam arrived holding steaming idlis and hot wadas in both hands. He offered them to us, while apologizing for joining late. I was speechless and amazed to see the country's first citizen and the globally revered 'Missile Man', in his entire down-to-earth and unpretentious humility. With a warm smile he said he was illiterate as regards food technology. He admired the ladies for their prowess in cooking. One of our members said 'Sir, this is the only job we know''. He came a little closer and said 'Food is the basic requirement for every one of us. The country's strength and future lie on women. The foundation for a strong India is entirely on them. If men and children are successful in life, it's because of the mothers of this great country. With empty stomachs nobody can think of science and technology.' Here was the man simple and humane to the core, who valued the dignity of every individual, regardless of their job or status. His words taught me that compassion, consideration and concern are the key to life and being accessible to your people in whichever situation you are in is very important. All those who were associated with him experienced his warmth and affection. A DRDO scientist urgently needed to be transported to London in a medical emergency. Kalam left no stone unturned till the scientist returned to the country in perfect health. Such was his concern for his people. Dr. Kalam was convinced that children are the future of the country, and one had to ignite their minds. It was towards this that he dedicated himself to the cause of igniting their minds. He said he would interact with at least one lakh children in a year. He was deeply disturbed by the societal connects. He always remembered how his father and the high priest of Rameswaram temple could discuss Bhagwat Gita and Quran in their houses. He always mentioned how a church was transformed into a technology laboratory and became the birthplace of the nation's rocket technology. To him that was the fusion of science and spirituality, and he wished such fusion to happen in all fields in continuum. Dr. Abdul Kalam worked on the vision of transforming India into a developed nation, powered by economic growthwith a value system. His vision was a 'developed' India, which can be accomplished only if each citizen of the country says in true Kalam spirit; 'Yes, I can. Yes, India can. Yes, India will'. That is the finest tribute we Indians can pay to Dr. Abdul Kalam.