
With robots & drones dominating warfare, DIAT sets up robotic lab
Pune: Defence Institute of Advanced Technology (DIAT) has established a laboratory to conduct advanced research in robotics and drones for both military and civilian applications.
The lab is equipped with various robotic models, including quadrupeds, providing practical exposure to students and officers from the armed forces studying at Military Institute of Technology (MILIT).
The primary goal of this facility is to foster collaboration in research and enhance the application of robotics in modern warfare and defence operations. "As robotics and drone technology evolve rapidly on a global scale, it is essential to study these subjects in depth.
Therefore, providing advanced practical exposure is crucial in this field of study. This lab will achieve these objectives," RK Satpathy, Director of the School of Robotics, told TOI.
He said that the dedicated lab was established on campus to facilitate collaboration between MTech students and armed forces officers at MILIT. Previously, students completed projects with military personnel, and now they will focus on developing military applications for robotics and drones.
by Taboola
by Taboola
Sponsored Links
Sponsored Links
Promoted Links
Promoted Links
You May Like
Giao dịch CFD với công nghệ và tốc độ tốt hơn
IC Markets
Đăng ký
Undo
DIAT is the only deemed university under Defence Research and Development Organisation (DRDO) and offers a dedicated MTech course in robotics since 2016. Students from this institute often join DRDO labs as scientists. "We received several functional robotic models from Research and Development Establishment (Engineers) lab in Dighi. Our students worked in that lab to enhance their understanding of robotics and associated technologies," said officials.
As military operational requirements are extremely dynamic and demanding, it is necessary to know the 'problem statements' of the forces. "Then only researchers can work on niche technologies to achieve the operational requirements of the forces," said armed forces officers who worked in robotics systems.
"The use of robotics in actual field operations is at a very primitive stage in the Indian armed forces. Therefore, it has become necessary for the forces to do adequate research to achieve global standards in this field. Such laboratories would certainly make a positive difference in the future," a senior officer from MILIT said.

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


Time of India
37 minutes ago
- Time of India
They survived ice ages and hunted mammoths; so why did the Neanderthals suddenly disappear? Now a physicist blames something in the sky
Neanderthals have long puzzled scientists. These ancient relatives of modern humans thrived across Europe and parts of Asia for hundreds of thousands of years. But around 40,000 years ago, they disappeared, just as Homo sapiens spread across the same regions. What really caused their extinction remains one of human evolution's biggest mysteries. Now, a new and unusual theory suggests that space weather, not climate, competition, or disease, may have played a decisive role. A recent study by Dr. Agnit Mukhopadhyay, a space physicist from the University of Michigan , proposes that a powerful cosmic event known as the Laschamp excursion might have played a part in the Neanderthals' decline. The findings were published in the journal Science Advances. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like If You Eat Ginger Everyday for 1 Month This is What Happens Tips and Tricks Undo The Laschamp event occurred about 41,000 years ago, when the Earth's magnetic poles temporarily flipped. During this brief reversal, the planet's magnetic field, which normally protects us from cosmic radiation, dramatically weakened for several centuries. Mukhopadhyay argues that this weakening may have exposed the Earth's surface to much higher levels of ultraviolet (UV) and cosmic radiation, particularly in some parts of the world. Live Events Radiation as a Hidden Killer? The core of the hypothesis is that Neanderthals, already living in small, isolated populations, may have been more vulnerable to this radiation than Homo sapiens. The study claims that Homo sapiens had tighter clothing, used red ochre as UV protection, and took shelter in caves helping them survive the radiation. Neanderthals, in contrast, might have lacked these protections. Computer simulations in the study even show that auroras, a sign of increased solar activity, might have been visible across much of the world during this time, proof, the author argues, of the heightened radiation environment. While the theory is bold and imaginative, many experts are skeptical. Researchers José-Miguel Tejero and Montserrat Sanz Borràs, writing for The Conversation, point out that the idea rests on shaky archaeological evidence. For example, it assumes that Neanderthals didn't wear fitted clothing. While it's true that no sewing needles have been found at Neanderthal sites, there is clear evidence that they processed animal hides and likely wore functional garments using other techniques, such as tying hides with leather cords or splinters. In fact, genetic studies of lice suggest that humans, possibly including Neanderthals, were already wearing clothes over 200,000 years ago. The absence of needles doesn't prove the absence of clothes. The study also claims that Homo sapiens used red ochre as sunblock. While experiments show that ochre can somewhat block UV rays, this claim is also disputed. Ochre was widely used by both Neanderthals and modern humans, often for symbolic or cosmetic reasons. There is no solid evidence that either group used it primarily for sun protection. Neanderthals are known to have used ochre for over 100,000 years. In one example, a painted scallop shell found in a Neanderthal cave in Spain shows their symbolic use of pigments long before Homo sapiens arrived in Europe. Most scientists believe that multiple factors caused the Neanderthals' disappearance. These include, interbreeding with Homo sapiens (evident in modern DNA), smaller populations that were more vulnerable to decline, limited long-range hunting tools, unlike the projectile weapons used by sapiens, Changing climate, and possibly, competition for resources. In this broader context, Mukhopadhyay's theory appears too narrow. Critics note that there is no archaeological evidence of a sudden, global collapse of Neanderthal populations tied to the Laschamp event. If radiation were such a major factor, it would have also harmed Homo sapiens populations living outside caves in sunny Africa, which doesn't seem to have happened. A Caution Against Oversimplification The Neanderthal story is complex. These early humans were not primitive brutes. They developed tools, built shelters, made symbolic objects, and survived in extreme climates for hundreds of thousands of years. They even lived through earlier magnetic reversals, such as the Blake event 120,000 years ago. Mukhopadhyay's theory adds an intriguing piece to the puzzle, but it's far from conclusive. So, did a shift in Earth's magnetic field doom the Neanderthals? Probably not. While the Laschamp event may have had some environmental impact, there's no strong evidence that it caused Neanderthal extinction . The theory suggests that the disappearance of Neanderthals was likely due to a mix of climate, biology, and human interaction.


Time of India
an hour ago
- Time of India
Putting man in space is India's next giant leap: AS Kiran Kumar
Mangaluru: The former chairman of the Indian Space Research Organisation (Isro), AS Kiran Kumar, stated that the space agency aims to establish India's own space station by 2035. Tired of too many ads? go ad free now He was speaking during an event titled 'Igniting the future: Isro's legacy and beyond' organised by the Ramakrishna Mission Mangaluru and Samatha Mahila Balaga at the Ramakrishna Math hall on Sunday. "Visionaries like Vikram Sarabhai and Homi J Bhabha laid the foundation for Isro. Today, Isro plays a pivotal role in India's development. While other countries have used space activities for military purposes, India initially focused on non-military objectives like finding solutions to its problems such as weather monitoring, communication, broadcasting, and navigation. After centuries of foreign rule, providing basic necessities like shelter and housing for all citizens was a major challenge in India. In such a context, many naturally questioned whether priority should be given to the development of space technology," he explained. "By the time we reach 100 years of Independence, and when we aspire to reach the topmost, we also need to build capacity and capability. Putting man in space is one such capability. Originally, the plan was, by the 75th year of Independence, we should have put humans into orbit and brought them back. However, because of Covid-19 and other reasons, it got delayed," he said. On the Gaganyaan programme, he said probably within a year or two, we will have Indian astronauts going around the orbit. "The ambitious — to send a human to space — is India's next giant leap. The Gaganyaan programme requires large vehicles to be human-rated. Tired of too many ads? go ad free now Once we achieve this mission, we will become the fourth country in the world, beyond America, Russia, and China. It is an essential requirement because the world recognises only those who demonstrate capability," he said. "Apart from launching its own satellites, India has successfully launched over 450 satellites from more than 34 countries. Through landmark missions like Chandrayaan, Mangalyaan, and Aditya, India's capabilities have gained global recognition," he noted. He called upon students to engage in space research and become scientists to contribute to the nation's growth. Swami Jitakamanandaji, secretary of Ramakrishna Math, Mangaluru, graced the event. The programme was inaugurated by Sumana Ghate, general manager, Karnataka Bank. The session was presided over by Katyayini Bhide, president of Samatha Mahila Balaga, Mangaluru. MM Nayak, former director of Isro's INSAT programme, Vijayalakshmi Rao, honorary president of Samatha Mahila Balaga, and MLC Manjunath Bhandary were present. 'Space on Wheels' exhibition A mobile scientific exhibition titled 'Space on Wheels', curated by UR Rao Satellite Centre, Bengaluru, was also held. A specially designed exhibition bus arrived from Bengaluru. The exhibition, which presented the history, achievements, and future vision of Isro, attracted more than 1,000 students from various schools and colleges.


Hindustan Times
2 hours ago
- Hindustan Times
Elon Musk launches Tesla robotaxi in Austin: Here's how rides are priced
Tesla's long-hyped robotaxi was launched on Sunday afternoon, as per CEO Elon Musk who announced the rollout on his platform X (formerly Twitter). The first rides, priced at a flat $4.20 are now being offered in parts of Austin using driverless Tesla Model Y vehicles, stated a Reuters report. Several Tesla robotaxis were spotted Sunday morning navigating South Congress, a bustling neighborhood in the Texas capital, with no driver behind the wheel. A vehicle Tesla is using for robotaxi testing purposes on Oltorf Street in Austin(Bloomberg) Several social media users posted videos of robotaxis and noted that a single person was seated in the passenger seat, acting as a 'safety monitor'. The electric vehicle maker has not issued an official statement or provided details on the scope of the Tesla robotaxi launch, but a small group of influencers were invited to participate in a closely monitored pilot featuring 10-20 vehicles operating within a geofenced zone of Austin. Also read: Indian CEO slams Tesla for returning $1,000 fee: 'Elon Musk, do you know...' Texas lawmakers move to regulate autonomous vehicles The launch came days after Texas Governor Greg Abbott signed a new legislation requiring autonomous vehicle operators to obtain a state permit. Though the law does not go into effect until September 1, it signals a shift from Texas' previously hands-off approach to autonomous driving regulation. The law mandated operators like Tesla to attest to the safety of their AVs, provide emergency protocols for police and first responders, and comply with Level 4 autonomy standards, which means vehicles can drive themselves within specific conditions sans human intervention. Tesla deviating from norms by not relying on lidar/radar The Reuters report stated that Tesla was bucking industry norms by relying exclusively on cameras, without lidar or radar. Additionally, Musk has long argued that relying on cameras make Tesla's system both safer and more scalable, though critics have cited safety risks and past delays as cause for concern. Musk has spoken about self-driving cars over the years and now he is promising that safety will be a top priority as they roll out Tesla robotaxis in Austin. These cars will steer clear of bad weather, tricky intersections, and underage riders, and will only drive in areas where they are certain everything is safe, Musk said. The launch of Tesla's robotaxi is a big step for the company's future plans. Analysts think a lot of Tesla's long-term worth is dependent on how well they can commercialize their robotaxis and AI technologies, like humanoid robots. However, it is not all smooth sailing. Tesla's rival Cruise, owned by GM, recently had to suspend its operations following an accident, and both Waymo (Alphabet) and Zoox (Amazon) are operating under heavy regulatory watch. Tesla's unique approach, relying purely on cameras, sets it apart from the competition, but it also brings its own set of safety and liability issues. FAQs Q: Is Tesla launching robotaxis in Austin today? Yes, Elon Musk announced that Tesla has begun offering limited robotaxi rides in Austin as of Sunday afternoon. Q: How much do Tesla robotaxi rides cost? Tesla is offering the initial rides at a flat rate of $4.20. Q: Are the Tesla robotaxis fully driverless? Yes, the vehicles operate without a driver but currently have a front-seat 'safety monitor' during this pilot phase. Q: What level of autonomy do these vehicles have? Tesla's robotaxis are classified as Level 4 autonomous, meaning they can drive themselves under specific conditions without human input.