#Robotics

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Hope, Jobs, and Innovation: Kerala Makes History with Its First AI and Robotics Institute

Kerala is set to make a historic leap in technology and innovation with the launch of its first Artificial Intelligence (AI) and Robotics Research Institute. Set up by Zoho Corporation, one of India’s leading IT firms, the Zoho Research and Development Center will begin its operations on July 2 in Neduvathur, Kollam district. The center will be officially inaugurated by Chief Minister Pinarayi Vijayan, symbolizing a new era of research-driven development for the state. This is not just another IT facility; it's a symbol of promise, progress, and possibilities for the educated youth of Kerala and for India’s evolving technological landscape. What is an Artificial Intelligence (AI) and Robotics Research Institute?An Artificial Intelligence (AI) and Robotics Research Institute is a special center where experts and researchers study, design, and build smart machines and robots. These machines can learn, think, and help people in areas like healthcare, farming, education, and industry. The institute also trains young minds, creates jobs, and drives new discoveries. It’s a place where science meets real life, helping improve how we live, work, and solve everyday problems.Why This Centre Matters: A Game-Changer for KeralaThe Zoho R&D Centre stands as Kerala’s first dedicated facility for AI and robotics research fields that are rapidly transforming industries across the globe. With plans to employ 250 professionals in its first phase, the centre is designed to create a culture of deep-tech innovation and skilled employment in a region historically known more for its lush greenery than for silicon chips and server rooms. The centre offers a compelling reason for talented young professionals to stay, grow, and innovate within their homeland.Local Roots, Global VisionThe decision to locate this cutting-edge institute in Neduvathur, a relatively rural region, speaks volumes about a new model of inclusive development. It shifts the focus from traditional urban IT hubs like Bengaluru and Hyderabad to India’s Tier 2 and Tier 3 towns. By making a high-tech facility in a semi-urban locale, Zoho is bringing opportunity closer to home for thousands of youth in and around Kollam district. This can become a model for distributed innovation, reducing pressure on major cities and boosting rural economies. At its core, this initiative is about people. Young minds who once dreamt of working in global tech companies but had to migrate to cities or even abroad can now find those same opportunities within Kerala.Empowering the Youth: Beyond Just JobsZoho's presence also means exposure to frontier technologies, industry mentorship, and access to cutting-edge research environments. Students from local engineering colleges, such as the nearby IHRD Engineering College in Kottarakkara, where Zoho initially set up base, now have a path from campus to career. Moreover, the collaboration with Kerala Startup Mission (KSUM) ensures that this development isn’t happening in isolation. It ties into the larger ecosystem of entrepreneurship, innovation, and digital skills development in the state. National and Global SignificanceIndia’s digital economy is expected to contribute over $1 trillion by 2030. Facilities like the one in Neduvathur are essential to achieving that scale—by ensuring the next generation of AI and robotics talent is nurtured not just in metros but across the country. From autonomous systems to smart healthcare, AI and robotics will define the next century. India’s success in this space depends on grassroots R&D ecosystems, and this centre is a strong step in that direction. Furthermore, Zoho’s decision to build in India, for the world, sets a precedent. In a global tech landscape dominated by Western giants, homegrown companies investing in local talent and infrastructure sends a powerful message of self-reliance and ambition.The people of Neduvathur once farmers, teachers, and artisans now witness the rise of a facility that connects their village to the cutting edge of global innovation. For young students walking past the gates of the R&D centre, it’s more than a building; it’s a gateway to their future. As Kerala inaugurates its first AI and Robotics Research Institute, the message is clear: the future of innovation is no longer confined to big cities. With Zoho leading the way, Neduvathur could become a symbol of India’s technological resurgence deeply rooted in its local soil, yet reaching for the stars.

2 Jul 2025

Good News

The Future of Sustainable Robotics: World's First Fully 3D-Printed Autonomous Robot Made from Recycled Materials

In a groundbreaking achievement for sustainable robotics, a European tech collaboration has unveiled the world's first fully 3D-printed autonomous logistics robot made entirely from recycled materials. This innovative robot, developed jointly by Lemki Robotix of Ukraine, iSCALE 3D of Germany, and Czech engineering firm Zeykan Robotics, is a significant step forward in eco-friendly engineering and decentralized production.A Leap towards Sustainable RoboticsThe robot's body, wheels, and rims are 3D-printed from recycled materials, built tough with reinforced polymers for harsh terrain. Featuring a sealed body made from glass fiber-reinforced recycled polypropylene, along with airless polyurethane wheels and carbon fiber-reinforced nylon rims, the robot is designed to operate in demanding outdoor environments. With 360° cameras, LiDAR, and Starlink satellite connectivity, the robot can be controlled manually or autonomously using an onboard neural network that processes sensor data for intelligent navigation.Designed for Demanding MissionsThe robot is designed for demanding missions such as military logistics, disaster response, and agricultural operations. Its hermetically sealed design allows it to cross shallow water bodies and operate in harsh outdoor environments. The robot's modular design and recyclable construction enable local manufacturing worldwide with consistent quality, reducing the environmental footprint and production costs.A Proof of Concept for Large-Format 3D PrintingThe robot is more than just a functional machine; it's a proof of concept for large-format 3D printing's potential to revolutionize automation and mobility. The team's innovative approach to 3D printing using recycled materials has opened up new possibilities for sustainable production and reduced waste. The collaboration between Lemki Robotix, iSCALE 3D, and Zeykan Robotics is proof of the power of teamwork and innovation. The team's dedication to sustainable robotics and 3D printing has resulted in a groundbreaking achievement that could shape the future of automation and mobility.A New Era of Sustainable ProductionThe robot's development is part of a larger trend towards sustainable production and reduced waste. The use of recycled materials in 3D printing has the potential to significantly reduce the environmental impact of production, making it a more sustainable and eco-friendly option. The team behind the robot has also developed other innovative projects, such as the Discover 3D camper, a fully 3D-printed mobile home made from recycled materials. This project showcases the team's commitment to sustainable manufacturing and innovative design. As the world moves towards a more sustainable future, innovations like this will play a crucial role in shaping the future of production and mobility.

26 Jun 2025

Good News

5-year-old Jordan Marotta becomes the youngest ever to receive a bionic arm!

Jordan Marotta, a five-year-old kid who was born without a hand, is the youngest person to ever receive a bionic limb. When Jordan Marotta received his Iron Man-themed "Hero Arm" prosthetic last week, he was overcome with "pure joy." Just a few hours later, he was able to speed around on his scooter while gripping the handlebars with the prosthetic's lifelike grip. Jordan remarked, "It's cool and really fun." "I enjoy manipulating my hand to open and close." When Jordan's mother Ashley Marotta began to wonder why his hand had not "grown back," she contacted Open Bionics, the company that manufactures the prosthetics. They let Jordan test out one arm to see if he could utilize it, but they informed her that he was probably too young to acquire one of their mechanical limbs. They later agreed to fit him at their headquarters in nearby New York City after this successful trial, two years earlier than typical children. About Open Bionics ~ According to its description, Open Bionics is the only business in the world producing multi-articulating hands that are lightweight and small enough for kids as young as Jordan. Thanks to a long-standing partnership with The Walt Disney Company, it is also the only business to build bionic limbs from the Marvel, Star Wars, and Disney universes. Open Bionics develops medical devices that enhance the human body. Open Bionics grew out of the Open Hand project created by Joel Gibbard after studying robotics at the University of Plymouth. In late 2023, Open Bionics expanded its clinical presence in the United States, with clinics located in Denver, Los Angeles, Orlando, and New York City. Their first product is the 'Hero Arm' for people living with a below-elbow limb difference. Jordan Marotta before he got his new bionic arm (Source: SWNS) The Development of Robotic Technologies is Quite Fascinating at the Moment ~ Though it appeared unreal just a few years ago, wearable robotic suits, extra limbs controlled by the brain, and wheelchairs driven by the mind are currently being actively developed. It significantly advances the goal of integrating humans and machines. Bionic limbs on a sci-fi level and creative prosthetic limb designs that don't resemble body parts are becoming more and more common. That may sound like a slightly unsettling concept to some people. Bionic implants and wearable robotics could be used to improve prostheses among other medical applications. Beyond that, however, wearable robots and bionics may improve people's abilities at work and increase output. Considering how quickly technology is developing, it's critical to utilize it to its full potential. “As soon as we left with Jordan’s Hero Arm, he was running around with so much confidence, trying to hail New York taxis,” said the mom. “You can’t even put a number on how amazing that is. It is worth its weight in gold. The first thing he wanted to do when he got home was ride his scooter—to finally hold on with two hands. Jordan Marotta with his new Iron Man Hero Arm ~ ( Source: Google Images) A Little Back Story ~ During a hospital 20-week pregnancy exam, Ashley learned that Jordan was missing his left hand; the physicians were unable to identify any particular medical reason for this. Although she was first saddened by his prognosis, she found solace in the knowledge that other kids had prospered in such circumstances. No child is 'perfect,' yet you hear the saying 'ten fingers and ten toes' a lot, and you never truly get it until you have to. Fortunately, Ashley was able to look up and connect with many excellent resources, which she believes helped her get ready for his arrival.She felt relieved since she had watched numerous movies of other children who looked just like him. The trip might not be simple, but he would make it through. Ashley contacted UK-based Open Bionics as Jordan started to raise questions about his limb discrepancy, such as, "Mummy, how come I don't have two hands?" His mother had the guts to ask, "What's the worst that can happen? Given that we're in New York and they have a satellite office." Can we try it out with the prosthetist in person? For his age, Jordan is a bit larger than average. She thus effectively convinced them of his might. Ashley expressed gratitude to her health insurance for paying for the arm. Utilizing specialized sensors, the device converts muscle contractions into bionic hand movements. The majority of kids who receive Hero Arms are seven years old or older, but according to Jordan's superior intelligence and size for his age, it was simple to teach him how to operate the device early on. ''Turning Disabilities Into Superpowers''~ Open Bionics

7 Jun 2024

Good News

India's First Quadruped Robot to Revolutionize Defence Sector!

India is set to make history in the field of robotics with the development of the country's first indigenous quadruped robot and exoskeleton for the defence sector. This revolutionary technology has been developed as part of the Atmanirbhar Bharat initiative, which aims to make India self-sufficient in critical areas, including defence. Hyderabad-based Svaya Robotics has collaborated with the DRDO Labs, Research and Development Establishment (R&DE), Pune, and the Defence Bioengineering and Electromedical Laboratory (DEBEL), Bengaluru, to develop the robots and wearable exoskeletons. The quadruped robot, which has four legs and can run or walk on rugged and uneven terrain, is perfect for use in places where soldiers must travel through difficult terrain, like Ladakh. The robots can travel alongside soldiers and are built to carry a payload of 25 kg, making them helpful for spotting terrorist activity and recording images that can be viewed from anywhere in the nation. On the other hand, the wearable exoskeleton will allow soldiers to carry hefty burdens without exerting much effort, lessening the long-term effects on their health. According to Vijay R Seelam, founder and managing director of Svaya Robotics, both the quadruped robot and the exoskeleton have dual-use applications and can be used in various industries and healthcare sectors. He also emphasized that the deployment of these robots in the frontline can save the lives of many soldiers, particularly in areas where paramilitary and military forces operate. With these technological breakthroughs, India is poised to become a leading player in the global defence sector. The development of these robots and exoskeletons is a significant milestone in India's journey towards self-reliance and reinforces the country's commitment to innovation and excellence in technology.

18 Mar 2023

Good News

NASA Names Indian-American Charania as Chief Technologist

A.C. Charania, an Indian-American expert in the aerospace sector, has been appointed by NASA as its next chief technologist. He will be the agency's principal advisor on technology policy and programs at its headquarters in Washington. In a statement to the press, Charania said, "The rate of advancement we seek in the 21st century is predicated upon selecting and maturing a portfolio of technologies into systems to accomplish our goals." In his position, Charania will manage technological collaboration with other government agencies, the private sector, and external stakeholders in addition to coordinating NASA's agency-wide technology investments with mission needs across six mission directorates. Given this, partnerships both inside and outside of NASA offer fantastic prospects. Charania said that he now eagerly awaits the chance to collaborate with the entire community to accelerate the speed of advancement in aviation and space. In the past, he has also contributed to the development of Blue Origin's plan for lunar permanence, the Blue Moon lunar lander program, and numerous technical initiatives with NASA. Before joining NASA, Charania worked as vice president of product strategy for Reliable Robotics, a company that strives to introduce approved autonomous vehicles to commercial aviation. In his present role, he will serve as principal advisor to Administrator Bill Nelson. Administrator Bill Nelson will primarily receive advice from Charania. He worked for Reliable Robotics, a company that strives to introduce approved autonomous vehicles to commercial aviation, as vice president of product strategy before joining NASA.

12 Jan 2023

Good News

Mumbai Youth Impresses Israeli Students With His Life-Size Humanoid Robot

We all know that the future is in robotics and robots will be able to easily perform most of the functions that humans are currently doing. Therefore, when 22-year-old Pratik Tirodkar designed an interactive humanoid robot, it won many hearts. Smart City Presentation Pratik Tirodkar recently displayed his humanoid robot to officials of Thane Municipal Corporation(TMC) in Mumbai. Tirodkar, who completed engineering in instrumentation and spent the last four years designing robots was invited by the TMC to participate in the smart city presentation. The Israeli Consul general Yaakov Finkelstein and a group of Israeli students were also present at the event. Interactive Humanoid Robot Tirodkar designed an interactive humanoid robot with limited pre-programmed functions that can serve as assistants in offices. He has also developed a compact 24-inch tall robot that can be programmed to act as a yoga instructor or narrate stories to children. The bots that are made up of fibre, plywood and metal can also serve many other purposes like waiters, dance instructors or for other commercial purposes. Tirodkar who runs a start-up intends to make low budget robots that are equally efficient and sophisticated like the ones developed by international firms.

25 Oct 2019

Good News

Global News

The Birth of a Real-Life Iron Man: Meet iRonCub3, the World’s First Jet-Powered Humanoid Robot

Imagine this: you’ve just stepped out of a Marvel movie. The theater lights brighten, but your mind is still racing. You saw Iron Man soar through the sky, a brilliant fusion of man, machine, and flight. Now, imagine stepping into the real world, only to discover that somewhere in a lab in Genoa, Italy, that vision is no longer just cinematic magic—it’s real. Meet iRonCub3, the world’s first jet-powered flying humanoid robot, built by scientists at the Istituto Italiano di Tecnologia (IIT). With a jetpack strapped to its back and turbines on its arms, this 70-kilogram marvel of engineering has taken flight, hovering steadily about 50 centimeters above the ground. While it might not be battling villains (yet), its implications for humanity are profound. From Fiction to Flight: How iRonCub3 Took OffBuilt upon the foundation of the iCub3 humanoid robot, iRonCub3 is a marvel of interdisciplinary science. It combines robotics, thermodynamics, AI, aerodynamics, and aerospace engineering into one humanoid form. This isn’t just a robot that walks; it flies, balances mid-air, and responds dynamically to changing environments, all while looking uncannily human. Equipped with four jet engines (two on the arms and two on the back), iRonCub3 can produce over 1000 newtons of thrust. To handle the intense temperatures of exhaust gases reaching up to 800°C, engineers gave the robot a new titanium spine and heat-resistant exoskeleton. But it’s not just hardware. Behind the scenes, advanced AI algorithms, real-time aerodynamic modeling, and deep learning guide every movement, allowing iRonCub3 to remain stable during complex maneuvers, whether it's flying through turbulent air or shifting its limbs mid-flight. Why a Flying Humanoid? Why Not Just Use Drones?Drones are efficient, yes. But they lack what humans have: limbs for manipulation, a form that can navigate built environments, and human-like intuition. iRonCub3’s shape isn’t a gimmick; it’s a solution. Picture a disaster-struck building. A drone can fly in, sure, but can it lift rubble, open doors, or rescue trapped victims? iRonCub3 might.Its design aims to combine aerial mobility with human dexterity, unlocking possibilities in search-and-rescue missions, disaster response, space exploration, and even hazardous inspections where humans can’t or shouldn’t go. The Hidden Complexity: A Dance of Fire, Air, and IntelligenceThe challenge wasn’t just getting a robot to fly. It was getting a humanoid robot to fly and stay balanced. Unlike drones, humanoid robots are tall, asymmetrical, and have moving limbs. Every joint movement alters aerodynamics. Add in turbines blasting air at near-supersonic speeds, and you get a system where the smallest shift can spell disaster. To manage this, the IIT team built a real-time control architecture powered by AI-driven aerodynamic models. These models, trained on wind tunnel experiments and CFD simulations, allow the robot to anticipate and respond to airflows, essentially teaching it to "feel" the sky, like a pilot senses turbulence. So far, iRonCub3 has been tested in IIT’s indoor flight area. But that’s just the beginning. With support from Genoa Airport, the team will soon conduct outdoor trials in a custom-built flight testing site. iRonCub3 is not just about flight. It’s about human dreams, human problems, and human potential. It represents an answer to one of our most enduring questions: What if we could transcend physical limitations? From children imagining superheroes to scientists sketching jet propulsion diagrams, the journey to iRonCub3 has been a long, collective human endeavor. And now, we have a machine that doesn’t just walk like us; it flies like we’ve always dreamed.

1 Jul 2025

Global News

The Future is Here: Tesla Takes a Bold Leap As It Announces the Launch of Paid Robotaxis Next Year!

Get ready for some electrifying news from the forefront of autonomous driving! During Tesla's recent quarterly results call, CEO Elon Musk announced: "We anticipate being able to have autonomous Teslas providing paid rides in the coming year!" That's right—Musk is envisioning a future where you can hail a Tesla with just a tap on your app, much like the ride-hailing services already offered to employees in the San Francisco Bay Area.Musk reaffirmed his commitment to rolling out "unsupervised" self-driving technology in select Tesla models by 2025, a promise he made during the much-anticipated Robotaxi revealed just two weeks ago. While the stock took a hit due to the absence of a clear business plan for the Robotaxi, Tesla is working hard to rebuild investor confidence. (Source: Google Images) At Tesla's Robotaxi event on October 10, Musk unveiled an innovative two-seater, two-door "Cybercab" designed to navigate roads using cameras and artificial intelligence, eliminating the need for a steering wheel and pedals. While he acknowledged potential challenges in California, he remained optimistic, stating, "I would be shocked if we don't get approval next year."In contrast, Texas boasts far less stringent regulations, yet businesses typically undergo months or even years of testing before launching paid services. However, concerns persist among regulators regarding Tesla's Full Self-Driving (FSD) technology, which is crucial to the company's robotaxi ambitions.(Source: Google Images) Following four recorded crashes, including a fatal crash in 2023, the U.S. National Highway Traffic Safety Administration (NHTSA) launched an inquiry into 2.4 million Tesla vehicles with FSD last week. From regulatory hurdles in California to scrutiny over its Full Self-Driving technology, the road to approval is anything but straightforward. As Tesla navigates these complexities, all eyes will be on Musk and his team to see if they can transform this ambitious vision into reality by next year.

25 Oct 2024

Global News

Robotics Breakthrough ~ New Possibilities Are Emerging!

Researchers have been working on motor-powered robots for the past 70 years; motor technology dates back around 200 years. Even though these robots can walk and have arms and legs, they frequently lack human agility and fluidity of movement. Why? ~ due to the lack of muscles in them. Finding The Muscle Power ~ (Source: Google Images) Scientists at the Max Planck Institute for Intelligent Systems and ETH Zurich claim to have made progress by creating a robotic leg that is driven by artificial muscles instead of electrical motors. Inspired by both people and animals found in the wild, the robotic arm can jump over barriers and traverse surfaces like sand and gravel. Isn't this magical to read? It doesn't require complicated sensors to execute quick motions or high jumps. The researchers claim in a statement that the leg is also far more energy-efficient than motor-powered robots, and that although the technology is still in its infancy, it may pave the way for future humanoid robots to be propelled by artificial muscles. The paper, which was written by PhD students Thomas Buchner and Toshihiko Fukushima, is scheduled to be published in the scientific journal Nature Communications in the coming days . Artificial muscles: understanding their existence? (Source: Google Images) Various Investor's interest in the robotics space has been growing this year; according to Goldman Sachs, the global market for humanoid robots is expected to reach $38 billion( US Dollars) by 2035. Europe's humanoid robot startups include the Norwegian AI company ‘1X’, and the Swiss firms (and ETH spinouts) 'ANYbotics', which is creating a four-legged robot for industrial use, which is creating robotic hands with artificial intelligence.However, in contrast to traditional robotic limbs, the researchers from ETH and Max Planck claim that the leg's movement mimics that of actual people and animals, having both a flexor and an extensor muscle that allows for bidirectional movement. The researchers refer to these prosthetic muscles as electro-hydraulic actuators, or HASELS, and they are affixed to the skeleton via tendons. According to the researchers, this is not the same as traditional robotic legs, which are powered by electromagnetic rotary motors. Fresh opportunities ~(Source: Google Images) Since 'electro-hydraulic actuators' were first introduced just six years ago, the field of artificial muscles is still in its infancy, and the researchers acknowledge that more work needs to be done before their technology can match or surpass the most sophisticated humanoid robots currently available. Their methods still have limitations as compared to walking robots that use electric motors. Robert Katzschmann, a professor at the Soft Robotics Lab at ETH Zurich, noted that the limb is now tied to a rod, jumps in circles, and is not yet capable of free movement. He also noted that mobile battery technology is still not being used to power it.Looking at the Future Prospects ~ However, because artificial muscles can adapt and make more subtle and minor movement modifications, they could pave the way for actual robots to walk on more uneven terrain provided these constraints are addressed. The reason for this, according to the researchers, is that electric motors need sensors to continuously determine the angle at which the robotic leg is positioned, and the artificial muscle adjusts by interacting with its surroundings to achieve the ideal position. "Perhaps one day, when it is battery-powered, we can deploy it as a rescue robot if we combine the robotic leg in a quadruped robot or a humanoid robot with two legs," added Katzschmann.

11 Sep 2024

Global News

Protecting Our Pollinators: World's First Robotic Beehive to Combat the Bee Crisis

Beewise, the climate tech, AI-powered robotics company, has taken a significant step forward in its mission to save bees with the release of its newly designed BeeHome 4. This sustainable solution for supporting bee colonies for pollinating crops is a significant breakthrough in protecting the vital pollinators on our planet. The new design features of BeeHome 4 make it more mobile and efficient for farmers to care for millions of bees, and it accommodates standard bee hive frames, making it compatible with existing beekeeping workflows. Additionally, the automated robotic system detects and responds to threats in real-time, protecting the bees from fatal threats like pesticides and pests. The impact of BeeHome 4 has been significant. Beekeepers have reported a reduction of bee mortality by 80% compared to traditional beehives, leading to increased crop yields of at least 50%. The solution also reduces manual labor needs by approximately 90%, solving skilled labor shortages. With climate change and other threats causing bee colony losses as high as 30% each year, the BeeHome 4 represents an essential solution to help combat this detrimental trend. The release of this product marks a significant achievement in the quest to save bees and protect the future of our planet's ecosystem. Beewise has developed a sustainable solution that provides advanced hardware for bees in the field and software for beekeepers and growers to manage operations from their desk or mobile phone. The BeeHome 4 not only protects and defends bees but also helps them thrive and flourish, reversing the trend of colony collapse.

20 Feb 2023

Global News

Star Citizens

Healing Without Borders: Indian-Origin Doctor Performs Life-Saving Remote Surgery!

In a historic medical breakthrough, Dr. Vipul Patel, an Indian-origin surgeon based in Florida, successfully conducted a transcontinental robotic surgery on a patient located 7,000 miles away in Angola, Africa. Using robotic surgical tools controlled via high-speed fiber optic cables, Dr. Patel performed the complex procedure with no perceptible delay, a feat that could revolutionize access to healthcare globally. This effort marks the first international telesurgery performed by a U.S.-based surgeon since the landmark Lindbergh Operation in 2001. But unlike that single event, this surgery represents a scalable, repeatable model for future medical interventions across borders. Meet the Surgeon: A Veteran in Robotic ProceduresDr. Patel is no stranger to innovation. As the medical director of the Global Robotics Institute at Orlando’s AdventHealth, he has performed nearly 20,000 robotic surgeries, primarily in urology. However, these procedures typically involve the patient being in the same operating room or at least nearby. This time was different. Dr. Patel operated on Fernando da Silva, an Angolan patient diagnosed with prostate cancer in March 2025. The surgery, which took place on June 14, 2025, was part of an FDA-approved human clinical trial to test long-distance robotic surgical capabilities. “This is a small step for a surgeon, but a huge leap for healthcare,” Dr. Patel said after the procedure.How the Surgery Was PerformedThe technological backbone of the surgery was a Chinese-developed robotic surgery platform called MedBot. It was paired with an ultra-fast fibre optic network that routed the signal from Orlando to Miami, then through Brazil and across the Atlantic Ocean to Luanda, Angola. This setup ensured latency of just 140 milliseconds, a delay so short that the human brain cannot perceive it. Dr. Patel described the experience as completely seamless: “There was no perceptible delay in my brain,” This level of responsiveness was critical for such a delicate surgery, where even millisecond delays could pose serious risks. Despite the futuristic nature of the operation, human connection remained central. Dr. Patel insisted on having a medical team physically present with the patient in Angola to support and intervene if needed. “I always have my team where the patient is,” he explained. This approach underscores the fact that while technology can bridge distances, human oversight and empathy remain irreplaceable components of patient care.Global Implications: Healthcare Without BordersThe potential implications of this success are massive, particularly for under-resourced and remote regions. In places like Africa, where prostate cancer is prevalent but medical infrastructure is limited, such technology can be life-saving. Dr. Patel envisions the technology eventually being used for critical emergency procedures like telestroke or cardiac interventions, where every minute counts. Years in the Making: A Vision RealizedThis wasn’t an overnight success. Dr. Patel spent two years traveling globally, researching and testing various technologies that could make remote robotic surgery viable. His goal was clear: make high-quality healthcare accessible to all, regardless of location. With this groundbreaking trial now in the books, the path forward includes scaling the technology, training global teams, and ensuring regulatory support to bring telesurgery into mainstream practice. For now, Fernando da Silva’s successful surgery serves as a powerful case study not only of technological capability but of human hope and resilience. In his recovery lies the proof that lives can be changed, and even saved, across thousands of miles through a keyboard, a scalpel, and a dream of better care.

24 Jun 2025

Star Citizens

How a Young Boy from a Mumbai Slum Landed a Job at NASA!

"From the depths of hardship often rise the brightest stars." Growing up in an 8×10 room in Kurla, Mumbai, Jaikumar Vaidya's early life was marked by hardships. He was raised by a single mother after his father abandoned the family. From his childhood, Jaikumar and his mother faced severe financial constraints. His mother worked tirelessly to make ends meet, and despite suggestions by relatives that her son should become a driver, she never gave up on his education. The Spark of Inspiration Jaikumar's fascination with science began with space shows on television. Despite the financial struggles, he was determined to pursue his passion. Studying under streetlights and living on vada pav, he remained focused on his goal. His dedication paid off when he graduated in Electrical Engineering from KJ Somaiya College of Engineering, where he also won several accolades in robotics. Jaikumar's talent in robotics earned him an internship with Larsen and Toubro. He also worked various odd jobs, including soldering and online teaching, to support his education and family. His research journey began at the Tata Institute of Fundamental Research (TIFR), where he published two scientific papers in reputed international journals in 2017 and 2018. These publications caught the attention of the University of Virginia, where Jaikumar joined as a graduate research assistant. His research focused on solving NP-Hard problems using an electrical circuit approach. During his tenure at TIFR, he balanced his research work with online teaching to fund his GRE and TOEFL preparations, ultimately securing his flight to the United States. Source: Google Images A New Chapter at NASA In 2022, Jaikumar Vaidya received an extraordinary opportunity from NASA, just as he was about to start a new job. He joined Goddard as a ground systems engineer for flight missions, specializing in developing hardware and software for mass spectrometers. His contributions to missions such as SEAL, LEMS, GDC, and DISSIPATION involve designing mass spectrometers to study the relative abundance of atmospheric constituents on the Moon and Mars. Jaikumar's work at NASA also includes collaboration with the University of Maryland Baltimore County, ensuring the efficient functioning of machines for Mars, the Moon, and the Earth's upper atmosphere. A Vision for India's Technological Future Jaikumar's vision extends beyond his work at NASA. He aspires to transform India into a hub for manufacturing technology. He dreams of establishing a research center focused on emerging electronic devices to create non-volatile, low-power, fast-switching memory. His goal is to help economically disadvantaged students, particularly girls, achieve their dreams, inspired by his own journey and the endless support of his mother. From working in local electronics repair shops and garment stores to winning national and state-level awards in robotics, Jaikumar’s journey has been one of perseverance. Throughout his journey, Jaikumar has remained deeply grateful to those who supported him, including his mother, who was his rock and inspiration. In his own words, Jaikumar credits his success to his mother's support and love, stating, "She means the world to me." He also acknowledges the nonprofits like Tata Trust, MESCO Trust, and India Development Foundation, which provided financial aid and zero-interest loans during his education.

2 Aug 2024

Star Citizens

A Groundbreaking Robotic Innovation That Offers Solution to Cotton Farmers' Woes!

A team of students from the Institute of Aeronautical Engineering in Hyderabad has introduced a groundbreaking innovative solution to address the challenges faced by cotton farmers. Their creation, CultivOx by Agrodroid, is a rover robot designed to automate and simplify various cotton farming activities, from sowing to harvesting. Cotton cultivation in India has been grappling with a shortage of labor, leading to increased wages and reduced profit margins for farmers. Recognizing this issue, the team behind CultivOx embarked on a mission to alleviate the burden faced by cotton farmers. The robot is equipped to perform tasks such as weeding, fertilization, pesticide spraying, and harvesting, significantly reducing the dependency on manual labor. CultivOx not only streamlines the cotton farming process but also offers economic benefits. The robot aims to slash commercial margins by 81.45% and traditional margins by 76.06%. Additionally, it operates on solar-powered and CO2-neutral technology, promoting sustainable farming practices. The team plans to fine-tune the prototype using data collected at various stages of plant growth. Field testing is expected to commence in December 2023, with the launch of Minimum Viable Products scheduled for 2024. Recognized by the Department for Promotion of Industry and Internal Trade (DPIIT) of the Government of India, the final product is set to hit the market in July 2025, complete with certifications. Despite lacking business backgrounds, the team members—G Naveen, Vuppu Mahesh, K Jeshwanth Reddy, and Md. Adhnan—are driven by their vision to create employment opportunities and generate revenue for the country. Their pioneering robotic solution, CultivOx, holds immense potential to revolutionize cotton farming and alleviate the woes of cotton ryots across India.

15 Sep 2023

Star Citizens

This Enterprising Lady Takes AI and Robotics to Rural TN

Suriya Prabha started to take a liking to artificial intelligence (AI) when she saw how students abroad are trained in AI. She soon developed a passion to learn AI and started learning software coding online. Her interest in AI further propelled her to launch a start-up to introduce awareness about electronics, computer science and robotics technology to students in government schools. They cover three areas — code the robots, become a robot and experience AI. Training Method And Reach Prabha teaches machine learning and AI to middle school children in rural Tamil Nadu through a play-way teaching method to create a natural interest in learning and make it easy to understand. She informed that there is a hunger in the rural kids to know the nuances of technology. So far, Prabha has trained more than 25,000 students in 25 government-run schools in remote areas of Virudhunagar, Ramanathapuram, Madurai and Theni districts. To implement the project, Prabha formed a team of six members. The team assigns fun projects to the students who use AI developer kits to get trained in AI. Prabha said that they try to evoke an interest in the kids for robotics by using tech toys such as Kano, Sphero, Mekamon, Cozmo, Littlebit and Microbit. Technology Can Make Communities Better Prabha believes that technology can be used as a tool to solve problems in villages and could make the community better. To achieve this aim, she is on a mission to empower children from rural regions with technical skills.

8 Aug 2019

Star Citizens

Positive Reads

ARTPARK, India’s First Robotics Park Is a Gateway to Robotics Innovation

Nestled within the Indian Institute of Science (IISc) campus in Bengaluru, ARTPARK is a game-changer, bringing a wave of new technology to India. Established in 2020, under the visionary leadership of Raghuram Dharmaraju, ARTPARK is all about harnessing artificial intelligence (AI) and robotics solutions to address pressing societal challenges. Empowering Innovation: At its core, ARTPARK serves as a dynamic convergence point for startups, industry stalwarts, researchers, government entities, and non-profit organizations, fostering a collaborative environment conducive to groundbreaking discoveries. With a robust seed funding of Rs 230 crore from the Centre's department of science and technology and the Karnataka government, ARTPARK embarks on a mission to pioneer critical technologies, reduce India's import dependency, and catalyze AI-driven solutions for the nation's most pressing issues. Revolutionizing Sectors: From industrial automation to healthcare and agriculture, ARTPARK's innovation initiatives cover diverse sectors, promising transformative outcomes and functional benefits. Noteworthy among its physical platforms is the ARTgarage, a cutting-edge manufacturing and testing facility, serving as a crucible for developing autonomous intelligent systems tailored for various applications. Impactful Initiatives: One Health & Climate, a digital platform within ARTPARK, has left an indelible mark with its dengue dashboard, revolutionizing public health surveillance and analytics. Spearheaded by Bhaskar Rajakumar, this initiative has positively impacted millions of lives, exemplifying ARTPARK's commitment to leveraging technology for societal good. Breaking Language Barriers: In its pursuit of inclusivity, ARTPARK endeavors to transcend language barriers through pioneering language data and AI initiatives. Led by Prasanta Kumar Ghosh, the language data and AI initiative at ARTPARK includes projects like SYSPIN and RESPIN. It aims to make digital India more accessible and inclusive, empowering individuals across linguistic diversity. Facilitating Startups: ARTPARK's startup programs serve as launchpads for aspiring entrepreneurs, facilitating the transition from laboratory innovations to market-ready solutions. The ARTPARK Innovation Challenge 2024 offers substantial funding and support to startups in AI, robotics, and autonomous systems, catalyzing innovation-driven entrepreneurship and addressing critical industry and societal challenges. As India propels towards a future defined by technological innovation and inclusive growth, ARTPARK stands at the forefront, blazing a trail of unprecedented possibilities.

6 May 2024

Positive Reads

Global Inspirations

World’s Smallest Stent Could Be a Boon to Medical Science

Stents are being widely used to treat blocked coronary vessels, but researchers from Federal Institute of Technology in Zurich, Switzerland felt the need for a smaller stent to treat urethral stricture that develops one in every thousand children, sometimes even when they are still a foetus in the womb. Use Of the Stent The smallest stent can prevent life-threatening levels of urine from accumulating in the bladder if it could be inserted to widen the constriction while the foetus is still in the womb, according to the study published in the journal Advanced Materials Technologies. However, it is impossible to create a stent, so small in size through conventional methods. Therefore, paediatric surgeon Gaston De Bernardis from Aargau Cantonal Hospital approached the Multi-Scale Robotics Lab at ETH Zurich. How The Stent Functions Researchers at the Lab have been able to develop a new method which will help them produce highly detailed structures measuring less than 100 micrometres in diameter by a method called indirect 4D printing. The stent’s shape-memory properties enable it every time to return to its original shape after compression, thus widening the constricted area of the urinary tract. Before finding real-world application, researchers said that the stent will first be tested in animal models. The results can open the door to the development of new tools for minimally invasive surgery. Image Source: Futurity.org

15 Aug 2019

Global Inspirations