drivebuddyAI, a leading provider of AI-powered Advanced Driver Assistance Systems (ADAS) and Driver Monitoring Systems (DMS), has been granted an Indian patent for its invention “A Real-Time Automotive Assistance System and Method for Lane ROI Detection in Vehicle.”
The patented technology introduces an intelligent, automated framework for lane detection that improves the accuracy and reliability of critical ADAS functions while reducing false alerts across diverse real-world driving environments.
As ADAS adoption continues to grow globally, an accurate understanding of the vehicle’s drivable corridor remains essential for safety features such as lane departure warnings, forward collision warnings, headway monitoring, and driver assistance interventions. However, conventional systems are often affected by variations in camera installation, vehicle architecture, road geometry, environmental conditions, and sensor alignment, resulting in inaccurate estimations and inconsistent performance.
drivebuddyAI’s patented technology addresses these challenges through a self-calibrating framework that automatically optimises lane calculations during new installations, software updates, and system reboots, ensuring reliable performance without manual intervention. The new patent covers several innovations, including: ● AI-driven frame validation that selects high-confidence video frames for lane ROI computation. ● Vehicle-specific lane adaptation based on vehicle type and configuration. ● Dual-camera architecture integrating road-facing ADAS with Driver Monitoring Systems (DMS). ● Real-time safety alerts supporting lane departure warning, collision avoidance, and steering assistance. ● Compatibility with Level 2 and Level 3 autonomous driving applications, including Autonomous Emergency Braking (AEB) and advanced path planning.
Unlike conventional approaches that rely on static calibration settings, drivebuddyAI’s technology continuously validates and optimises lane ROI using real-world driving data, enabling robust performance across inconsistent lane markings, changing road conditions, adverse weather, and diverse vehicle platforms.
The technology has been trained and validated on over 6.4 billion kilometres of real-world driving data, spanning highways, urban roads, rural routes, low-light environments, adverse weather conditions, and complex mixed-traffic scenarios. This extensive dataset enables reliable lane perception in situations where traditional systems frequently underperform.
Commenting on the patent grant, Nisarg Pandya, Founder & CEO, drivebuddyAI, said: “The effectiveness of any ADAS system depends on how accurately it understands the drivable space around the vehicle. This patent is a significant step towards self-calibrating ADAS systems that deliver more reliable safety alerts with minimal manual intervention.”
The technology is particularly valuable for commercial fleets and OEMs operating across diverse geographies and vehicle platforms. By automating lane calibration and enabling continuous optimisation through cloud connectivity and over-the-air (OTA) updates, the solution simplifies deployment, reduces maintenance requirements, and ensures consistent ADAS performance throughout the vehicle lifecycle.
This latest grant further strengthens drivebuddyAI’s growing intellectual property portfolio, which now includes more than 15 patents spanning ADAS, DMS, AI perception, driver risk assessment, driver recognition, real-time safety systems, and intelligent mobility technologies. As the automotive industry transitions toward connected, software-defined, and increasingly autonomous vehicles, drivebuddyAI continues to advance AI-driven safety innovations that make mobility safer, smarter, and more reliable.
Motoring journalist and television presenter Richard Hammond has partnered with automotive diagnostics specialist Carly, to help UK drivers to improve their understanding of issues affecting modern vehicles and learn how to deal with them.
Richard Hammond – a much-loved British television presenter and journalist, well known for co-hosting motoring programmes BBC Top Gear, and The Grand Tour on Amazon Prime, both with Jeremy Clarkson and James May – has a well-regarded and popular car restoration business, The Smallest Cog. He also hosts the TV show Richard Hammond’s Workshop on Discovery+.
Rather than a traditional celebrity endorsement, the collaboration will focus on educational content, practical advice and real-world eventualities that reflect the realities of modern car ownership. Through the partnership, Richard Hammond will explore common vehicle issues, share insights from his own experience and use Carly technology to demonstrate how drivers can gain greater visibility into the health of their vehicles over the length of their ownership.
The association reflects a shared commitment to improving transparency around vehicle maintenance and reducing the uncertainty many drivers face when warning lights appear on the dashboard. By making diagnostic information more accessible and easily understood, Carly’s aim is to help motorists address issues before they lead to more serious and costly repairs.
As part of the partnership, which aims to help UK drivers understand technology behind modern cars, Carly’s compiled the top 5 car issues for a few car brands aged between 2016–2024. Carly’s data reveals that software, sensor, battery voltage and vehicle communication issues are among the most commonly detected problems across some of the UK’s most popular car brands according to the latest SMMT figures (May 2026). This dataset highlights how important it is for drivers to be able to access vehicle diagnostics quickly so they can assess any issues with their cars and take suitable action before repair costs escalate.
Modern vehicles rely on many interconnected control units, sensors and electronic systems. While these technologies improve performance, efficiency and safety, they can also make fault diagnosis much more challenging for drivers. Carly’s latest analysis of millions of diagnostic sessions shows that software-related faults, sensor malfunctions, battery voltage issues and vehicle communication errors are among the most commonly detected problems across popular modern car brands. Frequently detected issues highlighted by this Carly dataset include CAN-BUS communication errors, undervoltage and overvoltage faults, fuel pump and turbocharger sensor faults, and emissions-related issues, including particulate filter and catalyst system faults. See the table below for more detail.
The dataset suggests that while mechanical reliability remains of great importance, many of the most frequently detected issues in today’s vehicles are now linked to electronics, software and communication networks*. Using Carly’s systems to get an early diagnosis of such problems can help drivers address faults before they develop into more costly repairs and avoid unnecessary garage visits.
Carly UK Growth Manager Emma Brown said: “As vehicles continue to become more connected and technologically advanced, access to clear and understandable diagnostic information is becoming increasingly valuable for drivers seeking greater confidence and control over vehicle maintenance. We’re excited to be partnering with Richard Hammond to help bring that message to UK motorists and beyond. By helping drivers identify potential issues earlier, Carly gives them clearer insight into their car’s health, so they can make more informed repair decisions, reduce the risk of unnecessary costs and feel more in control when faults or warning lights appear.”
In response to his association with Carly, Richard Hammond said: “What made this partnership interesting to me is that it’s not really about advertising – it’s about helping drivers better understand modern cars in a practical, real-world way. Cars today are driven as much by software and data as they are by mechanics, and that’s exactly the kind of conversation we’ll be focusing on.”
The recent dataset from Carly underlines how technology in modern vehicles can make pinpointing issues increasingly tricky without help from a diagnostic system. The collaboration between Richard Hammond and Carly highlights the increasing importance of giving drivers the tools and information they need to be confident when working on their cars.
SS Innovations, the maker of India’s first and only home-grown Surgical Robotic System – SSI Mantra, hosted the Second Global SSI Multi-Speciality Robotic Surgery Conference (SMRSC) 2025 at the Leela, Gurgaon. The two-day event saw enthusiastic participation from over 1200+ world-renowned medical professionals, who gathered on a single platform to explore the transformative potential of robotic surgery.
In a groundbreaking announcement at the SMRSC 2025, SS Innovations unveiled the SSI Mantra Tele-Sync Mobile Unit – “SSI MantraM”, a first-of-its-kind innovation set to transform the landscape of robotic surgery and telemedicine in India. This revolutionary mobile tele-surgical unit reflects SS Innovations’ unwavering commitment to advancing medical technology, redefining healthcare infrastructure, and expanding access to cutting-edge surgical care.
With this breakthrough, SS Innovations continues to push the boundaries of med-tech, revolutionizing surgical infrastructure and cementing India’s position as a global leader in robotic surgery and health-tech innovation.
Equipped with state-of-the-art telesurgery capabilities, SSI MantraM breaks barriers in surgical care by delivering world-class robotic-assisted procedures to remote and underserved regions. The Tele-Sync Mobile Unit seamlessly integrates the SSI Mantra Surgical Robotic System, high-speed connectivity, and advanced surgical robotics to enable real-time collaboration between remote and on-site surgical teams. This innovation empowers expert surgeons to perform and guide procedures with minimal latency, making advanced surgical care more accessible than ever.
Speaking on the launch of SSI MantraM, Dr. Sudhir Srivastava, Founder & Chairman of SS Innovations said,”SSI MantraM is more than a mobile telesurgical unit, it’s a movement to democratize and decentralise world-class healthcare. With high-speed telecommunication and satellite connectivity, it breaks geographical barriers, delivering life-saving robotic-assisted surgery to underserved communities. Beyond tele-surgical procedures, SSI MantraM serves as a powerful platform for surgical education, tele-mentoring, and real-time patient data analytics. With continuous research and innovation, SSI is taking a major step toward ensuring that advanced robotic surgery reaches those who need it most.”
Building on the success of SMRSC 2024, this year’s conference elevated discussions on innovations in robotic surgery and telesurgery, with a focus on Urology, General Surgery, Gynecology, Oncology, Head & Neck, and Cardiothoracic surgery. The event served as a platform to showcase the advanced capabilities of SS Innovations’ flagship surgical robotic system- SSI Mantra 3, which continues to redefine modern surgical care. Installed in over 70 hospitals nationwide, SSI Mantra has facilitated more than 3400 multi-speciality surgeries, including complex cardiac procedures, setting new benchmarks in surgical precision and patient outcomes. SMRSC 2025 brought together an extraordinary lineup of global visionaries shaping the future of healthcare and technology.
Dr. Michio Kaku, a renowned theoretical physicist and futurist, captivated the audience with his thought-provoking insights on the future of medical technology. He highlighted how advancements in AI, quantum computing, and robotics are set to redefine surgery, making precision medicine and real-time remote procedures a reality. His presence underscored the intersection of scientific innovation and healthcare advancements. Mr. Sonam Wangchuk, acclaimed engineer, innovator, and education reformist, highlighted the critical role of infrastructure and technological breakthroughs in transforming healthcare. His insights resonated deeply with SSI MantraM’s mission to decentralize surgical care through pioneering engineering and connectivity solutions. Dr Fredric Moll, widely recognized as the Father of Surgical Robotics and Vice-Chairman of SS Innovations International Inc., shared his expertise on the evolution of robotic-assisted surgery, offering a glimpse into the next era of precision-driven medical advancements.
Dr. Michio Kaku, renowned theoretical physicist and futurist, speaking on the future of medical technology said, “Congratulations to SSI for making history by igniting the next revolution in robotic surgery. Today marks the beginning of an exciting new era, with SSI at the forefront of a transformation that will redefine the medical field. When historians look back, they will recognize that this moment set into motion a movement that will reverberate across the world, redefining the way surgery is performed. But this is only the beginning. We are witnessing the dawn of the next phase that goes beyond where we stand today. While this phase will shape the future for years to come, I can already see the emergence of something even greater: the integration of quantum mechanics into surgery. This will not just be robotic surgery; it will be quantum mechanical robotic surgery, an evolution that will once again revolutionize medicine. Years from now, history will mark SSI as the epicentre of this transformation, the place where visionaries, driven by energy and foresight, propelled this revolution forward. I eagerly await the next great leap, where quantum mechanics and robotic surgery merge, opening yet another frontier in medical innovation.”
Mr. Sonam Wangchuk, innovator and education reformist said, “Just as a doctor heals the sick, an environmental engineer heals the planet, diagnosing its ills and restoring its balance. By harnessing innovation, sustainable technology, and community-driven solutions, we can democratize environmental care, making sustainability accessible to all. A healthier planet isn’t just a vision; it’s a necessity for a just and thriving future.”
Dr. Fredric Moll, Father of Surgical Robotics, and Founder of Intuitive Surgical, said, “I am truly amazed by the progress made in developing the SSI Mantra, which is impressive both in its clinical capabilities and the remarkably short time in which it has been achieved. This accomplishment is a testament to the exceptional talent of Dr. Sudhir Srivastava and the SSI engineering team. Having lived and worked in the robotics space, I understand the immense challenges involved in such a feat. SSI’s creativity, persistence, and determination have been key to bringing this system to its current state. As robotics continue to evolve and become more intelligent, we are entering a new era of capabilities that will serve both patients and humanity in profound ways. I am incredibly excited to be a part of this journey.”
SMRSC 2025 featured insightful discussions on the transformative role of AI in robotic surgery, from pre-operative planning to intra-operative decision-making and post-operative care. The event also showcased groundbreaking live telesurgeries and tele-proctoring sessions, broadcasting real-time robotic surgeries across cardiac and multispeciality disciplines.
Furthermore, for the first time in India, telesurgery was performed across a distance of 1,700+ km, with Prof. Dr. Somashekhar S P, Surgical Oncologist, operating remotely from SS Innovations Headquarters, Gurgaon, while Dr. Kushal Agrawal, Associate Consultant – Surgical Oncology, assisted on-site at Aster CMI Hospital, Bangalore. This breakthrough, led by SSI, is a significant step toward making advanced surgical care accessible across long distances.
Acknowledging the gathering of the renowned medical fraternity at SMRSC 2025, SS Innovations Founder, Chairman, and CEO, Dr. Sudhir Srivastava, said, “SMRSC 2025 is a testament to the power of collaboration, where the brightest minds in medicine come together to shape the future of robotic surgery. With a strong ‘Made in India’ vision, we are proud to lead the charge in robotic surgery innovation, bringing world-class technologies to the forefront. Robotics is the future, and as we move forward, these technologies will play a pivotal role in redefining precision, efficiency, and accessibility in healthcare. By bridging geographical gaps, enhancing surgical outcomes, and empowering medical professionals with unparalleled capabilities, we are transforming lives and setting new benchmarks in surgical excellence, ensuring that world-class healtcare reaches every corner of the globe.”
The conference culminated on a mesmerizing note with a soulful musical evening led by Padma Vibhushan awardee and Sarod maestro, Ustad Amjad Ali Khan. His captivating performance brought a cultural touch to the event, seamlessly connecting science, technology, and the arts.
With a strong emphasis on collaboration and knowledge-sharing, SMRSC 2025 is actively redefining the future of robotic-assisted surgery. The conference serves as a premier platform for surgeons, medical professionals, healthcare leaders, and technology innovators to come together and drive advancements in surgical excellence and innovation. By bridging the gap between medical expertise and technological breakthroughs, SMRSC 2025 highlights the transformative power of robotics in modern healthcare. As the landscape of surgery continues to evolve, the event stands as a testament to the impact of cutting-edge innovation, global collaboration, and a shared vision for accessible and precision-driven healthcare.
Power Drive 