Tag Archives: indigenous

Technology

IIT Madras, CMC Vellore develop affordable indigenous robot for hand rehabilitation

IIT Madras, CMC Vellore develop affordable indigenous robot for hand rehabilitation

IIT Madras, CMC Vellore develop affordable indigenous robot for hand rehabilitationIANS

Researchers at the Indian Institute of Technology Madras (IIT Madras) and Christian Medical College, Vellore (CMC Vellore) on Friday announced the development of a cost-effective and portable plug-and-train robot for hand rehabilitation.

Called ‘PLUTO’ (Plug and Train Robot), this device technology was licensed through Technology Transfer Office-TTO ICSR and commercialised by Thryv Rehab Solutions.

It addresses a significant gap in the current rehabilitation market. This innovative device is well-positioned to meet the growing demand for affordable and adaptable rehabilitation solutions in clinical and home settings.

PLUTO is also the first and only indigenous robot to have been tested in Indian homes, demonstrating that PLUTO can deliver intense therapy and make therapy accessible.

PLUTO has also benefitted more than 1,000 patients across 11 different clinics across India in the last four years.

The patented technology offers precise therapeutic movements and real-time feedback, ensuring better outcomes for patients with conditions such as stroke, spinal cord injury, multiple sclerosis, Parkinsons’ disease, and post hand-surgery, among others.

The device is well-suited for use in rehabilitation centres, clinics, hospitals, and even patients’ homes, bridging the gap in accessibility to effective, affordable hand rehabilitation solutions. The innovation’s cost-effectiveness and portability make it a transformative tool in the healthcare industry.

“PLUTO revolutionises hand rehabilitation by providing an affordable and accessible solution for patients with post-stroke conditions. Its portability enables timely and consistent therapy at home or bedside, improving recovery outcomes and reducing dependency on caregivers,” said Prof. Sujatha Srinivasan, Head of TTK Center for Rehabilitation Research and Device Development at IIT Madras.

“Over 1,000 patients with hand impairments have used the device for therapy; at least 15 patients per week use PLUTO for routine hand therapy at CMC Vellore. PLUTO was also the first and only indigenous robot to have been tested in Indian homes, demonstrating that PLUTO can deliver intense therapy and make therapy accessible,” added Prof. Sivakumar Balasubramanian, Department of Bioengineering, CMC Vellore.

Robot's modular design uses recyclable materials and energy-efficient processes

Robot’s modular design uses recyclable materials and energy-efficient processesshiksha

The cost-effective device minimises production costs while delivering high functionality, making advanced rehabilitation accessible to a broader audience. Its affordability reduces financial strain on healthcare systems and patients, promoting widespread adoption.

The robot’s modular design uses recyclable materials and energy-efficient processes, reducing waste and environmental impact. Its adaptability eliminates the need for multiple devices, supporting sustainable healthcare innovation.

PLUTO is a modular, portable robot that facilitates advanced hand rehabilitation therapy with adaptive assistance and therapeutic gaming.

The device provides targeted therapy for wrist and hand movements using a single actuator and a set of interchangeable mechanical handles.

The modular design ensures versatility, allowing training of various functions such as wrist flexion/extension, forearm pronation/supination, and hand opening-closing.

(With inputs from IANS)

Business

Godrej Enterprises Group enhances warehouse safety with Indigenous Innovations and Safety Training

Chandigarh, 23rd October 2024: The Material Handling business of Godrej & Boyce, a part of the Godrej Enterprises Group, is taking significant strides in enhancing workplace safety and operational efficiency through indigenous innovation and comprehensive skill development.

Godrej Enterprises Group enhances warehouse safety with Indigenous Innovations and Safety Training 2

With material handling accounting for two-thirds of the manufacturing cycle and 40% of accidents attributed to unsafe material handling practices – of which 80% are due to human error or unsafe acts – the business has introduced a range of cutting-edge safety features in its equipment. These include the Seat Belt Interlock System, Safety Lights for pedestrians and other moving equipment, Operator Presence Sensor (OPS) along with Enhance Safety System (ESS) that disables lifting, tilting, attachment functions and forklift movement if the operator is not seated correctly and seatbelt is not fastened. The company has also introduced Smart Curve Control Technology, which reduces speed by up to 30% while turning. An Anti-Rollback System that activates on inclines to prevent run-aways. The business also launched ‘i Report’ India’s first-ever safety application for material handling operations in FY23.

To complement these technological advancements, Godrej & Boyce has launched extensive training programs in collaboration with NGOs and training schools for forklift operators. The business has trained over 3500 operators and aims to train a further 300 operators by FY25. Their commitment to skill development is further evidenced by its Integrated Skill Enhancement Platform (ISEP), which provides sales, service, and technical training to all team members through a digital interface. In a notable move towards inclusivity, Godrej & Boyce has also trained female and transgender forklift operators through its programs, promoting diversity.

Anil Lingayat, Executive Vice President and Business Head, Material Handling business of Godrej & Boyce, a part of Godrej Enterprises Group, said, “At Godrej & Boyce, we are committed to raising the bar in warehouse safety and operational efficiency. Our indigenous innovations and comprehensive training programs not only align with the ‘Make in India’ initiative but also contribute significantly to the nation’s development. By focusing on sustainability and skill enhancement, we are ensuring that Indian companies lead the way in creating safer, more efficient workplaces. This commitment extends beyond our business objectives; it’s about nurturing a skilled workforce and driving responsible growth in the intralogistics sector.”

Indian freight and logistics market is estimated to grow at 8.8 per cent annually to USD 484.43 billion by 2029, as per a report released at the logistic fair LogiMAT India. Godrej & Boyce’s focus on safety, innovation, and skill development positions the business as a key player in shaping the future of warehouse operations in the country, poised to enable the growth of this market with a keen focus on safety and sustainability.


Neel Achary

Awards & Recognition

Godrej & Boyce Unveils India’s First Lithium-Ion Forklift Truck Featuring a Fully Indigenous Battery Management System

Godrej targets 100% localization of Li-Ion cells by the end of next year- a first in India

MUMBAI: Amid India’s rapid infrastructure development and the pressing need for green energy solutions, Godrej & Boyce, part of the Godrej Enterprises Group, has once again taken the lead with its latest innovation. The Material Handling Business of the conglomerate, today announced the launch of lithium-ion battery-powered forklifts featuring an indigenously developed Battery Management System (BMS). This will be the first offering of this kind by an Indian manufacturer. The solution addresses a critical need in the Indian material handling sector by providing a self-reliant and secure Li-Ion battery system.

The benefits of Li-ion technology are extensive and transformative, offering more than 4 times longer battery life compared to traditional lead-acid batteries. Li-ion batteries provide 5,000 charge cycles versus 1,200 for lead-acid, reducing long-term investment. They enable opportunity charging, zero emissions during charging, and reduced maintenance needs. Charging from 20% to 80% takes only 2.5 hours for Li-ion compared to 6 hours for lead-acid, with 30% less energy consumption. Li-ion batteries offer upto 15% more run time to 2 and 3-tonne forklifts. The modular design also allows for scalability. Godrej & Boyce plans to extend this technology to other material handling equipment. Industries set to benefit include automotive, FMCG, consumer durables, retail including e-commerce, pharmaceuticals, and other major manufacturing sectors.

Anil Verma, Executive Director & Chief Executive Officer, of Godrej & Boyce, part of the Godrej Enterprises Group said, “India’s logistics sector is at a pivotal juncture, experiencing robust growth driven by infrastructure advancements across sectors such as automotive, FMCG, consumer durables, retail including e-commerce, pharmaceuticals, fueled by rising consumer demand. At Godrej & Boyce, we are committed to ‘Make in India’ strategies, playing a vital role in driving this growth. Our focus on integrating cutting-edge, technology-enabled solutions remains a key priority, addressing the complex challenges of modern supply chains. These innovations are crucial for enhancing operational efficiency and ensuring the sector’s continued evolution. The future of India’s logistics will be shaped by this commitment to nation-building and innovation, securing a more resilient and adaptive industry.”

Anil Lingayat, Executive Vice President & Business Head of the material Handling Business of Godrej & Boyce, part of the Godrej Enterprises Group said, “We are delighted to introduce our Li-ion powered forklift trucks featuring indigenously developed Battery Management System. This launch underscores our commitment to ‘Make in India’ and building self-reliant capabilities in critical technologies for the material handling industry. By leveraging our engineering expertise, we have created a solution that enhances safety and optimizes performance. We believe this is the start of a transformative journey that will revolutionize material handling and inspire industries nationwide to reimagine what’s possible when we commit to self-reliance.“

Developed in partnership with Log9 Materials, the new battery systems integrate lithium-ion cells with 30% localized production with a proprietary Battery Management System (BMS) fully designed and made in India. The business has set a target of 100% localization for the cells by next year.

Traditionally, the Indian market has heavily relied on imported batteries and BMS systems, primarily sourced from China. Localizing this technology underscores the business’s unwavering commitment to the “Make in India” vision and its dedication to fostering a resilient domestic supply chain.

Technology

India Should Push for Indigenous Messaging App Amid WhatsApp Dominance: Argues Expert

Breaking free from digital dominance of the West: The case for an Indian-owned messaging platform

IANS

The dominance of foreign-owned messaging platforms, particularly WhatsApp, in India’s communication sphere has raised significant concerns. With user projections expected to reach 795.67 million by 2025, WhatsApp’s influence on India’s communication infrastructure is undeniable. However, this convenience comes at a cost. The heavy reliance on a foreign platform exposes the country to vulnerabilities that a single external entity could exploit.

WhatsApp’s parent company, Meta, has implemented stringent guidelines against voter interference, threats of violence, and election misinformation on platforms like Facebook, Instagram, and Threads. However, these rules have not been applied to WhatsApp Channels. Instead, the company relies on broader community guidelines, which poses significant risks to the integrity of democratic processes globally.

One of the most significant concerns with this concentration of power is the unchecked spread of misinformation, especially during politically sensitive periods like elections. For instance, one political party might disseminate false information to discredit its opponents. Without alternative messaging platforms, any rebuttal must rely on the same medium.

However, if the owner of that medium were to show bias toward a particular political party, it could manipulate the platform by blocking or slowing the distribution of counter-messages. This manipulation would create an uneven playing field, giving one side an unfair advantage in the political arena and undermining the integrity of democratic discourse.

meta

 

Moreover, when a country’s communication infrastructure is heavily dependent on a single foreign platform, it becomes vulnerable to exploitation by external forces. The revelations of global surveillance programs have made it clear that no data is truly private when stored on foreign servers. In India’s complex geopolitical landscape, the risks associated with these vulnerabilities are too substantial to ignore.

WhatsApp offers end-to-end encryption for the content of its messages, but the metadata generated by user interactions—details such as who is communicating with whom, when, and for how long—remains accessible to the platform’s parent company, Meta.

Recent AI tools added to WhatsApp further accentuate the point that encrypted data can possibly be harvested for commercial gains. This metadata, which can be as revealing as the content of the messages themselves, is subject to analysis and potential misuse.

The concentration of control over sensitive communications in the hands of a foreign entity raises serious concerns about data privacy and sovereignty. In today’s digital age, data has become one of the most valuable commodities, often referred to as the new oil. The data generated by Indian users on foreign messaging platforms is frequently stored on servers located outside the country, placing it beyond the reach of Indian laws and regulations.

This situation undermines India’s data sovereignty, as it effectively cedes control over its citizens’ personal information to foreign corporations. The recent push by the Indian government for data localisation—mandating that data generated within India be stored on local servers—is a step towards reclaiming this sovereignty.

However, without the widespread use of alternatives to platforms like WhatsApp, true data sovereignty remains elusive. An indigenous messaging app would ensure that Indian data is not only stored within the country’s borders but also governed by Indian laws, providing greater protection against unauthorised access by foreign entities.

Ongoing legal challenges further intensify the debate over India’s digital sovereignty. The Indian government’s 2021 Information Technology (IT) rules require social media intermediaries to trace chats and identify the first originator of information. This move is aimed at curbing misinformation and enhancing accountability, but it has faced resistance from entities like WhatsApp, who argue that it compromises user privacy.

Beyond the immediate concerns of national security and data privacy, the dominance of foreign messaging platforms in India also threatens the country’s cultural integrity. These platforms, designed within specific cultural contexts, may not fully honour or understand Indian values, leading to the spread of misinformation and the polarisation of communities. This form of digital dominance can erode social cohesion and cultural identity.

Developing an indigenous messaging app offers India a chance to protect its cultural narratives while fostering economic independence and innovation within its tech sector. By investing in homegrown solutions, India can reduce its reliance on foreign platforms, aligning with the ‘Atmanirbhar Bharat’ initiative and positioning itself as a global leader in digital innovation.

Finance

Indian Army, Air Force carry out first-of-its-kind precise para-drop of indigenous mobile hospital at 15,000 feet

India Army,IAF conduct BHISHM critical trauma care
Indian Army, IAF conducts BHISHM critical trauma care. Photo Courtesy: A. Bharat Bhushan Babu X page

Indian Air Force (IAF) and Indian Army have jointly carried out a first-of-its-kind precise para-drop operation of the Aarogya Maitri Health Cube at a high-altitude area close to 15,000 feet.

These critical trauma care cubes have been indigenously developed under Project BHISHM (Bharat Health Initiative for Sahyog Hita and Maitri).

“The operation was conducted in line with Prime Minister Shri Narendra Modi’s vision of providing critical supplies to Humanitarian Aid and Disaster Relief (HADR) affected areas,” read a statement issued by the Indian government.

The IAF utilised its advanced tactical transport aircraft C-130J Super Hercules to airlift and precisely para-drop the cube.

The Indian Army’s Para Brigade, known for its operational acumen and agility, played an instrumental role in the successful deployment of the trauma care cube, utilising their advanced precision drop equipment.

This demonstration underscored the capability of such specialised military assets to effectively support HADR operations, even in the most remote and mountainous regions.

The successful para-drop and deployment of the BHISHM trauma care cube exemplified the synergy & jointness of the Armed Forces and underscored the commitment to providing timely & effective assistance as first responders.

Business

Taiwan-New Zealand Reaffirm Deep Cultural Ties, Shining Spotlight on Indigenous Culture

Taiwan-New Zealand Reaffirm Deep Cultural Ties, Shining Spotlight on Indigenous Culture

Wednesday, July 17,Taipei, Taiwan : This year marks the 11th anniversary of ANZTEC, New Zealand’s economic cooperation agreement with Taiwan. Historically, the Māori people of New Zealand and Taiwanese indigenous peoples share a profound historical heritage. There is an academic theory that the Māori people originated from Taiwan, which has fostered numerous exchanges between the indigenous peoples of both nations due to their shared cultural heritage.

Recently, Taiwan and New Zealand launched the largest cultural exchange program in years, with the Govett-Brewster Art Gallery in New Zealand inviting four Taiwanese indigenous artists from different tribes for a residency project. From July 6 to Oct. 13, their works will be showcased in the “Without Centre, Without Limits” special exhibition at the Govett-Brewster Art Gallery. The artists will also participate in on-site exchanges with local art institutions and Māori artists, marking a new chapter in Austronesian cultural diplomacy.

The interaction between Taiwanese and New Zealand indigenous peoples has a rich history. Earlier this year, in March, an oil painting exhibition was held in Auckland, New Zealand, centered on the theme of New Zealand Māori and Taiwan’s 16 indigenous tribes. The works were on display during the 2024 New Zealand Taiwan Day as well as at the Māori meeting grounds. In April, a Māori cultural performance group and a local high school basketball team from Rotorua, New Zealand, visited Taiwan to participate in a cross-national basketball friendship match and cultural dance exchange, showcasing the unique connection and friendship between Taiwanese and New Zealand indigenous peoples.

Taiwan was also well-represented at the 13th World Choir Games, which took place in New Zealand on July 10 and featured over 10,000 singers from more than 30 countries. The Nibun Chorus, Baolai Junior High School Choir, and Kahuzas Children’s Choir from Taiwan showcased the nation’s rich cultural heritage through traditional tunes of its indigenous and Hakka communities, highlighting the profound cultural significance of Taiwan’s indigenous arts.


Praveen

Awards & Recognition

IIT Kanpur Successfully Conducts Training Program On 5G/5G+ Standards And Indigenous 5G Network For DoT Officers


IIT Kanpur Successfully Conducts Training Program on 5G/5G+ Standards and Indigenous 5G Network for DoT Officers

KANPUR: The Indian Institute of Technology Kanpur (IITK), a leading institute in the field of telecommunications, recently hosted a highly successful three-day training program on “Design and Development of 5G/5G+ Standards and Indigenous 5G Network” for officers from the Department of Telecommunications (DoT), Government of India. The program, organized in collaboration with NTIPRIT and TEC, DoT, provided a comprehensive overview of 5G technology and its future advancements, with a special focus on India’s Indigenous 5G network development.

The training program was spearheaded by Prof. Rohit Budhiraja from the Department of Electrical Engineering, IIT Kanpur, whose research group has played a pivotal role in developing India’s first indigenous 5G network, currently deployed on the institute’s campus. This advanced technology has been successfully transferred to the TATA-Tejas network and the Centre for Development of Telematics (C-DOT).

Over the three days, participants gained in-depth insights into the 5G physical layer, network architecture, and the intricate layers through which data is transmitted from the base station to user equipment. The program delved into the nuances of establishing a 5G network connection, coding, modulation, rate matching, and multiple antenna technologies.

A significant portion of the training focused on the emerging 5G+ standard, encompassing technologies such as Ambient IoT, AI/ML applications, and high-accuracy positioning systems. Participants were introduced to the inner workings of the 3GPP standardization body and its working groups, cultivating a comprehensive understanding of the future of wireless communication.

Complementing the theoretical sessions, participants had the opportunity to visit the 5G lab at IIT Kanpur and conduct experiments on the live indigenous 5G network. This hands-on experience allowed them to witness the technology in action, observe variations in modulation and coding schemes, analyze data rates, and generate physical layer signals.

Prof. Rohit Budhiraja, the course organizer, said, “The training program provided a unique platform for DoT officers to gain first-hand knowledge of the Indigenous 5G technology developed at IIT Kanpur and the ongoing efforts towards shaping the 5G+ standard. We are confident that this experience will equip them with the necessary expertise to contribute to the advancement of telecommunications in India.“

The program witnessed active participation from esteemed members of the Electrical Engineering Department, including Prof. Ajit Kumar Chaturvedi, Mr. Shyam Vijay Gadhai, Mr. Jyotirmay Saini, Mr. Abhishek Kumar Singh, Mr. Abhishek Samundre, and Mr. Suman Malik, further enriching the learning experience for the attendees.

The successful completion of this training program showcases the strong partnership between IIT Kanpur and the Department of Telecommunications. This collaboration is playing a vital role in shaping India’s future in 5G and beyond.

Awards & Recognition

IIT Kanpur Successfully Conducts Training Program On 5G/5G+ Standards And Indigenous 5G Network For DoT Officers


IIT Kanpur Successfully Conducts Training Program on 5G/5G+ Standards and Indigenous 5G Network for DoT Officers

KANPUR: The Indian Institute of Technology Kanpur (IITK), a leading institute in the field of telecommunications, recently hosted a highly successful three-day training program on “Design and Development of 5G/5G+ Standards and Indigenous 5G Network” for officers from the Department of Telecommunications (DoT), Government of India. The program, organized in collaboration with NTIPRIT and TEC, DoT, provided a comprehensive overview of 5G technology and its future advancements, with a special focus on India’s Indigenous 5G network development.

The training program was spearheaded by Prof. Rohit Budhiraja from the Department of Electrical Engineering, IIT Kanpur, whose research group has played a pivotal role in developing India’s first indigenous 5G network, currently deployed on the institute’s campus. This advanced technology has been successfully transferred to the TATA-Tejas network and the Centre for Development of Telematics (C-DOT).

Over the three days, participants gained in-depth insights into the 5G physical layer, network architecture, and the intricate layers through which data is transmitted from the base station to user equipment. The program delved into the nuances of establishing a 5G network connection, coding, modulation, rate matching, and multiple antenna technologies.

A significant portion of the training focused on the emerging 5G+ standard, encompassing technologies such as Ambient IoT, AI/ML applications, and high-accuracy positioning systems. Participants were introduced to the inner workings of the 3GPP standardization body and its working groups, cultivating a comprehensive understanding of the future of wireless communication.

Complementing the theoretical sessions, participants had the opportunity to visit the 5G lab at IIT Kanpur and conduct experiments on the live indigenous 5G network. This hands-on experience allowed them to witness the technology in action, observe variations in modulation and coding schemes, analyze data rates, and generate physical layer signals.

Prof. Rohit Budhiraja, the course organizer, said, “The training program provided a unique platform for DoT officers to gain first-hand knowledge of the Indigenous 5G technology developed at IIT Kanpur and the ongoing efforts towards shaping the 5G+ standard. We are confident that this experience will equip them with the necessary expertise to contribute to the advancement of telecommunications in India.“

The program witnessed active participation from esteemed members of the Electrical Engineering Department, including Prof. Ajit Kumar Chaturvedi, Mr. Shyam Vijay Gadhai, Mr. Jyotirmay Saini, Mr. Abhishek Kumar Singh, Mr. Abhishek Samundre, and Mr. Suman Malik, further enriching the learning experience for the attendees.

The successful completion of this training program showcases the strong partnership between IIT Kanpur and the Department of Telecommunications. This collaboration is playing a vital role in shaping India’s future in 5G and beyond.

Awards & Recognition

IIT Kanpur Successfully Conducts Training Program On 5G/5G+ Standards And Indigenous 5G Network For DoT Officers


IIT Kanpur Successfully Conducts Training Program on 5G/5G+ Standards and Indigenous 5G Network for DoT Officers

KANPUR: The Indian Institute of Technology Kanpur (IITK), a leading institute in the field of telecommunications, recently hosted a highly successful three-day training program on “Design and Development of 5G/5G+ Standards and Indigenous 5G Network” for officers from the Department of Telecommunications (DoT), Government of India. The program, organized in collaboration with NTIPRIT and TEC, DoT, provided a comprehensive overview of 5G technology and its future advancements, with a special focus on India’s Indigenous 5G network development.

The training program was spearheaded by Prof. Rohit Budhiraja from the Department of Electrical Engineering, IIT Kanpur, whose research group has played a pivotal role in developing India’s first indigenous 5G network, currently deployed on the institute’s campus. This advanced technology has been successfully transferred to the TATA-Tejas network and the Centre for Development of Telematics (C-DOT).

Over the three days, participants gained in-depth insights into the 5G physical layer, network architecture, and the intricate layers through which data is transmitted from the base station to user equipment. The program delved into the nuances of establishing a 5G network connection, coding, modulation, rate matching, and multiple antenna technologies.

A significant portion of the training focused on the emerging 5G+ standard, encompassing technologies such as Ambient IoT, AI/ML applications, and high-accuracy positioning systems. Participants were introduced to the inner workings of the 3GPP standardization body and its working groups, cultivating a comprehensive understanding of the future of wireless communication.

Complementing the theoretical sessions, participants had the opportunity to visit the 5G lab at IIT Kanpur and conduct experiments on the live indigenous 5G network. This hands-on experience allowed them to witness the technology in action, observe variations in modulation and coding schemes, analyze data rates, and generate physical layer signals.

Prof. Rohit Budhiraja, the course organizer, said, “The training program provided a unique platform for DoT officers to gain first-hand knowledge of the Indigenous 5G technology developed at IIT Kanpur and the ongoing efforts towards shaping the 5G+ standard. We are confident that this experience will equip them with the necessary expertise to contribute to the advancement of telecommunications in India.“

The program witnessed active participation from esteemed members of the Electrical Engineering Department, including Prof. Ajit Kumar Chaturvedi, Mr. Shyam Vijay Gadhai, Mr. Jyotirmay Saini, Mr. Abhishek Kumar Singh, Mr. Abhishek Samundre, and Mr. Suman Malik, further enriching the learning experience for the attendees.

The successful completion of this training program showcases the strong partnership between IIT Kanpur and the Department of Telecommunications. This collaboration is playing a vital role in shaping India’s future in 5G and beyond.

Startups & Fundings

Defence Ministry Signs Over Rs. 200 Crore Deal with Big Bang Boom for Indigenous Anti-Drone Technology

Big Bang Boom Solutions Pvt. Ltd. (BBBS), India’s fastest-growing protection sector start-up, has secured a big order value greater than Rs. 200 Crores from the Indian Air Force and the Indian Army, for its cutting-edge anti-drone know-how earlier this month. This historic contract, the biggest underneath the Indian Defence Exhibition (IDEX) initiative, and one of many largest signed by the Indian MOD with an Indian startup is a testomony to BBBS’s unmatched experience in deeptech merchandise particularly, anti-drone options.

L-R – Dr. Shivaraman Ramaswamy, Director and CTO, BBBS within the presence of Shri Rajnath Singh, Defence Minister

The Indian Defence Ministry’s resolution to position this order underscores the nation’s dedication to strengthening its safety infrastructure and investing in Atmanirbhar cutting-edge protection know-how. Specifically, the anti-drone know-how offers a game-changing response to the mounting risk posed by drones and unmanned plane methods (UAS).

“The focus of the iDEX programme is to foster an ecosystem of innovation and know-how improvement in protection. It is our fixed endeavour to interact with younger innovators who can convey technologically superior options for modernizing Indian Military. This order contracted to Big Bang Boom Solutions is a step in that course and we’re joyful have younger firms assist the nations development,” Shri Vivek Virmani, COO, iDex MOD.

“We are immensely pleased with this milestone in our start-up journey and are grateful for the belief positioned in our capabilities by the Indian Air Force and Indian Army by means of the aegis of iDex the MOD’s flagship innovation platform,” stated Dr. R. Shivaraman, Director and CTO, BBBS. “Big Bang Boom is dedicated to serving our nation with the very best degree of innovation and know-how. The BBBS Anti-Drone Defense System is a testomony to our dedication to innovation, and we’re proud to contribute to the safety and self-reliance of our armed forces,” he additional added.

BBBS’s Vajra Sentinel System is a state-of-the-art answer designed to detect, observe, and neutralize drones at extraordinary ranges. It makes use of passive RF sensor know-how to eradicate false alarms, and its sensor and jammer mixture meets stringent mil customary specs for sturdiness and reliability. It has plenty of state-of-the-art tech enhancements resembling AESA radar and kamikaze drones which may be upgraded on demand by the person.

The system’s core sensor constructed round synthetic intelligence (AI) and laptop imaginative and prescient algorithms allows exact identification, classification and site identification of drones. Additionally, its refined resolution making matrix allows autonomous decision-making for countermeasures resembling sign jamming and different counter measures.

“This is a big milestone for us. Our product pipeline and blend for the subsequent 10 years are strong and the staff is rearing to go. We have already began discussions on repeat orders and export alternatives. We will now reopen our doorways to monetary gamers who can come alongside on this subsequent leg of nation constructing,” stated, Praveen Dwarakanath, CEO, BBBS.

BBBS will begin execution of the order instantly, with a give attention to well timed supply, complete coaching, and unwavering assist to the Indian Air Force and Indian Army to make sure seamless integration of this very important know-how into their protection methods.

The contract was handed over to Dr. R. Shivaraman, Director and CTO, BBBS within the presence of Shri Rajnath Singh, Defence Minister, Shri Ajay Bhatt, (Minister of State for Defence), Shri Giridhar Aramane (Defence Secretary), Shri Anurag Bajpai (Additional Secretary of Defence Production and CEO DIO), Chief of the Defence Staff (General Anil Chauhan) and the Chief of the Air Staff (Air Chief Marshal VR Chaudhari) by AVM George Thomas, ACAS Plans, on behalf of Indian Airforce and Col. Mahesh, Col CD – 7, on behalf of Indian Army.

About Big Bang Boom Solutions (BBBS)

Big Bang Boom Solutions is Indias quickest rising Startup within the Defence Sector. Founded by Dr.Shiva and Praveen Dwarakanath, serial entrepreneurs in Deep Tech, it goals to co-create mental property that can be utilized by Indian Armed forces to counter uneven rising threats. The founders have nice community within the analysis area which helps them develop know-how sooner and extra frugally that by anybody else.

In addition to anti drone system, the corporate has received 5 iDex challenges introduced by the Ministry of Defence and has efficiently accomplished 3 of them in various subject of drones, superior chemical engineering, laptop imaginative and prescient and cyber safety.

The firm has additionally managed to setup channels for gross sales to pleasant overseas nations by means of the Export Promotion Cell, DDP, MOD and is anticipating their first export order in subsequent few months.