Navy Chief Admiral Tripathi meets with wireless tech pioneer Paulraj, discusses strengthening ecosystem for AI
New Delhi [India], June 12 (ANI): Chief of the Naval Staff (CNS), Admiral Dinesh K Tripathi, interacted with Commodore Arogyaswami Paulraj (retd) on issues and initiatives related to strengthening the ecosystem for Artificial intelligence (AI) and semiconductors, indigenisation of defence systems, and infusion of technology.
Coimbatore-born Commodore Paulraj who jointed the Stanford University faculty after serving in the Indian Navy for 26 years is a pioneer of the APSOH SONAR system and inventor of MIMO technology.
Before interacting with the CNS, Commodore Paulraj (retd) also addressed senior officers of the Indian Defence Forces on AI and Core Technologies in Modern Warfare and National Security at Nausena Bhawan on Wednesday.
Drawing from his distinguished naval R&D career, including the development of the APSOH SONAR system and contributions to semiconductor and electronics systems, Comomdore Paulraj emphasised the urgent need to invest in indigenous capabilities for data processing, autonomous systems, and AI-enabled platforms.
Globally renowned for inventing MIMO (Multiple-Input Multiple-Output) antenna technology - now foundational to 4G, 5G, and Wi-Fi - he underscored the strategic necessity of integrating AI into the Indian military ecosystem. His talk highlighted that self-reliance in core technologies is no longer a choice, but a national imperative aligned with the goals of Aatmanirbhar Bharat and ViksitBharat 2047, the Indian Navy said in a statemement..
Meanwhile, on Wednesday, the Indian Navy delegation, led by Rear Admiral Shantanu Jha, NM, participated in the 10th Navy-to-Navy Staff Talks with the Royal Malaysian Navy held in Kuala Lumpur on June 10.
The Royal Malaysian Navy delegation was led by First Admiral Harisundar Rajoo, Senior Director, Operations and Training. During the talks, both sides discussed ongoing bilateral naval engagements and outlined plans for future collaborative activities.
The Indian Navy, in a post on X, stated, 'Rear Admiral Shantanu Jha, NM, led the #IndianNavy delegation for the 10th Navy to Navy Staff Talks with the #RoyalMalaysianNavy, at Kuala Lumpur on 10 June. The #RoyalMalaysianNavy delegation was led by First Admiral Harisundar Rajoo, Senior Director, Operations and Training. Both sides held discussions on ongoing bilateral naval engagements and outlined plans for future collaborative activities.'
In parallel to the naval dialogue in Kuala Lumpur, India also expanded its diplomatic outreach in the region. Secretary (East) P. Kumaran met Permanent Secretary, Brunei Darussalam's Ministry of Foreign Affairs, Hajah Johariah Binti Abdul Wahab, on the sidelines of the East Asia Summit Senior Officials' Meeting (EAS SOM) in Malaysia's Penang on Tuesday.
During the meeting, the two sides discussed ways to further deepen the enhanced partnership between India and Brunei and cooperation under ASEAN and other frameworks.(ANI)
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
India Gazette
6 hours ago
- India Gazette
Home grown less than 50 rupees' test aiding fight against Sickle Cell Disease
New Delhi [India], June 21 (ANI): Sickle Cell Disease, a genetic blood disorder, leads to severe health complications such as anaemia, frequent pain episodes and other debilitating symptoms, affecting millions worldwide, especially in India and Africa. According to Dr Prabhakar Kedar, Scientist F, ICMR- CRMCH, Chandrapur India has indigenous validated 35 company kits and 23 kits with 100 % accuracy and low cost for Sickle Cell Anaemia detection, 'we have validated so far 35 company kits and 23 have shown 100 per cent sensitivity and 12 kits 95 per cent sensitivity.' The sample collection is done from a finger prick mixed with buffer solution, and results are obtained in a few minutes. 'A drop of capillary blood (usually from a finger prick) is collected. 2. The blood is mixed with buffer solution and placed on the test strip or cassette, 3. Reaction: The test uses antibodies to detect different haemoglobin variants (HbA, HbS and control band).' He explained 'Colored lines appear on the strip within 10 minutes to indicate the presence of normal haemoglobin (HbA), sickle haemoglobin (HbS), and control band.' He said. On utilisation of these kits, he said 2 kits per month are used, and for each kit we use 50 Sickle homozygous blood samples, 50 heterozygous and 50 normal blood samples.' 'We used blood samples, which were first confirmed by the HPLC method, which is the gold standard for diagnosing sickle cell anaemia, ' he said. To support the fight against Sickle Cell Disease (SCD), two centres- ICMR-NIIH in Mumbai and CRMCH in Chandrapur, have been officially chosen by the government to test and approve new diagnostic kits. 'ICMR NIRRCH, along with PGI Chandigarh and ICMR-NIIH, conducted a comprehensive assessment and determined that point-of-care tests for Sickle Cell Disease/Trait among the high-risk population in India would be cost-effective if procured at INR 100 per test or below. Following the HTA recommendation, the National Health Mission instructed state health departments to procure the diagnostic kits at a maximum price of INR 100 per test. Through public tendering, the competitive procurement process drove the price of the kits down to INR 82 per test, significantly below the initial quote, resulting in a saving of Rs 1,857 crores. Subsequently, ICMR-NIIH has validated new kits, and further to it, the manufacturer has agreed to sell the kits at INR 50 per test,' states ICMR-CRMCH. These efforts are a big boost for the National Sickle Cell Elimination Mission, which aims to eliminate the disease from India by 2047. (ANI)
India Gazette
10 hours ago
- India Gazette
"Outdated, misinformed, and disconnected from reality," Amit Malviya slams Rahul Gandhi's claims on Make in India
New Delhi [India], June 21 (ANI): BJP leader Amit Malviya on Saturday hit back at Congress leader Rahul Gandhi's criticism of the 'Make in India' initiative, and said that India's manufacturing sector is growing strongly under Prime Minister Narendra Modi. Amit Malviya said India is now the world's second-largest mobile phone maker, growing from just 2 factories in 2014 to over 300 today. He added that the PLI scheme brought in Rs 10,905 crore in investments, with total production of Rs 7.15 lakh crore and exports of Rs 3.9 lakh crore, proving Rahul Gandhi's claims wrong. In a post on X, Amit Malviya wrote, 'Rahul Gandhi claims that manufacturing is collapsing under Modi's 'Make in India'. Let's bust the myths with facts. India is now the world's 2nd largest mobile phone producer. From just 2 mobile manufacturing units in 2014 to over 300 today. The so-called 'failed' PLI scheme, as labelled by Rahul Gandhi, has led to: Cumulative investments of 10,905 crore, Total production worth 7.15 lakh crore, Exports of 3.9 lakh crore, Electronics production value rose from 18,900 crore (FY14) to 4,22,000 crore (FY24).' 'Mobile phone exports surged 77-fold from 1,566 crore (2014-15) to 1.2 lakh crore (2023-24), 99.2% of mobile phones sold in India are now made in India, up from just 26% in 2014-15. Under the PLI scheme for electronics alone, 1,39,670 direct jobs have already been created. 1.8 lakh new companies were registered in 2023-24, marking a 16% increase over the previous year. Electronics exports hit USD 38+ billion in FY24-25, a 32% year-on-year increase. PLI allocations for electronics rose from 5,747 crore (FY24-25) to 8,885 crore (FY25-26) a clear signal of continued commitment,' the post reads. Malviya said that under PM Modi, India has transformed from an importer to a global manufacturing powerhouse. He said the government has approved major semiconductor projects worth Rs 1.52 lakh crore and that electronics production is expected to reach USD 300 billion by 2026. He dismissed Rahul Gandhi's criticism as outdated and said India is growing, building, and leading in the tech and manufacturing sectors. 'The government has approved landmark semiconductor projects worth 1.52 lakh crore, a critical leap into deep-tech manufacturing. Overall, electronics production is projected to reach USD 300 billion by 2026. Under PM Modi, India has transformed from an importer to a global manufacturing powerhouse. Rahul Gandhi's narratives are outdated, misinformed, and disconnected from reality. India is building. India is growing. India is leading,' the post further reads. Earlier in the day, the Leader of Opposition in Lok Sabha and Congress MP Rahul Gandhi criticized Prime Minister Narendra Modi saying that despite promises of a 'Make in India' factory boom, manufacturing in the country is at a record low and youth unemployment is very high. Gandhi questioned the effectiveness of the 'Make in India' initiative, highlighting that manufacturing in the country has fallen to a record low of 14 per cent of the economy since 2014. (ANI)
India Gazette
14 hours ago
- India Gazette
MNRE launches Rs 2.3 crore start-up challenge
New Delhi [India], June 21 (ANI): The Ministry of New and Renewable Energy (MNRE) has launched the Innovative Projects Start-Up Challenge on Rooftop Solar (RTS) and Distributed Renewable Energy (DRE) Technologies, during the National Conference on Skill Development for the Renewable Energy Workforce at Atal Akshay Urja Bhawan, New Delhi. This unique national innovation challenge aims to identify and support breakthrough solutions for India's rooftop solar and distributed energy ecosystem, the statement from the Ministry said. It is being implemented under the aegis of MNRE with support from the National Institute of Solar Energy (NISE), and in coordination with StartUp India, DPIIT. Further, as per the statement, the Start-Up Challenge seeks applications from innovators and startups in India, focusing on four key categories to boost renewable energy adoption: Affordability - Making rooftop solar affordable for low- and middle-income households using innovative financing, modular systems, and circular economy strategies. Resilience - Enhancing climate resilience, grid stability, and cybersecurity in solar infrastructure, especially for vulnerable and remote areas. Inclusivity - Expanding access to underserved communities through community solar, virtual net metering, and inclusive financing models. Environmental Sustainability - Promoting eco-friendly technologies such as solar panel recycling, land-neutral solar deployment, and hybrid clean energy models. The challenge welcomes a wide range of startups in green tech, IoT, AI, blockchain, construction, energy hardware, fintech, and waste management. The selected innovators will compete for a total prize pool of Rs 2.3 crore, including Rs one crore for 1st Prize, Rs 50 lakh for 2nd Prize, Rs 30 lakh for the third Prize, and 10 Consolation Prizes of Rs five lakh each. Winners will also gain incubation support, pilot implementation opportunities, and mentorship from domain experts and investors, facilitated by MNRE and NISE. The last date for applications is August 20, 2025, and the result will be announced on September 10, 2025. Applications can be submitted through Startup India's website. (ANI)
