Solinas Integrity Private Limited, a deep-tech robotics company incubated at IIT Madras, has been selected as the subject of a case study published on Harvard Business Publishing – the world’s foremost repository of business school teaching cases used by institutions across six continents. Authored by Dr. Suresh Srinivasan from the Great Lakes Institute of Management, the case thoughtfully captures Solinas’ journey, innovation, and growing impact across India.

ENDOBOT enables robotic inspection to detect defects inside water, sewer, & stormwater pipelines, while HOMOSEP eliminates manual scavenging through mechanized manhole cleaning

Operating at the intersection of public infrastructure and industrial systems, Solinas has emerged as a key player working closely with municipal corporations across multiple states, as well as leading industries. The company focuses on solving critical challenges in underground infrastructure, ranging from manual scavenging, water pipeline leakages, and contamination risks to unsafe sewer systems, areas that are often invisible yet vital to public health and sustainability.

Through its advanced robotics, AI, and digitization solutions, Solinas is enabling cities to reduce non-revenue water, improve service delivery, and make data-driven decisions. At the same time, its solutions are helping industries ensure operational efficiency, regulatory compliance, and infrastructure reliability.

Solinas is among a small cohort of Indian startups — and fewer still from the WASH (Water, Sanitation & Hygiene) sector — to be featured in this publishing ecosystem. The case is now available as a teaching resource for MBA programs and business schools worldwide.

The HBS case study highlights how Solinas is building a scalable and impact-driven business model in a traditionally underserved sector. It explores the company’s approach to navigating complex government ecosystems, establishing credibility in industrial markets, and leveraging technology to create measurable outcomes.

“There is no playbook for building a technology company in the water and sanitation sector. Solinas has been built through constant experimentation and learning. Having studied Harvard Business School case studies during my education, it is incredibly meaningful to now see our journey featured as one,” said Divanshu Kumar, Co-founder & CEO, Solinas.

The case is expected to serve as a global learning resource for students, policymakers, and business leaders, offering insights into innovation, public-private collaboration, and building a startup in critical infrastructure sectors in WASH (Water, Sanitation & Hygiene).

About Solinas Integrity Private Limited
Solinas is a deep-tech startup in the Water, Sanitation, and Hygiene (WASH) sector, incubated at IIT Madras. The company focuses on underground urban water and wastewater infrastructure, developing robotics and AI-led solutions for the inspection, cleaning, digitization, and management of underground networks. Its portfolio includes robotic inspection systems, AI-powered analytics platforms, and the Manhole Cleaning Robot designed to enable safer and mechanized sewer maintenance. These technologies allow cities and utilities to visualize, assess, clean, and manage infrastructure that is otherwise invisible, improving safety, reducing non-revenue water, and eliminating the need for manual scavenging.

Recognized and honoured by Prime Minister Narendra Modi, Solinas partners with urban local bodies, water utilities, and industries to enhance the safety, efficiency, and resilience of critical public infrastructure.

Solinas’ solutions have been deployed across more than 30 cities in India, enabling large-scale inspection, cleaning, and maintenance of underground water and wastewater systems. The company has worked with leading urban utilities and municipal bodies including Chennai Metropolitan Water Supply and Sewerage Board (CMWSSB), Bangalore Water Supply and Sewerage Board (BWSSB), Hyderabad Metropolitan Water Supply and Sewerage Board (HMWSSB), Sangli, Miraj Municipal Corporation, Chhatrapati Sambhajinagar Municipal Corporation, Tripura Jal Board, Greater Chennai Corporation, and Noida Authority. Its technology supports significant reductions in water loss, saving up to 600,000 litres per kilometre of inspection per day while lowering operational costs by up to five times.

Through solutions such as the Manhole Cleaning Robot, ENDOBOT Robotic Crawler, and AI-driven analytics platforms, Solinas enables a proactive, data-driven approach to infrastructure management while advancing worker safety, operational efficiency, and climate resilience.

The company has also expanded internationally, with its ENDOBOT robotic solution deployed with Dubai Municipality, and is now planning to scale its presence across the Middle East.

Solinas aims to further expand its footprint across India and global markets, with a continued focus on enabling safer, more sustainable, and resilient urban infrastructure systems through robotics, AI, and intelligent underground infrastructure management. 

Crompton Greaves Consumer Electricals Ltd., one of India’s most trusted consumer electrical brands with leadership in fans, pumps, lighting, and appliances announced the launch of Crompton Armor Wires, marking its entry into the house wires category. At launch events held across Tamil Nadu, Telangana & Karnataka, the company’s leadership unveiled the new range of Crompton Armor House Wires, designed to serve as the core electrical backbone of Indian households. This expansion is a natural adjacency to Crompton’s existing portfolio, building on a trusted 85-year legacy of engineering excellence.

Crompton launches Armor Wires, marking its foray into the house wires category

To capture the massive opportunity in the cables and wires sector valued at nearly Rs. 1.25 lakh crore – Crompton is deploying a robust South-first go-to-market plan. Starting with Tamil Nadu, Telangana and Karnataka, the brand is leveraging its strong distribution network to ensure a seamless entry into this new category. By extending its proven Crompton 2.0 playbook anchored in premiumization, consumer-first innovation, and deep trade engagement—the company aims to raise benchmarks in performance, safety, and reliability within the residential ecosystem.

The Crompton Armor range includes multiple variants designed to address diverse household needs, with differentiated safety, insulation, and performance features. At the premium end is Crompton Armor Ultra, engineered with 10% more copper and the ability to operate at higher temperatures (up to 90°C). The range will include flexible house wires, designed to meet relevant quality standards while reinforcing Crompton’s reputation for reliability and innovation.

As Indian homes continue to evolve with higher appliance usage and increased electrical loads, the need for durable and safe wiring solutions has become more critical than ever. Crompton Armor Wires are designed to meet these evolving demands, ensuring long-term performance and reliability.

Future-ready wires. More current. Higher heat tolerance. Safer homes.

• Optimized Performance Across Needs: Multiple variants designed to meet varying household electrical requirements

• Superior Material Quality: 99.9%+ pure copper ensures efficient and consistent power flow

• Enhanced Safety: Low-smoke and low-toxic-gas properties for safer indoor environments

• Reliable Performance Under Stress: Armor Ultra operates at up to 90°C, ensuring stability under heavy load and varying environmental conditions.

• Long-Term Durability: Flame-retardant, anti-termite, and anti-rodent properties for sustained protection

• Global Standards: 100% RoHS compliance and adherence to rigorous national safety norms

The go-to-market strategy goes beyond retail, focusing on a comprehensive engagement model that empowers electricians, contractors, and key retailers, while also building strong preference among architects and builders. South India has been chosen as the launchpad owing to Crompton’s strong brand equity and distribution strength, making it the ideal region to build early national momentum.

Promeet Ghosh, MD & CEO, Crompton Greaves Consumer Electricals Ltd., said, “At Crompton, consumers and electricians have trusted us for over 85 years to deliver safety, quality, and performance across core electrical categories. Our foray into residential house wires is a natural extension of that legacy and a strategic growth opportunity. This category offers a compelling business model, and we are investing in building a strong and scalable presence through product quality, distribution expansion, and deeper engagement with the ecosystem. At the same time, there is a clear need to drive greater awareness around the importance of choosing the right wiring solutions, given its direct impact on household safety and long-term performance. We are focused on establishing a strong presence in South India before expanding nationally, leveraging our brand strength, distribution network, and proven execution capabilities.”

Shaleen Nayak, Business Unit Head – Lighting, Solar, Wires & Cables, Crompton Greaves Consumer Electricals Ltd., added, “Residential wires is a critical yet often under-considered part of home infrastructure, where product quality directly impacts safety and long-term performance. With Crompton Armor Wires, we are focused on scalability and durability and compliance with safety standards that modern households expect. Our Crompton Armor Ultra range, with 10% more copper and superior insulation, is designed to support the evolving power needs of modern homes. As we enter this category, our priority is to ensure strong availability, support our channel partners, and build confidence across electricians and consumers alike. Along with Crompton Armor we are also launching the Crompton Saathi App for electricians, this app will act as a one stop shop for all information related to the product and applicable incentives. This marks a significant step forward towards strengthening our decades long association with electricians.”

The cables and wires sector is a large and fast-growing market, valued at nearly Rs. 1.25 lakh crore. According to the 2024 research report by Motilal Oswal, residential house wires alone account for Rs. 30,000–35,000 crore and are expected to grow at a CAGR of 12–14% from 2024 to 2029. Crompton’s entry expands its total addressable market while bringing its reputation for trust, quality, and durability into a new category.

Today, homeowners, especially those building new or first homes are increasingly seeking trusted brands for safety and peace of mind. With this launch, Crompton strengthens its role in the residential electrical ecosystem, bringing its trusted promise of safety and reliability to a core household category. Already present in over 500 million homes, the brand’s enduring legacy, proven execution, and strong go-to-market network position it well to succeed in this segment.

About Crompton

With a brand legacy of over 85 years, Crompton Greaves Consumer Electricals Ltd. is India’s market leader in the category of fans and residential pumps. Over the years, the organization has continuously strived to produce a range of innovative products that cater to the modern consumer including superior quality and high-performance fans, pumps, lighting solutions, and a range of other categories like water heaters; air coolers; small kitchen appliances like mixer grinders, air fryers, OTG, electric kettles etc; other home appliances like irons & built-in kitchen appliances. The company has further invested in brand and innovation to not only better understand and meet consumer needs but to also help drive energy efficiency. The consumer business also has a well-established and organized distribution network driven by a strong dealer base across the country offering a wide service network and robust after-sales service to its customers. Beyond its consumer portfolio, Crompton also has a robust B2B presence in the Lighting segment, delivering advanced and energy-efficient solutions for commercial and industrial applications. In 2025, Crompton became the first lighting company to receive the GreenPro certification for its B2B lighting solution, reaffirming its commitment to sustainability and innovation. Strengthening its foothold in the renewable energy space, the company has forayed into solar rooftops—representing a significant step forward in its contribution to India’s evolving clean energy landscape. With solar solutions spanning lighting, pumps, and rooftops, Crompton continues to lead as a responsible and future-ready brand in sustainable energy.

The company’s consistent dedication to developing energy-efficient products has led to significant recognition. It has been honored with three prestigious National Energy Consumer Awards (NECA) by BEE, Ministry of Power. The recent award was presented by the Hon’ble President of India, Smt. Droupadi Murmu for the company’s storage water heater in 2025. In 2019, the brand won in two categories: Ceiling Fans and LED Bulbs. Additionally, it was recognized as one of India’s Best Managed Companies 2022 by Deloitte Private and listed among ‘India’s Top 500 Companies 2022’ by Dun & Bradstreet India. The company has also been featured in Brand Top 75 most valuable Indian brands list for 2020 released by WPP and Kantar. Furthermore, Crompton was also recognized as the Brand of the Decade 2021 by Herald Global and BARC Asia in the Consumer Electrical category.

Project Management Institute (PMI), the leading authority in project management, convened a high-level construction and infrastructure roundtable bringing together more than 25 senior executives from leading organisations. The roundtable brought together leaders from across infrastructure, construction, energy, renewables, transportation, technology, manufacturing, and advisory sectors, representing both public and private enterprises. Held under the theme ‘Closing the delivery capability gap in Indian infrastructure: From national ambition to predictable on-ground execution’, the roundtable explored how India’s infrastructure ecosystem can strengthen execution capability, build future-ready project talent, and improve delivery outcomes as project complexity and investment scale continue to rise.

PMI leaders drive dialogue at the Construction Roundtable

Speaking about the growing importance of project management in infrastructure delivery, Amit Goyal, Managing Director, PMI South Asia, said, “India’s infrastructure growth story will increasingly be defined by how effectively projects are executed on the ground. As infrastructure projects become larger, more interconnected, and time-sensitive, organisations will need skilled professionals who can manage complexity, align multiple stakeholders, and optimise resources to deliver consistent, precise outcomes. Building future-ready project talent and strengthening delivery capability will be critical to the ‘Viksit Bharat’ vision, ensuring that infrastructure investments translate into long-term economic and social impact.”

The Construction Project Management Talent Gap Report by PMI, 2026, indicates that demand for construction project professionals across South Asia is expected to accelerate significantly by 2035, driven by sustained infrastructure and industrial investment across the region. Under high-growth scenarios, South Asia’s construction talent gap could increase from 291,000 professionals today to 558,000 by 2035, with India alone projected to require nearly 395,000 construction project professionals by then.

During the session, Yash Singh, Partner, Business Consulting, KPMG India, highlighted, “India’s infrastructure and construction sector is entering a high-growth phase, making substantial investment in skilled project talent critical for delivering projects efficiently and sustainably. We are delighted to partner with PMI in such knowledge initiatives and advancing the dialogue around strengthening project and execution excellence.”

The discussion highlighted the operational and financial consequences of weak project execution across the industry. A 2020 global PMI survey also found that industry estimates indicate that 72% of projects exceed budgets, 73% face delays, and 70% experience scope creep. At the same time, nearly USD 127 million is lost for every USD 1 billion invested due to inefficiencies in project performance. Average project overruns affect profitability, stakeholder confidence, and long-term competitiveness.

As part of PMI South Asia’s broader Construction Roundtable series, this roundtable aimed to create a collaborative platform for industry leaders to identify capability gaps, exchange best practices, and explore diverse interventions that can strengthen infrastructure delivery outcomes across the region. The series builds on the first Construction Roundtable held during PMSAC24 in September 2024 which convened C-suite leaders and representatives from leading organisations across the infrastructure ecosystem.

About Project Management Institute (PMI)

PMI is the leading authority in project management, dedicated to guiding the way to project success. Since 1969, PMI has shone a light on the power of project management and the people behind the projects. With a global community, gold-standard professional certifications, and career-long learning opportunities, PMI empowers current and aspiring project professionals, as well as organizations, with knowledge and resources to lead effectively and create an impact in the communities they serve. Join PMI in elevating our world – one project at a time. Connect with us at www.pmi.org, Linkedin, on Instagram, and on TikTok .

PMI Trademarks

Project Management Institute and PMI are trademarks and/or registered trademarks of Project Management Institute, Inc., in the U.S., in India, and/or in other countries.

Agile Alliance Trademarks

Agile Alliance is a registered trademark of Agile Alliance.

Third Party Trademarks

All other trademarks are the property of their respective owners. 

Ahead of the upcoming FIFA World Cup 2026, Superdry has launched its FIFA Official Licensed Products Collection in India, a limited-edition range timed to the world’s biggest football tournament.

Superdry Launches its FIFA Official Licensed Products Collection

The collection features a tribute line of seven country jerseys, each re-imagined through Superdry’s distinctive design lens and signature detailing. Complementing the jersey offering is a luxe athleisure capsule inspired by the world of football. Designed for match days, celebrations and everything in between, the collection is built for football fans and fashion enthusiasts alike, offering a stylish way to showcase their zeal for the game both on and off the field.

To mark the launch, Superdry has unveiled #WearYourGame, a high-energy campaign film that captures the passion and emotions that universally define the love for football. The action-packed campaign film follows a series of fan moments that bring the spirit of the game to life. 

Through dynamic storytelling and energetic visuals, the campaign highlights how football pride extends far beyond the ninety minutes on the pitch and becomes part of everyday identity.

With their FIFA campaign, Superdry brings together football fandom, fashion and chic street style through a collection designed for the moments that matter most, from kick-off to the final whistle and beyond.
 
The FIFA Official Licensed Products Collection is manufactured under license by Q-LIVE in partnership with Superdry, and is available for a limited time in India across all Superdry stores, select partner retailers, Superdry.in and on Ajio. 

About Superdry
Superdry is a global contemporary fashion brand celebrated for its distinctive fusion of British craftsmanship, Japanese-inspired graphic energy, and American varsity heritage. Loved by Gen Z and young millennials, the brand is recognised for its iconic streetwear, premium fabrications, and elevated style codes that blend cultural relevance with modern design.

In India, Reliance Brands Limited (RBL) operates the country’s largest Superdry network and holds a 76% stake in the brand’s IP for India, Sri Lanka, and Bangladesh. Since introducing Superdry to India in 2012, RBL has expanded the brand to over 200 points of sale across more than 50 cities, with its e-commerce footprint extending reach to over 2,300 cities nationwide.

Galgotias University felicitated student innovators who represented India at EDVentures 2026 in Hong Kong, where Project TACTO emerged as the winning project among teams from 10 countries.

From global recognition to venture creation, EDVentures 2026 winners felicitated at Galgotias University as three startups secure funding support

During the felicitation ceremony, the University announced funding support under its INR 10 crore Galgotias Innovation Fund for three student-led startups working across sustainability, agritech, robotics, and inclusive learning technologies. The selected ventures include CarbonSync, founded by Pushkar Singh; Agri Rover, founded by Satyam Kumar; and Project TACTO, founded by Gaurang Pant.

Project TACTO received the AWS Championship Prize at EDVentures 2026 for developing tactile learning systems that improve accessibility and coding education for visually impaired learners. The project emerged as the overall winner of the international competition.

Dr Dhruv Galgotia, CEO, Galgotias University, said, “Our students have made India proud at EDVentures 2026 by demonstrating that young innovators from Indian campuses can compete and succeed on global platforms. Competing against teams from across the world and earning international recognition is a significant accomplishment.

Today’s funding announcement ensures that promising ideas do not stop at recognition. The Galgotias Innovation Fund provides student founders with the support needed to test, refine, and build ventures around solutions that address real-world challenges.”

Hosted by The Education University of Hong Kong, EDVentures 2026 brought together 19 student teams from 10 countries to develop solutions aligned with the United Nations Sustainable Development Goals. Project TACTO emerged as the winning project, while Tekurious Pvt. Ltd. was recognised among the finalists.

Rachit Mathur, Advisor to Galgotias Incubation Centre, said, “What makes the Galgotias University innovation ecosystem unique is the availability of end-to-end support for student founders within a single institution. Students can access world-class infrastructure, industry-linked laboratories, maker spaces, Centres of Excellence, advanced computing capabilities, incubation support, mentorship, international exposure, institutional funding, and increasingly, direct access to investor networks through initiatives such as the University’s partnership with 247VC.

The funding announced for CarbonSync, Agri Rover, and Project TACTO demonstrates how this ecosystem is helping students move from ideas and prototypes to ventures with the potential for real-world impact.”

The University’s innovation ecosystem includes Centres of Excellence and collaborations with Cisco, Salesforce, Tata Technologies, Capgemini, IBM, and L&T EduTech, alongside an iOS Developer Center powered by Apple and Infosys and a High Performance Computing infrastructure anchored by the NVIDIA DGX H200. Students have access to specialised facilities focused on artificial intelligence, semiconductors, robotics, immersive technologies, electric mobility, advanced manufacturing, 3D printing, and applied innovation.

Through the Galgotias Incubation Centre for Research Innovation Startup & Entrepreneurs (GIC RISE), the University has supported more than 135 startups across sectors. Earlier this year, CyberGenix Security Pvt. Ltd., founded by student entrepreneurs from the University, attracted INR 3 crore in funding, highlighting the growing strength of startup-led innovation emerging from the campus ecosystem.

The funding support announced for CarbonSync, Agri Rover, and Project TACTO marks the next step in helping student innovators transform promising ideas into scalable ventures.

About Galgotias University

Galgotias University is one of India’s leading multidisciplinary universities recognised for academic excellence, research, innovation, global collaborations, and industry aligned education. With a vibrant student community of over 50,000 learners and a global alumni network of more than 100,000 graduates, the University has built a rapidly growing ecosystem focused on technology, entrepreneurship, interdisciplinary learning, and real-world impact.

In the QS World University Rankings 2026 by Quacquarelli Symonds, Galgotias University was placed in the 1201-1400 global band and ranked 15th among private universities and 43rd among all universities in India. In the Times Higher Education World University Rankings 2026, the University was placed in the 1201-1500 global band and ranked 27th among private universities and 65th among all universities in India. The University is also accredited with NAAC A+, one of India’s highest institutional quality ratings.

Galgotias University offers programmes across engineering, artificial intelligence, semiconductors, business, law, media, design, health sciences, hospitality, liberal education, and emerging interdisciplinary domains. In 2026, students secured more than 5,100 job offers from over 1,250 recruiters. The University has built strong industry and innovation partnerships with organisations including Apple, Infosys, Intel, Cisco, Tata Technologies, L&T EduTech, Capgemini, and Salesforce, while continuing to strengthen its global academic engagement and startup ecosystem.

India’s electricity demand already exceeds 250 gigawatts and is projected to reach 400 gigawatts by 2032. AI data centre growth alone could add 13 gigawatts by 2031. Every gigawatt dedicated to AI infrastructure competes with industrial growth, urban development, and household demand. Yet hundreds of millions of Indians experience daily outages, voltage instability, or dependence on diesel backup despite nominal grid connection.

India 2030: The Infrastructure Revolution That Begins with People and the Power of Mathematics

The distinction matters: being connected to a grid and having continuous reliable power are two different things. Closing that gap through centralised infrastructure expansion alone would require hundreds of billions of dollars in generation, transmission, and storage investment. India’s energy challenge is not only one of scale. It is one of architecture.

The Neutrino® Energy Group, working from a mathematical and engineering framework developed by mathematician Holger Thorsten Schubart, proposes a complementary answer: millions of intelligent decentralised infrastructure nodes, each generating continuous power at the point of consumption, collectively producing what centralised systems cannot: reliable, distributed baseload without the infrastructure chains that make expansion slow and expensive.

The Negawatt Arithmetic
The economic argument is numerical. One million Life Cube units operating at one kilowatt of continuous output produce one gigawatt of decentralised baseload. Ten million produce ten gigawatts. Fifty million produce fifty gigawatts. But the true value is not in the watts generated. It is in the gigawatts of centralised infrastructure that never need to be built: transmission capacity, storage systems, reserve generation, distribution reinforcement.

Every unit deployed at the point of consumption eliminates the infrastructure chain that would otherwise serve that point. Decentralised continuous-generation platforms can help reduce this conflict by bringing new generation capacity directly to the point of consumption. In India’s fiscal context, where grid expansion carries costs measured in hundreds of billions of dollars, this systemic negawatt effect is not philosophical. It is the difference between affordable energy access and another generation of deferred development.

The Technology
The Neutrino® Energy Group’s conversion systems harvest multi-channel ambient flux, including thermal gradients, electromagnetic background fields, and cosmic particle interactions, through graphene-silicon nanostructures operating as open non-equilibrium systems. The governing framework is the Schubart Master Formula:

The equation describes continuous electrical output from multi-channel ambient flux integrated across active material volume, bounded by thermodynamic efficiency constraints.

The output is continuous, location-independent, and requires no fuel, no moving parts, and no grid connection. Internal Monte Carlo simulations and multi-parameter evaluations indicate statistical consistency reaching 5.9 to 6.0 sigma, above the five-sigma discovery threshold conventional in modern physics.

This does not assert commercial performance at industrial scale. It quantifies the internal consistency of the physical framework against established experimental physics, at a confidence level where the probability of accidental consistency is approximately one in five hundred million.

The Life Cube
The Life Cube is an autonomous infrastructure platform designed for target continuous output in the 1-to-1.5-kilowatt range, with integrated climate control and air-to-water purification producing 12 to 25 litres of clean drinking water per day, depending on climatic conditions. It operates without external power supply, without fuel logistics, and without grid dependency.

For a remote clinic in Rajasthan, it means light, refrigerated medicines, and clean water from a single unit that arrived by road and requires no resupply. For a rural school in Bihar, it means continuous connectivity and cooling. For a village health post in Odisha, it means the gap between a nominal grid connection and actual reliable power is closed without waiting for infrastructure that may take decades to arrive.

Particularly significant in India’s climate is the compounding effect Schubart describes: energy produces cooling, cooling produces condensation, condensation becomes clean water. From one platform, a cycle of human development begins.

India’s AI Ambition and Its Energy Constraint
India’s stated ambition is to become a global AI power. AI infrastructure requires continuous, stable power that intermittent renewables cannot structurally guarantee. The same decentralised architecture that addresses rural energy poverty also addresses the continuous baseload requirement of AI edge computing. The Life Cube and Power Cube platforms are not alternatives to India’s renewable buildout. They are the continuous-generation layer that makes that buildout complete.

A Partnership, not a Sale
Schubart is direct about the nature of the engagement: “I come to India not as a seller. I come as a partner. Not to take something. But to build something together.”

The vision is for Indian engineers, Indian manufacturers, Indian battery specialists, Indian software developers, and Indian entrepreneurs to build this infrastructure in India. International partners contribute knowledge, co-develop platforms, and create industrial capacity that is long-term rooted in Indian industry. This is not import dependency. It is the transfer of a technology paradigm into Indian hands.

“If we solve the challenges of energy, water, cooling, and connectivity together, we create far more than new infrastructure. We create new possibilities. For families. For students. For doctors. For villages. For cities. And ultimately for an entire nation.”

India once gave the world the concept of zero. Perhaps India will show the world in the 21st century how billions of people can gain access to energy, water, education, and prosperity through intelligent decentralised infrastructure.

The next infrastructure revolution does not begin in power plants. It begins with people and the power of mathematics.

For more information, please visit: neutrino-energy.com

Kauvery Hospital, Salem conducted a comprehensive Basic Life Support (BLS) and Automated External Defibrillator (AED) awareness and training program for the staff of Salem Railway Station. Organised in collaboration with the railway administration, the program witnessed the participation of more than 100 railway personnel and members of the public.

Basic Life Support and Automated External Defibrillator (AED) awareness and training program

AED is a life-saving device used during sudden cardiac arrest. It can quickly assess the heart’s rhythm and deliver a controlled electrical shock when required, helping restore normal heart function and significantly improving survival chances. As part of its ongoing commitment to community health and public safety, Kauvery Hospital had earlier donated four AED devices to Salem Railway Station to improve emergency medical response infrastructure at the station. 

The training program was attended by Dr. Sivakumar, Chief Medical Officer, Southern Railway, along with the Railway Station Master and Railway Station Manager. The training was designed to ensure that railway staff are equipped with the knowledge and practical skills required to respond effectively during sudden cardiac arrests and other medical emergencies until advanced medical care becomes available.

The session was led by senior emergency medicine specialists from Kauvery Hospital, who provided hands-on training on BLS techniques, cardiopulmonary resuscitation (CPR), and the proper use of an AED. Through live demonstrations and interactive learning sessions, participants gained valuable insights into recognising medical emergencies and delivering timely first-response care that can significantly improve survival outcomes.

Speaking on the occasion, Dr. Mubeena Anjum, Consultant – Emergency Medicine, Kauvery Hospital, Salem, highlighted the critical importance of immediate intervention during cardiac emergencies. She emphasised that timely CPR and early defibrillation can substantially increase the chances of survival and that empowering frontline personnel in high-footfall public locations such as railway stations can save precious lives.

Narayana Health has achieved HIMSS Analytics Maturity Assessment Model (AMAM) Stage 6 validation, becoming the first hospital in the Indian Subcontinent, and the second in APAC under the new AMAM framework, to reach this advanced level of analytics maturity. India-first milestone underscores the growing role of data-led decision-making in advancing patient care.

Dr. Devi Shetty – Narayana Health

The HIMSS AMAM framework is among the world’s leading benchmarks for assessing how healthcare organisations use data, analytics and AI to strengthen clinical outcomes and patient experience. Spread across seven stages, the model evaluates how deeply these capabilities are embedded into day-to-day decision-making. Stages 6 and 7 represent a highly advanced level of maturity, where predictive and near real-time intelligence are integrated into clinical and operational workflows at scale.

The recognition reflects Narayana Health’s sustained focus over the last decade on building a strong analytics foundation that supports decision-making across the organisation. What makes the milestone particularly noteworthy is that these capabilities have been developed and scaled within the cost-sensitive realities of the Indian healthcare ecosystem.

Reflecting on what shaped this journey, Dr. Devi Shetty, Founder and Chairman of Narayana Health, noted that the predominantly self-pay nature of Indian healthcare influenced the organisation’s analytics strategy from the very beginning. Without the cushion of insurance, gaps in bed utilisation, avoidable readmissions and prolonged hospital stays translate directly into out-of-pocket costs for patients and families. He said, “That reality pushed us to build operational and financial precision into every decision. We gave senior doctors visibility into metrics such as length of stay, procedure material costs, blood transfusions, re-exploration after surgery, mortality, morbidity and infection rates. Over time, this discipline has helped us steadily reduce mortality and morbidity, while improving productivity and keeping care within reach of our patients.”

Over the years, Narayana Health has evolved from conventional reporting structures into an integrated enterprise-wide analytics ecosystem supporting hundreds of use cases across clinical care, hospital operations and resource planning. The organisation has consistently invested in innovation and digital capability development to remain ahead of the curve as healthcare systems globally move towards data-driven models of care.

Commenting on the milestone, Dr. Emmanuel Rupert, Managing Director and Group CEO, Narayana Health, said, “Healthcare systems globally are being reshaped by the ability to use data meaningfully and responsibly. At Narayana Health, we recognised early on that analytics would be central to delivering better outcomes for patients at scale, while remaining grounded in the realities of Indian healthcare delivery. Achieving this level of validation reflects years of focused effort across teams, and reinforces our belief that world-class innovation can be built within India, for India.”

Today, analytics capabilities, powered by Medha AI, support a wide range of functions across the network, from improving patient flow and reducing waiting times to optimising workforce and bed utilisation. The organisation has also developed and deployed several in-house technology solutions designed around high-volume clinical workflows. One such example is Medha Scribe, an ambient documentation platform implemented in echocardiography workflows at Narayana Institute of Cardiac Sciences. By capturing findings during procedures and automatically populating reporting fields, the solution has significantly reduced report turnaround times while enabling clinicians to continue working within familiar workflows. Similar capabilities are now being extended across radiology, outpatient consultations and operation theatre documentation. In parallel, structured clinical data systems have supported the development of India-specific research and predictive models, including the NH Pre-Operative Risk Score for CABG surgeries and AI-assisted ECG models aimed at enabling earlier detection of cardiac abnormalities, particularly in resource-constrained settings.

Mr. Vivek Rajagopal, Group Chief Analytics & AI Officer, added, “Our focus has been to make analytics practical, accessible and deeply embedded into everyday healthcare delivery rather than treating it as a standalone technology layer. We have built a unified ecosystem where clinical, operational and financial insights come together to help teams make faster and more consistent decisions. The HIMSS Stage 6 validation reflects not just technology maturity, but also the culture, governance and cross-functional collaboration required to operationalise analytics meaningfully at scale.”

Beyond the validation itself, the HIMSS AMAM assessment process also helped strengthen governance frameworks around analytics implementation, monitoring and accountability across the organisation. The external review examined both technical capability and measurable real-world impact across areas such as patient safety, quality of care and resource management. With this recognition, Narayana Health joins a select group of healthcare organisations globally to achieve this level of analytics maturity, marking another step forward in its continuing effort to build scalable, technology-enabled and patient-centric healthcare systems.

About Narayana Health
Narayana Health, founded by Dr. Devi Shetty and headquartered in Bengaluru, is a leading presence in the global healthcare landscape. As one of the largest healthcare providers in India, Narayana Health operates a comprehensive range of primary, secondary and super-speciality tertiary care facilities across India and the Caribbean. The group’s Centres of Excellence in various medical domains, a team of 18,822 dedicated professionals, including 3,868 skilled doctors and specialists, and a relentless focus on patient well-being and clinical excellence underscore its position as a beacon of hope and healing in the healthcare industry. Narayana One Health (NH Integrated Care) and Narayana Health Insurance are subsidiaries of Narayana Health.

For more information, visit https://www.narayanahealth.org.

Chitkara University has announced a strategic collaboration with Google Cloud to launch Digital Campus on Google Cloud 4.0 – Agentic AI Campus, positioning itself among India’s early institutions to embrace an AI-first academic model powered by Agentic AI, cloud technologies and intelligent automation.

Vaibhav Srivastava, India Head–EdTechs & Education, Google Cloud, presents a plaque to Dr. Madhu Chitkara at the launch of Digital Campus on Google Cloud 4.0

The initiative marks a significant step in the University’s vision to integrate Artificial Intelligence across teaching, learning, research, innovation and campus operations, creating a future-ready ecosystem that prepares students to thrive in an increasingly AI-driven world.

As part of the collaboration, more than 10,000 students and faculty members will gain access to Google for Education Plus and Gemini Enterprise, enabling AI-powered learning, productivity, collaboration and research capabilities across disciplines including Engineering, Computer Science, Business, Law, Design, Health Sciences, Media Studies and Liberal Arts.

The Digital Campus on Google Cloud 4.0 initiative will provide learners and educators with access to advanced Agentic AI training, hands-on cloud laboratories, self-paced learning pathways, faculty-led development programmes, global certification opportunities, industry-recognised credentials, hackathons and collaborative learning experiences designed to align with emerging workforce requirements.

The collaboration also opens pathways for specialised certification programmes and industry-integrated learning experiences, ensuring students graduate with both academic knowledge and practical expertise in next-generation technologies.

The milestone was commemorated with Dr. Madhu Chitkara, President and Co-Founder of Chitkara University, receiving a plaque from Vaibhav Srivastava, India Head – EdTechs & Education, Google Cloud, recognising the University’s commitment to advancing AI-powered education and digital transformation.

The launch comes at a time when India is witnessing one of the most significant educational transformations globally. With more than 250 million students, over 1,100 universities and a rapidly expanding digital economy, the country is redefining how education prepares learners for the future. As Artificial Intelligence reshapes industries and workplaces, universities are increasingly expected to move beyond traditional models and equip students with the skills needed to navigate a technology-enabled world.

Speaking on the occasion, Dr. Madhu Chitkara, President and Co-Founder, Chitkara University, said, “Artificial Intelligence is transforming every sector of the global economy and higher education must evolve at the same pace. At Chitkara University, we believe the future belongs to learners who can effectively collaborate with intelligent technologies to solve complex challenges and create meaningful impact. Our partnership with Google Cloud enables us to embed AI deeply into the academic experience, empowering students and faculty with access to world-class tools, industry-aligned learning opportunities and globally recognised certifications. This is not simply a technology deployment; it is a step towards reimagining how universities prepare future leaders, innovators and entrepreneurs.”

With Digital Campus on Google Cloud 4.0, Chitkara University aims to create an environment where human creativity is amplified by intelligent systems, learning becomes increasingly personalised and experiential and innovation is driven by the seamless integration of technology and education.

As the next generation of digital talent emerges, Chitkara University continues to strengthen its position at the forefront of educational innovation—building an AI-first campus designed for the opportunities and challenges of the future.

About Chitkara University

Chitkara University is a UGC-recognised and NAAC-accredited private university in North India, with campuses in Punjab and Himachal Pradesh, offering career-oriented undergraduate and postgraduate programs in Engineering, Business, Healthcare, Pharmacy, Design, Architecture, Hospitality and emerging technology fields. For Class 11 and 12 students planning higher education, the University provides industry-aligned programs designed to combine academic excellence with practical exposure.

The curriculum emphasises experiential learning through internships, industry projects, research opportunities and global collaborations, supported by modern infrastructure, advanced laboratories, industry mentorship and skill-based training that strengthens student employability. Backed by 2,000+ campus recruiters and 300+ international academic and industry collaborations, students gain strong placement support, international exposure, academic exchange and collaborative research opportunities.

Consistently ranked among leading institutions by national and global frameworks such as NIRF, QS World University Rankings and Times Higher Education, the University maintains high academic rigour and industry relevance. With strong corporate partnerships and a focus on innovation, entrepreneurship and interdisciplinary learning, it prepares students for emerging career opportunities in India and abroad.

For more information, please visit: www.chitkara.edu.in.

As India’s monsoon season begins, concerns about EV safety often resurface. Here’s why electric vehicles like VinFast’s are designed to handle rain, flooding risks, and wet-weather charging more confidently than many drivers expect.
 

Every year, as the monsoon arrives across India, social media fills with images of flooded streets, waterlogged underpasses, and traffic inching through heavy rain. At the same time, many people considering an electric vehicle wonder whether EVs are safe and practical during the wettest months of the year.
 

Electric vehicles like VinFast’s are designed to handle rain, flooding risks, and wet-weather charging more confidently than many drivers expect
 

Part of this concern comes from something most of us learned growing up: electricity and water do not mix. Whether it was warnings about household appliances near water or stories about electrical accidents during storms, the message was clear. Yet modern electric vehicles are engineered very differently from household electronics.
 

With models such as the VF 6, VF 7, and VF 7 MPV now available in India, many prospective EV buyers are asking whether electric vehicles can handle the country’s challenging monsoon conditions. The good news is that many of the common concerns surrounding EVs and rain are based more on myth than reality.
 

Is There Danger in Driving an EV in the Rain?

Driving in the rain is always more challenging because of slippery roads, reduced visibility, and longer stopping distances. However, EVs do not introduce any additional risks simply because they are electric.
 

Modern EV battery packs, high-voltage cables, and electrical systems are carefully sealed and insulated from the outside environment. These vehicles also undergo extensive testing under demanding weather conditions, including exposure to heavy water spray from multiple directions.
 

Electric vehicles are no more likely to be struck by lightning than conventional vehicles. Like any modern car, the vehicle’s structure is designed to direct electrical current around the passenger compartment, helping protect occupants in the unlikely event of a lightning strike.
 

Are EVs More Likely to Hydroplane?

Hydroplaning occurs when a layer of water forms between a vehicle’s tires and the road surface, reducing traction and making steering or braking more difficult. Factors such as tire condition, road quality, speed, and water depth all play important roles.
 

In fact, EVs may have certain advantages in these conditions. Because the battery pack is mounted low within the vehicle structure, EVs typically have a lower center of gravity and greater overall weight than comparable internal combustion vehicles. This can contribute to improved stability and stronger tire contact with the road surface.
 

That does not mean drivers can ignore monsoon safety precautions. The same rules apply regardless of what powers the vehicle. Reduce speed, leave extra space between vehicles, brake gently, and avoid areas where standing water has accumulated.
 

Can You Drive an EV Through Flooded Streets?

It is never a good idea to drive any vehicle through deep floodwater. During India’s monsoon season, flooded roads can hide potholes, open drains, debris, or damaged road surfaces that pose risks to both drivers and vehicles.
 

However, EVs are generally less susceptible to stalling from water ingress because their drivetrains are fully sealed. Unlike conventional vehicles, electric powertrains do not rely on air intakes, exhaust systems, or fuel delivery systems that can be affected by water entering the vehicle.
 

VinFast’s battery systems and high-voltage components are designed with multiple layers of protection and safety monitoring. The company also backs its vehicles with long-term warranty coverage. For example, the VF 7 MPV comes with a 10-year battery warranty, a 7-year vehicle warranty, a 5-year suspension warranty, and a 7-year paint warranty, helping provide added confidence for Indian families navigating a wide range of road and weather conditions.
 

That said, no vehicle should be driven through deep floodwater unless specifically designed for such conditions. If roads are significantly flooded, the safest option is always to wait or choose an alternative route.
 

Can You Charge an EV in the Rain?

Yes.

Unlike household electrical plugs, EV charging systems are specifically engineered for outdoor use. Charging ports and connectors are designed with weather-resistant protection and undergo rigorous testing to ensure safe operation in rain and wet conditions.
 

Before charging begins, the vehicle and charger communicate electronically to verify that a secure connection has been established. If any fault or irregularity is detected, power flow is automatically interrupted.
 

For Indian EV owners, this means charging during the monsoon is generally no different from charging on a dry day, provided approved charging equipment is used according to manufacturer guidelines.
 

While home charging remains a convenient option, public charging infrastructure is also designed to operate safely in varying weather conditions, including the heavy rainfall that accompanies India’s monsoon season.
 

The Bottom Line

The arrival of the monsoon often raises questions about EV ownership, but modern electric vehicles like VinFast’s are engineered with wet-weather operation in mind. After all, VinFast vehicles are developed in Vietnam, a Southeast Asian country where heavy rainfall and distinct wet seasons are part of the driving environment. Their batteries and electrical systems are extensively protected, charging equipment is designed for outdoor use, and they are tested to handle challenging environmental conditions.
 

For Indian drivers, the same principles apply regardless of the type of vehicle being driven: slow down in heavy rain, avoid flooded roads whenever possible, and prioritize safety. The technology inside today’s EVs is already designed to handle the weather outside.