NEW YORK and NOIDA, India, Jan 23, 2025—A study by HCLTech, a leading global technology company, and MIT Technology Review Insights has revealed that while 87% of business executives believe that responsible AI principles are critical to adopt, 85% of all the executives say they are not well prepared to implement them.

The findings reveal that despite the recognized importance of responsible AI, a significant gap exists between the acknowledgment of its importance and the ability to implement it effectively.

The challenges attributed to the adoption vs preparedness gap include:

On a more optimistic note, the study revealed that business executives plan to increase investments in building responsible AI in the next twelve months.

The report — Implementing Responsible AI in the Generative AI Age — was released at the sidelines of the World Economic Forum’s Annual Meeting in Davos. It outlines the key challenges faced by enterprises as they integrate responsible AI, with major concerns including bias and fairness, data privacy and security, compliance with regulations, operational disruptions and user adoption. The report also details how organizations can integrate responsible AI effectively and sustainably following best practices to enhance readiness.

The quantitative study is based on a survey of senior business leaders across multiple industries globally.

Some of the key report findings:

GenAI and AI-driven transformation are progressing from proof of concept to wider adoption, with executives acknowledging AI’s potential to drive productivity and innovation in key business functions like customer service, software development and marketing.

Responsible AI can provide competitive advantage. Most executives say their business will increase investments in building responsible AI in the next twelve months.

Agentic AI, which operates autonomously with minimal human involvement, is being adopted and gaining traction in lower-risk areas, such as IT operations, where it can work alongside humans.

While half of respondents are confident in managing operational risks, less than a quarter feel prepared to handle issues related to user adoption, change management and bias.

Steven Hall, President of Europe and Chief AI Officer of ISG, whose advisory firm covers the AI space and who was interviewed for the report, said that although we all know AI is the most influential change in technology today, there is still a huge disconnect on how to embrace it. “Everybody understands how transformative AI is going to be and wants strong governance, but the operating model and the funding allocated to responsible AI are well below where they need to be given its criticality to the organization.” Hall said.

According to Vijay Guntur, CTO & Head of Ecosystems, HCLTech, “AI can be a tremendous force of positive change in businesses and society at large, but its full potential can only be realized when it can be trusted.”

Guntur continued that to support responsible AI adoption, the ethical use of technology and to close the “readiness gap” to widespread adoption and implementation, HCLTech has several key recommendations.

First, companies should architect a robust responsible AI set of enterprise-guiding frameworks and capabilities that provide guardrails for trustworthiness, ethics, responsibility, safety and security, sustainability, regulatory compliance, change management and user empowerment.

Second, organizations should lean into their tech partner ecosystems to pilot, test and learn to bring the most appropriate technologies and best practices together to move at pace.

Third, establishing a dedicated team (or Center of Excellence) is advisable to act in a cross-functional driving role across the organization.

HCLTech recently established an Office of Responsible AI and Governance led by SMEs with experience on NIST frameworks, the Europe AI Act, ISO, risk and compliance, ethics and bias mitigation. This office drives co-innovation and the development of consulting capabilities and intellectual property solutions, with a focus on Responsible AI and partnerships.

The Society of Indian Automobile Manufacturers (SIAM), the apex body representing the country’s leading automobile manufacturers, hosted the 3rd International Conference on Sustainable Circularity (ICSC) at Bharat Mandapam, New Delhi, on the sidelines of Bharat Mobility Global Expo 2025. Theme ‘Nature Positive Recycling – Systemic Transformation to Automotive Circular Economy in India’, the conference emphasised the need for systemic transformation through regulatory frameworks, technological advancements and collaborative efforts across stakeholders, underscoring India’s potential to lead global efforts in sustainable automotive practices.

Bhupender Yadav, Union Minister of Environment, Forest & Climate Change, Government of India, who was the Chief Guest during the inaugural session of the conference, launched the SIAM Strategy Paper ‘Towards Circular Future in the Indian Automobile Industry: Integrating EPR Regime in Waste Stream Regulations’ and said, “As the automotive industry observes a notable growth, it is imperative to reflect on our environmental obligations. Nature, with its innate capacity for regeneration, serves as an exemplar for our operational strategies. Our focus extends beyond mere waste management to stimulating economic development, diminishing emissions and cultivating societal advancements through the promotion of green jobs. Initiatives such as the Vehicle Scrappage Policy 2021 and the endorsement of electric vehicles manifest our commitment to sustainable practices. As we navigate towards a circular economy, our actions must be guided by a steadfast dedication to environmental integrity and ecological stewardship. SIAM has done an admirable job of initiating discussions on circularity which showcases its commitment to the growth of the automotive sector and promoting India’s green goals.”

SIAM organised panel discussions centred on the vital topic of ELV recycling, covering themes such as the Impact of EPR on ELV Recycling and Compliance, Regulatory & Policy Challenges in ELV Recycling, Harnessing Technologies and Business Models, and Closing the Loop on Automotive Materials. These sessions united policymakers, industry leaders, and technology experts to explore key aspects of ELV recycling, including regulatory frameworks and technological innovations, promoting dialogue for advancing sustainable circularity.

A handbook on “Automotive Circularity in India: Unlocking a Sustainable Future” co-created by SIAM and Recykal was unveiled by Mr Mahmood Ahmed, Additional Secretary, Ministry of Road Transport & Highways in the presence of  Mr Prashant K Banerjee, Executive Director, SIAM, Mr Timo Unger, Chairperson, ACEA, Mr Sanjay Mehta, President, Material Recycling Association of India, Mr A L N Rao, Circularity Head, Recykal, Mr Rajesh Menon, Director General, SIAM, Mr Arvind Kumar Nautiyal, Joint Secretary & Member Secretary, CAQM, Mr Vikram Kasbekar, Executive Director & CTO, Hero MotoCorp, and Mr Anandkumar M S, Senior General Manager & Head, TVS Motor Company. The handbook outlines a visionary approach to reimagining the automotive value chain. It offers practical insights and sustainable innovations, addressing challenges like material procurement and end-of-life vehicle management. It also provides a strategic roadmap for transitioning India’s mobility sector from linear to circular models, paving the way for a more sustainable future.

Rajendra M Petkar, President and CTO, Tata Motors Ltd and Chairperson, SIAM Sustainable Mobility Group, R K Goyal, Director, Saarloha Advanced Materials and Managing Director, Kalyani Steel, Sonal Choithani, Vice President and Head of Market Development, Vedanta, Sosho Kitajima, Chairman, Japan Automobile Recycling Alliance (JARA), R Mukhopadhyay, Director (R&D), J K Tyres, David Nolan, Executive Director, Auto Recycler Association of Australia, Sarvesh Tomar, General Manager, BPCL, Prabhjot Sodhi, Sr Programme Director, CEE, Sujit Kumar Bajpayee, Member, Commission for Air Quality Management (CAQM), Ashim Sharma, Senior Partner, NRI Consulting & Solutions, Vinod Babu, Director, CPCB, Masaru Akaishi, Managing Director, Maruti Suzuki Toyotsu India Pvt Ltd, Kartick Nagpal, President, Rosmerta, Nitin Chitkara, CEO, Meta Material Circular Markets (MMCM), Prabhakar Bhangare, CEO, Global PCCS, Anant Bhargava, IFP Petro, Ved Prakash Mishra, Joint Secretary – HSM, MoEFCC, Government of India, Kiran Sarkar, Co-Chairperson, SIAM Recycling and Material Groups and Head – Sustainability, Mahindra & Mahindra, Likith Koundinya, Consulting Specialist, S&P Global, Anand Kumar, Director, CPCB, Sumit Agrawal, Director, BigMint Technologies Pvt Ltd (SteelMint), Dr Rashi Gupta, Founder & MD, Vision Mechatronics, V Manjunath, Regional Standards Manager – South Asia and Sub-Saharan Africa, UL Standards & Engagement Inc. (ULSE) also participated in the conference addressing the challenges and potential solutions for the adoption of formal circular economy practices.

Bengaluru, 23rd January — Students from Nitte Meenakshi Institute of Technology (NMIT) have clinched first place at Eco-Avengers 2025, a prestigious National Level Sustainability Pitch Battle competition. The event, organized by Mount Carmel College and EIMR Business School, Bengaluru, was held recently, showcasing innovative solutions for environmental challenges.

The winning team, TEAM BOREAS, comprising Tanush SN, Kevin Joseph, Abhay PS, Jeevan S, and Sathvi Nagaraj, impressed the panel of distinguished judges, including Supriya Panchangam, CEO at The Future Founders Co. and Rohan Subash, Sustainability Education at The Futures Founders Co. with their innovative project: a low cut-in speed Eco-Friendly Dual-Axis Wind Turbine (DAWT). Their innovation stands out for its sustainable design, incorporating recyclable materials and advanced features that maximize energy output while minimizing environmental impact.

Under the exceptional guidance of Dr. L. Harish Kumar, Associate Professor, Department of Mechanical Engineering, NMIT, three teams from the institution qualified for the finals, with all three securing positions in the top five. The other two finalist teams, TEAM HORUS and TEAM TRYDAN presented innovative projects on solar electric vehicles and eco-friendly automobile body panels, respectively.

Speaking about the student’s achievement Dr. L. Harish Kumar, NMIT said, “This achievement reflects our institution’s commitment to promoting sustainable innovation. “Our students have demonstrated exceptional creativity and technical expertise in developing solutions that address critical environmental challenges.”

The winning project demonstrated several notable sustainable features. It incorporated recyclable materials in its key components, while achieving enhanced energy efficiency even at low wind speeds. The design successfully reduces its carbon footprint and employed a modular approach that facilitates easy maintenance. During operation, the project maintained minimal environmental impact, making it an environmentally responsible solution.

This victory marks a significant milestone for NMIT, highlighting the institution’s dedication to sustainability and innovation in engineering education. The comprehensive eight-month mentorship provided by Dr. Harish Kumar, which included technical guidance, training sessions, and pitch preparation, played a crucial role in the teams’ success.

Pregnancy causes stress on the heart and circulatory system because the blood volume rises from 30% to 50%, which puts more strain on the heart valve. In India, congenital heart disease and rheumatic heart disease are the most prevalent forms of heart illness during pregnancy. Preeclampsia, anaemia, premature labour, and intrauterine foetal development restriction are among the obstetric problems that frequently affect pregnant women with heart disease.

“Mrs. Sohini (Name Changed), a 35-year-old woman who had been married for ten years, had a history of rheumatic heart disease. In 2006, she had to have a prosthetic valve placement because of blockage of a heart valve. Although this valve replacement saved her life, there were still concerns, such as the possibility of infection and clot development. She had to be on high-dose of blood thinners for that. She consulted Infertility specialist for pregnancy. While being evaluated for fertility concerns, she became pregnant naturally. Unfortunately, 10 weeks into her natural pregnancy, she miscarried. She underwent minor surgery for termination of pregnancy. Even after carefully following her cardiologist’s advice, she had valve obstruction, which required a second replacement procedure,” shared Dr. Varini N, Senior Consultant – Obstetrician and Gynaecologist, Milann Fertility Center, Bengaluru.

“Due to her cardiac disease and the usage of blood thinners, Mrs. Sohini’s current pregnancy was deemed high-risk. This presented two-fold challenges: managing the risk of bleeding that could endanger the baby while preventing clots to protect her heart. She was sent to the Milan Maternal-Fetal Medicine (MFM) department for specialized care at 10 weeks,” added Dr. Varini.

What is Rheumatic heart disease?
As a result of rheumatic fever, the heart valves become permanently damaged, leading to rheumatic heart disease. In the early stages of the disease, rheumatic heart disease usually shows no symptoms. Shortly after a childhood streptococcal infection that is either untreated or inadequately treated, heart valve damage may begin. Of greater significance, rheumatic heart disease continues to rank among the world’s most common causes of maternal cardiac problems during birth. Pregnant patients who have received inadequate or no treatment are at a greater risk of developing heart failure, and abortion is strongly advised.

Fever, lumps under the skin (nodules), a raised red rash, weakness, exhaustion, shortness of breath, chest pain, and swollen, tender, and painful joints—especially in the knees and ankles—are all typical indications and symptoms of rheumatic heart disease. Sudden cardiac death could result if treatment is not received for an extended length of time.

Rheumatic Heart Disease and Pregnancy Risks
During pregnancy, the blood volume increases which puts extra strain on heart valves. In women with rheumatic heart disease, this heightened pressure on damaged valves raises the risk of severe complications, including maternal and fetal death, preterm delivery, and heart failure around delivery.

Because she needed blood thinners and was at risk for pre-eclampsia, Mrs. Sohini’s pregnancy was high risk. The hazards associated with stopping or continuing the medicine were substantial, requiring careful monitoring of the fetal growth and the mother’s heart health. To control bleeding risks, an elective C-section was carefully arranged at 37 weeks. Blood components were ready, and twelve hours before surgery, her blood thinners were stopped. Six hours after the surgery, she resumed taking blood thinners, and the baby, weighing 2.8 kg, was born healthy. She spent 24 hours in the high-dependency unit before moving to the ward and was released on the fourth day. Mother and child had a full and trouble-free recovery.

Viva, Asia’s largest manufacturer and supplier of aluminium composite panels (ACP), a pioneer in innovative building materials, proudly unveiled SOLID X—India’s first pre-coated ready-to-install solid aluminium panels—at the prestigious BAU Expo in Germany. This groundbreaking product marks a new era in architectural design, combining unmatched strength, versatility, and sustainability to redefine modern facades and interiors. With decades of expertise in the building materials industry, Viva continues to push the boundaries of innovation, offering a product that not only elevates durability and aesthetic appeal but also champions eco-conscious manufacturing.

SOLID X aluminium panels are engineered to deliver exceptional performance, setting new benchmarks in architectural materials. With a fire rating of A1, the highest classification for non-combustible materials, and a weather-resistant PVDF coating, these panels ensure long-lasting beauty and safety. Designed with parallel flatness to minimize internal stress, they provide sleek aesthetics and superior load-bearing capacity, making them ideal for wider spans and greater design flexibility. The lightweight yet strong composition facilitates easy installation, while customizable textures and colors cater to diverse architectural visions.

The panels are a testament to sustainability, produced using eco-friendly practices that result in a low carbon footprint. Viva’s commitment to durability is backed by a 15-year warranty, offering long-term performance and peace of mind. Features like scratch resistance, antimicrobial silver-ion coating, and self-cleaning properties further enhance the value of SOLID X, making it a perfect choice for both functional and aesthetic applications.

Mr. Mayank Jain, Director of Viva Composite Panel Pvt. Ltd., said, “The launch of SOLID X at BAU marks a significant milestone for Viva as we introduce India’s first pre-coated ready-to-install solid aluminium panels to the global stage. SOLID X reflects our commitment to innovation, sustainability, and excellence, offering architects and designers a revolutionary material that combines unmatched durability, aesthetic versatility, and eco-conscious manufacturing. This is not just a product—it’s a promise to redefine the future of facades and interiors worldwide.”

Viva SOLID X panels are versatile and can be seamlessly integrated into various spaces, including commercial environments like corporate offices, retail stores, and malls; residential properties such as high-rise buildings, apartments, and villas; and public infrastructure, including airports, metro stations, and stadiums.

With SOLID X, Viva has introduced a product that redefines facades and interiors while setting a benchmark for sustainable architecture. By launching this transformative innovation at BAU, Viva underscores its position as an industry leader committed to driving the future of building materials.