NVIDIA RTX Spark Brings AI Agents To Windows PCs NVIDIA RTX Spark aims to make Windows PCs smarter by running personal AI agents directly on laptops and compact desktops. NVIDIA has opened a new race in the AI PC market with RTX Spark, a superchip designed to power Windows laptops and small desktops built for personal AI agents. What Makes RTX Spark Different

Microsoft and Uber review AI spending as token costs increase   AI Cost Pressure Grows In 2026 Artificial intelligence promised that it would help companies reduce expenses and improve productivity. But in 2026, many firms are facing a different challenge. AI tools are becoming costly to use at scale, while clear productivity gains are still difficult to measure. Microsoft has reportedly

Malta Becomes First Country To Offer Free ChatGPT Plus Through AI Training Programme Malta Announces Free ChatGPT Plus Access Malta has become the first country to launch a nationwide programme offering free ChatGPT Plus access for one year. The move comes after OpenAI signed a partnership with the Government of Malta to improve public understanding and practical use of artificial intelligen

SpaceX Public Filing Highlights Valuation, Starlink Growth And xAI Losses SpaceX has made its IPO filing public after nearly 24 years as a private company, giving investors a rare look inside Elon Musk’s space and technology business. The company is reportedly preparing for a US stock market listing under the ticker “SPCX”, with an estimated valuation of around $1.25 trillion. If the June listing plan moves ahead, SpaceX could become one of the biggest publ

Cisco AI Restructuring Triggers Global Workforce Reduction In 2026   Cisco To Cut Nearly 4,000 Jobs Worldwide American technology giant Cisco has announced a major workforce reduction as part of its AI-driven restructuring strategy focused

Instagram Ends End-to-End Encryption Support for Direct Messages Instagram has reportedly removed end-to-end encryption support for direct messages, a move that could significantly change how private conversations are handled on the platform. The update, said to have taken effect on May 8, 2026, ends a feature that had been av

Srinivas Narayanan, an alumnus of Indian Institute of Technology Madras, has stepped down from OpenAI after more than three years, marking the end of a key chapter in the company’s rapid growth phase. He said he plans to spend time in India with his ageing parents before deciding on his next move. During his tenure, Narayanan played a crucial role in scaling ChatGPT and expanding OpenAI’s developer ecosystem. As CTO of B2B Applications and earlier Vice President of Engineering, he led teams responsible for core product development and infrastructure, helping bring advanced AI tools to a global user base. A Computer Science graduate from IIT Madras, Narayanan went on to earn a Master’s degree from the University of Wisconsin–Madison. His academic background laid a strong foundation for a career that combined deep technical expertise with leadership in large-scale systems. Before joining OpenAI, he spent over a decade in Silicon Valley, working with major tech firms such as IBM and Meta Platforms. At Meta, he contributed to large-scale AI systems spanning language processing, computer vision, and recommendation engines. His departure comes as OpenAI continues to expand rapidly across both consumer and enterprise AI. Given his role in scaling ChatGPT into one of the fastest-growing platforms globally, Narayanan’s next move is expected to draw significant attention across the tech industry.

Recent satellite data have revealed that Earth’s nights are becoming increasingly brighter due to a sharp rise in artificial lighting across the globe. Scientists have found that this change is not uniform, with different regions showing varied trends based on development, energy access, and socio-political factors. A global study has shown that artificial lighting increased by around 16% between 2014 and 2022. The findings highlight that nighttime brightness does not simply grow

Apple Inc. has announced a major leadership transition, with CEO Tim Cook set to step down later this year. He will be succeeded by John Ternus, currently serving as the company’s head of

Recent studies have raised concerns about the reliability of AI tools like ChatGPT when it comes to handling personal or emotional queries. While such tools are widely used for quick information and general guidance, experts warn that they may not always provide accurate, nuanced, or well-balanced advice on sensitive issues. One key concern relates to

A new global trend is emerging as young people begin using artificial intelligence not just for learning, but for building real businesses at an early age. Across countries, teenagers are leveraging AI tools to create products, offer services, and generate income—often before turning 18. Unlike earlier generations, many Gen Z individuals are moving beyond basic AI usage and applying it to solve real-world problems. From managing small businesses to developing software tools and of

Vijay’s party, Tamizhaga Vetri Kazhagam (TVK), has introduced a tech-driven campaign strategy by deploying hologram projections of its leader to connect with voters across Tamil Nadu. With elections approaching, the p

In a significant development for India’s digital economy, Reliance Industries has announced plans to establish a massive 1 gigawatt AI-powered data infrastructure project in Andhra Pradesh. The move signals a strong push toward strengthening India’s artificial intelligence capabilities while positioning the state as a fast-emerging technology hub. The announcement comes at a time when global demand for AI computing power, cloud services, and advanced data processing facilities is growing rapidly. With this large-scale infrastructure commitment, Reliance aims to build one of the most powerful AI-focused data ecosystems in the country. Strengthening India’s AI and Digital Ecosystem Artificial intelligence requires enormous computing capacity, energy supply, and high-speed connectivity. A 1 GW data infrastructure project represents a significant scale of operation, capable of supporting AI research, machine learning workloads, enterprise cloud services, and large-scale digital platforms. Reliance’s investment is expected to enhance India’s ability to host AI models domestically, reducing dependence on overseas data infrastructure. This move aligns with India’s broader digital transformation strategy and ambition to become a global leader in artificial intelligence and advanced technologies. Andhra Pradesh, with its expanding industrial base, coastal connectivity, and proactive policy framework, has been positioning itself as a preferred destination for technology infrastructure projects. The state’s growing appeal among global and domestic investors reflects its focus on future-ready sectors such as AI, renewable energy, and digital services. Economic and Employment Impact Large-scale AI data centers create significant economic ripple effects. Construction, power infrastructure, cooling systems, fiber connectivity, cybersecurity services, and facility management all contribute to job creation and industrial growth. The project is expected to generate direct and indirect employment opportunities across technical and non-technical sectors. In addition to employment, such infrastructure attracts startups, SaaS companies, fintech firms, and cloud-driven enterprises that rely on strong computing capabilities. The presence of hyperscale AI infrastructure can accelerate innovation ecosystems and strengthen the region’s reputation as a technology destination. Energy, Sustainability, and Future Expansion A 1 GW facility requires robust power management and sustainable energy integration. With India increasing its renewable energy capacity, integrating clean power sources into data center operations will be crucial for long-term sustainability. Reliance’s broader focus on energy transition and digital expansion suggests that sustainability considerations will likely play a role in the project’s design. The infrastructure plan also reflects a larger strategic vision. AI is rapidly transforming industries including healthcare, finance, manufacturing, logistics, and telecommunications. By investing heavily in AI computing infrastructure, Reliance is positioning itself at the center of this technological shift. Andhra Pradesh’s Rising Tech Profile With multiple large-scale technology investments flowing into the state, Andhra Pradesh is emerging as a strong contender in India’s evolving tech landscape. The addition of a 1 GW AI infrastructure project strengthens its ambition to become a leading digital and data hub. Reliance’s announcement signals confidence in the state’s potential and in India’s expanding AI market. As artificial intelligence becomes increasingly central to economic growth and innovation, infrastructure investments of this scale may redefine regional competitiveness. The coming years will determine how effectively this ambitious AI infrastructure plan translates into innovation, job creation, and technological leadership. What is clear is that Andhra Pradesh is rapidly positioning itself as a significant player in India’s digital future.

In a landmark move that could reshape the digital future of India, Google is set to invest $10 billion in building a large-scale AI data centre hub in Visakhapatnam. This massive investment positions the coastal city as a rising technology powerhouse and highlights India’s growing importance in the global artificial intelligence ecosystem. Beyond infrastructure, the project represents a strategic push to strengthen AI capabilities, expand cloud computing capacity, and accelerate digital transformation across industries. Why Visakhapatnam Was Chosen Often called Vizag, the city has evolved from a port and industrial centre into a fast-growing technology destination. Its strategic coastal location with strong submarine cable connectivity, availability of land for large infrastructure projects, expanding power infrastructure, and relatively lower operational costs compared to major metros make it ideal for hyperscale AI data centres. Supportive government policies in Andhra Pradesh further enhance its attractiveness, offering incentives for digital infrastructure and innovation-driven investments. Economic and Technological Impact A $10 billion investment in AI infrastructure carries implications far beyond the city itself. Establishing a domestic AI hub strengthens local innovation, reduces reliance on overseas infrastructure, and supports advanced computing needs for AI models. It also enhances cloud computing performance, lowers latency, and improves cybersecurity for enterprises. The economic effects are significant. Large-scale data centre projects generate thousands of direct and indirect jobs across engineering, IT, logistics, and facility management. The presence of such a major investment can stimulate the local startup ecosystem, encourage skill development in AI and related fields, and attract further global tech investments. Over time, this may drive growth in real estate and supporting industries, helping Visakhapatnam emerge as a hub for AI startups, SaaS companies, and cloud-driven enterprises. Challenges and the Road Ahead While the opportunity is enormous, success requires careful planning. Data centres demand stable and reliable power, robust cybersecurity frameworks, and a skilled workforce. Energy consumption is high, making renewable power integration and sustainable practices essential for long-term operations. If executed effectively, this $10 billion project could transform Visakhapatnam into one of India’s most important AI and cloud infrastructure hubs. The initiative aligns with a broader global trend of tech giants diversifying infrastructure beyond traditional hotspots, positioning the city as a major destination for innovation-driven enterprises and contributing to the growth of India’s digital economy.

As the world rapidly embraces technological advancements, robotics has emerged as one of the most exciting fields for young learners. In India, robotics summer camps are becoming increasingly popular among teenagers, offering them the opportunity to explore and develop skills in science, technology, engineering, and mathematics (STEM). These camps are not only helping teens grasp the fundamentals of robotics but are also preparing them for a future in which automation and artificial intellige