In a significant milestone for India's rapidly growing drone technology sector, Agniforge, a homegrown tech company based in India, has announced the upcoming production of its indigenous drone transmitter and receiver system, Link RC. Developed as a fully Made-in-India solution, Link RC has been positioned as a direct contribution to the country's Atmanirbhar Bharat (self-reliant India) mission.

The device is designed to provide a range of up to 2 kilometers and is priced at ₹7,500 per unit, inclusive of telemetry software — a competitive rate considering the imported alternatives in the market. Pre-bookings for Link RC are currently open, and full-scale production is scheduled to begin from April 25, 2025.

“Our vision with Link RC was to build something that reflects the capabilities of Indian engineering — efficient, affordable, and entirely indigenous,” said Durgesh Nandan, Founder of Agniforge. “This project is not just a product launch for us, it's a declaration that Indian technology is ready to compete globally without relying on foreign systems.”

Filling a Critical Gap

Link RC comes at a time when India is making active efforts to localize drone manufacturing. While India has made significant progress in drone frame design, assembly, and use-case development in sectors like agriculture, infrastructure, and defense, one of the persistent challenges has been the reliance on foreign-made telemetry and communication systems. These systems are not only costly but also raise concerns over data privacy, long-term serviceability, and geopolitical dependency.

With Link RC, Agniforge aims to address this exact gap by offering a locally developed solution that can be deployed in a wide range of commercial and industrial drone operations. The product supports secure, low-latency communication between ground stations and unmanned aerial vehicles (UAVs), which is essential for real-time control and monitoring.

Push for Self-Reliance

The development of Link RC is aligned with India's broader technological roadmap under Atmanirbhar Bharat, a national campaign that emphasizes self-reliance in key sectors, including defense, electronics, and aviation. Over the past few years, India has placed increasing focus on boosting its domestic drone ecosystem — including banning the import of foreign drones (except for R&D and defense) and launching production-linked incentive (PLI) schemes to support Indian manufacturers.

By developing a crucial subsystem like the transmitter-receiver in-house, Agniforge is contributing to India’s ambition of not just assembling drones, but actually innovating at the component level.

Built for Real-World Use

Agniforge has stated that each unit of Link RC will be rigorously tested before delivery, and customers will receive telemetry software bundled with every unit — enabling operators to visualize and monitor drone data without needing additional third-party tools. The company also offers a 10-day lead time for orders, with a minimum order quantity of 5 units. In case of any performance-related issues, a full refund policy has been assured.

“We understand the critical nature of drone operations, whether it’s a crop survey in a remote village or an inspection of a power line,” added Durgesh Nandan. “That’s why we’ve put reliability and usability at the forefront of Link RC’s design.”

An Eye on the Future

Though still early in its production phase, the unveiling of Link RC has attracted attention from drone service providers and OEMs (Original Equipment Manufacturers) across India. Agniforge has also opened invitations for distributors, offering collaboration opportunities to companies and individuals interested in representing the Link RC product line regionally.

Experts believe that initiatives like this could mark a turning point for India’s UAV industry, as more companies step in to develop alternatives to imported drone electronics. If adopted at scale, such components could drastically reduce the cost of drones in India and improve national control over drone-related data.

As India's skies become increasingly populated with drones in agriculture, infrastructure, defense, disaster relief, and logistics, the success of indigenous solutions like Link RC could be crucial for ensuring operational independence, cost efficiency, and long-term growth of the sector.

In a landmark move aimed at transforming Germany’s innovation landscape, the newly formed governing coalition has announced the creation of a “super–high-tech ministry” dedicated to research, technology, and aerospace. The decision, unveiled in a 144-page coalition agreement on April 9, signals a strategic shift in the country’s approach to science and innovation.

The incoming government—comprising the center-right Christian Democrats (CDU), the Christian Social Union in Bavaria (CSU), and the center-left Social Democrats—has outlined a bold vision to elevate Germany’s standing as a global hub for cutting-edge research and development. The agreement is expected to be formally approved by early May, paving the way for CDU leader Friedrich Merz to assume the role of Chancellor.

A Structural Shake-Up

The new plan involves splitting the existing Ministry of Research and Education. Research and technology will now be managed independently within the newly established ministry, while the education portfolio will be merged into the Ministry for Family, Seniors, Women, and Youth. This marks the first time in over three decades that research and technology have been placed under one dedicated ministry, separate from education.

"This is a realignment that brings together sectors that naturally belong together," said Georg Schütte, CEO of the Volkswagen Foundation. “Research, technology, and aerospace are deeply intertwined, and aligning them will help streamline innovation.”

Scientific Priorities and Ambitions

The agreement outlines several strategic scientific priorities for the new ministry, including:

• Artificial Intelligence

• Quantum Technologies

• Biotechnology

• Microchip development and production

• Fusion Energy

Germany aspires to be the first country in the world to develop and operate a commercial fusion reactor, according to the document. It also emphasizes investments in personalized medicine, ocean research, and sustainability.

Despite the ambitious goals, the agreement does not provide concrete budget allocations for new programs. However, it reaffirms the government’s commitment to increasing funding for Germany’s major research organizations by 3% annually through 2030.

CSU to Lead the New Ministry

The Christian Social Union (CSU) will oversee the new super–high-tech ministry, with party leader Markus Söder highlighting its strategic importance during a press conference. While an official appointment has yet to be made, Dorothee Bär, former State Minister for Digital Infrastructure, is widely considered the frontrunner.

A Commitment to Scientific Freedom and International Talent

In a clear nod to current global political tensions, the coalition agreement emphasizes the importance of scientific freedom. The government pledges that funding decisions will be based on scientific merit, distancing itself from politicized science policy as seen in some other countries.

The document also includes a new initiative, “1000 Minds,” aimed at attracting international scientists and reinforcing Germany’s reputation as an open, innovative research destination. “We want to keep Germany attractive for top talent from around the world,” said Eva Winkler, a member of the German Ethics Council.

Defense Research: A Controversial New Chapter

Another significant shift is the proposed collaboration between universities, research institutions, companies, and the military. The government plans to expand peace and conflict research and facilitate security and defense collaborations—a topic that has long been sensitive in Germany, where many universities traditionally rejected military-linked research.

“This reflects a new alignment of defense and research policy,” said Schütte. “It’s a necessary conversation, but one we’re only beginning to understand how to manage.”

Germany’s decision to establish a super–high-tech ministry represents a bold step into the future, bringing together critical sectors of innovation under one roof. While funding details and execution plans remain to be seen, the announcement has already generated excitement—and some debate—across the scientific and academic communities.

If successfully implemented, this initiative could position Germany as a leading global force in science, technology, and defense innovation in the years to come.

For too long, several companies in India's drone ecosystem have relied on imported technology, simply repackaging it with an Indian label and selling it to our Armed Forces. These products lacked real innovation and were often overpriced, sold under the guise of "Made in India."

The harsh reality hit home with a recent incident that left our military vulnerable, exposing just how much import-dependence has cost us. That moment was a wake-up call — one that showed us the fragility of the so-called "indigenous" tech flooding our market. This is the cost of shortcuts. This is the price of buying foreign solutions when we should be building our own.

But there's a deeper issue at play here. While we push for self-reliance, some Indian manufacturers, instead of offering affordable, high-quality solutions for the defense sector, are simply extorting money from India in the name of being "Made in India."

For example, many companies in India that produce drone motors and critical components are charging exorbitant prices for products that should be more reasonably priced for local industries and the military. This is not “Made in India.” This is capitalizing on India’s need for self-reliance.

The Indian Army has already banned multiple foreign-reliant drone companies from procurement. The message is clear: India deserves better. We deserve quality, innovation, and value, not inflated prices.

This is where the real challenge lies — Indian companies must rise to the occasion. If we truly want to support the growth of indigenous tech, the price must be right. There needs to be a balance between profitability and patriotism. If the future of our country depends on these innovations, then those who are building these systems must offer affordable, scalable solutions that will empower India, not exploit it.

Yes, Indian-made tech may fail sometimes, but instead of discarding it, we need to provide feedback and help improve. Support the innovators who are genuinely trying to build for India, but let's not support companies that are only out to profit from our needs.

The key is collaboration — not exploitation. If we support India’s true innovators now, they will deliver the most advanced, secure, and reliable systems in the world tomorrow. Not imported. Not overpriced. But made for India.

The era of import-dependence is over. It’s time for real, affordable, and sustainable innovation to take root in India.

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Stand with builders. Demand better value. Stand for India.

#MakeInIndia #DroneSovereignty #DeepTechIndia #DefenseRevolution #NoMoreImports #AffordableTech #TechForBharat #AtmanirbharBharat #SupportIndigenous #RealInnovation #IndiaFirst #NationalPride

In a world rapidly moving towards automation and smart surveillance, Garudaire stands as a promising deep-tech startup redefining the possibilities of aerial intelligence. While still under the radar, this company is quietly engineering the backbone of mission-critical drone operations with a strong vision and a robust proprietary platform.

The Garudaire Mission

Garudaire’s mission is straightforward yet ambitious: to enhance operational effectiveness through aerial intelligence. Whether it’s supporting field teams with real-time situational awareness or executing long-haul surveillance missions in extreme environments, Garudaire’s drone systems are built with purpose, precision, and performance in mind.

Purpose-Built Drones for Real Missions

Rather than following a one-size-fits-all approach, Garudaire designs drones that are purpose-built—customized for specific use cases and challenges. From border patrol to disaster recovery, their systems are engineered to deliver maximum output under mission constraints.

These aren’t just drones; they’re intelligent aerial assets.

Specialized Accessories & Seamless Integration

Drones often form just one part of a larger solution. Garudaire complements its aerial systems with specialized accessories, ensuring that each deployment is complete, integrated, and mission-ready. Customers across the globe rely on the company to source, secure, and synchronize these components into a cohesive operational unit.

Mission-Critical Technology Stack

For operations where failure is not an option, Garudaire doesn’t settle for traditional tech. Their Mission-Critical Stack offers additional layers of security, redundancy, and compliance—meeting the demanding needs of defense, rescue, and industrial sectors.

Application Areas

• Situational Awareness
  Episodic operations like event monitoring, emergency response, and tactical deployments benefit from Garudaire’s high-sensing, high-clarity drone stacks.

• Long Surveillance
  For border patrol, asset monitoring, or infrastructure security, Garudaire provides long-endurance drones capable of continuous aerial vigilance.

• Search & Rescue
  In disaster zones where every second matters, their drones assist in finding and tracking stranded individuals with enhanced perception and navigation capabilities.

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Behind the Tech: Garudaire Operating System (GOS)

At the heart of every Garudaire deployment is their proprietary Garudaire Operating System (GOS)—a powerful fusion of hardware, software, perception, and AI technologies. GOS is what turns a flying machine into a smart, adaptive, and resilient aerial solution. It enables seamless integration of sensors, intelligent navigation, and mission planning for autonomous operations.

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A Silent Force in the Drone Revolution

Though not widely known, Garudaire is a company to watch. Operating directly and through affiliates in various regions, their quiet yet impactful work in aerial intelligence deserves a spotlight. As drone technology becomes an essential layer of modern infrastructure, startups like Garudaire are shaping the landscape—not with noise, but with nuance.

In a striking acknowledgment of the evolving relationship between artificial intelligence and national defense, OpenAI CEO Sam Altman has opened the door to future collaborations with the Pentagon on AI-driven weapons systems. Speaking at the Vanderbilt Summit on Modern Conflict and Emerging Threats, Altman said he would “never say never” when asked about the possibility of OpenAI contributing to military weapons development.

A Pragmatic Yet Cautious Stance

Altman was careful to temper expectations, noting that such involvement is not currently planned nor seen as imminent. “I don’t think most of the world wants AI making weapons decisions,” he said during his conversation with Paul Nakasone, the former National Security Agency (NSA) head and current OpenAI board member. Yet, Altman admitted that in a world with complex geopolitical dynamics, scenarios may emerge where such collaborations could become necessary — as a trade-off among "really bad options."

This reflects a nuanced shift in attitude from a company and industry that once stood firmly against defense-related AI work.

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Changing Tides in the AI Industry

Tech giants have historically faced significant internal resistance when engaging with the military. For instance, Google’s involvement in the Pentagon’s Project Maven in 2018 led to widespread employee protests and the eventual withdrawal of the company from the contract.

However, the tide appears to be turning. The AI sector is now showing increased openness to defense collaborations. OpenAI, which once had a strict stance against military applications, recently announced a strategic partnership with Anduril Industries — a defense tech firm — to work on anti-drone systems. This move marked a notable policy shift and raised questions about where OpenAI may draw the line moving forward.

Government Still Playing Catch-Up

Altman’s remarks extended beyond military use. He emphasized the need for the U.S. government to enhance its AI integration and adoption efforts. “I don’t think AI adoption in the government has been as robust as possible,” he stated, highlighting how government agencies are lagging behind in leveraging AI’s potential.

According to Altman, we are on the verge of seeing “exceptionally smart” AI systems within the next year — underlining the urgency for institutions, including the military and intelligence community, to keep pace with technological advancement.

A Defining Moment for AI Ethics and Strategy

The discussion comes just before the release of OpenAI’s much-anticipated GPT-4.5-based “03 reasoning model,” expected next week. With hundreds of military personnel, intelligence officials, and academics in attendance at the summit, the remarks offered a glimpse into the shifting strategies of AI leaders — balancing innovation, ethical responsibility, and national security.

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Altman’s statement — “I will never say never” — captures the complexity of AI’s intersection with defense. As AI capabilities evolve and global threats become more sophisticated, companies like OpenAI may find themselves reevaluating old boundaries. Whether this shift will lead to full-fledged military collaborations or simply support technologies like drone defense remains to be seen.

One thing is certain: the conversation about AI in warfare is no longer hypothetical — it’s already underway.

In a historic breakthrough for reproductive technology, the world has welcomed its first baby born through a fully AI-assisted and automated IVF system. This pioneering achievement took place at Hope IVF Mexico in Guadalajara and could mark the beginning of a revolution in fertility treatment.

A Leap Beyond Human Hands

For decades, intracytoplasmic sperm injection (ICSI) has been a cornerstone in in-vitro fertilisation (IVF), where skilled embryologists manually inject a single sperm into an egg. While effective, ICSI relies heavily on the precision, steadiness, and experience of the embryologist — factors that are naturally limited by human variability and fatigue.

But now, an innovative system created by experts at Conceivable Life Sciences (based in New York and Guadalajara) has automated all 23 steps of the ICSI process. Powered by artificial intelligence and advanced robotics, the system selects sperm, immobilises it using a laser, and injects it into the egg — all without human touch.

The Birth That Made History

The milestone birth was the result of IVF treatment for a 40-year-old woman using donor eggs. Of five eggs fertilised through the AI-powered system, four were successfully fertilised. One embryo matured into a healthy blastocyst, was frozen, and later implanted — ultimately resulting in the birth of a healthy baby boy.

The entire fertilisation process, including sperm selection and injection, took just under 10 minutes per egg. Though slightly longer than traditional manual ICSI, researchers note that this duration will likely shorten as the technology evolves.

Why This Matters

“This could change the way we do IVF,” said Dr. Jacques Cohen, the lead embryologist behind the project. “AI brings consistency, eliminates human error, and could improve outcomes in fertility clinics around the world.”

Professor Mendizabal-Ruiz and Dr. Chavez-Badiola, also part of the team, highlighted the groundbreaking nature of this development. Dr. Chavez-Badiola noted that this is the first system to automate every step of ICSI — a feat that no other platform has accomplished so far.

The Future of Fertility

Automation has already found its place in parts of IVF like embryo monitoring and sperm freezing. But with this new advancement, a fully standardised, precise, and potentially more accessible form of IVF could soon become the norm.

As further clinical trials and studies are conducted to validate its safety and effectiveness on a larger scale, this historic birth signals a promising future — where cutting-edge AI may help bring new life into the world more efficiently than ever before.

The age of AI-driven fertility has officially begun.

In a dramatic turn in the ongoing legal saga between two major forces in the artificial intelligence industry, OpenAI has filed a countersuit against Elon Musk, accusing the tech billionaire of a relentless campaign of harassment aimed at undermining the company's growth and reclaiming influence over its innovations.

The countersuit, filed in the U.S. District Court for the Northern District of California, marks the latest escalation in a feud that has grown increasingly bitter since Musk launched his rival AI company, xAI, in 2023. OpenAI alleges Musk has used “every tool available to harm” the company—including social media attacks, legal threats, and a failed acquisition attempt.

From Co-founder to Rival

Musk co-founded OpenAI alongside Sam Altman and others in 2015, with a shared mission to develop artificial intelligence for the benefit of humanity. However, Musk parted ways with the company before it rose to prominence through ChatGPT and other breakthrough technologies. Since then, tensions have mounted over OpenAI's shift to a for-profit model, which the company argues is essential to securing the $40 billion in funding it needs to remain competitive in the rapidly evolving AI landscape.

OpenAI's lawsuit claims Musk has repeatedly tried to derail this transition, launching a smear campaign to his more than 200 million followers on X (formerly Twitter), submitting baseless legal claims, and orchestrating a "sham bid" to take over the company's assets.

“Through press attacks, malicious campaigns, a pretextual demand for corporate records, and a sham bid for OpenAI’s assets, Musk has tried every tool available to harm OpenAI,” the filing states.

Legal Fireworks and Big Stakes

OpenAI is asking the court to halt Musk’s alleged interference and to hold him accountable for damages already caused. The countersuit is part of an ongoing legal dispute that is expected to go to jury trial in spring 2026.

Musk’s legal team, however, defended his actions, pointing to a $97.4 billion unsolicited takeover offer earlier this year, which was ultimately rejected by OpenAI’s board. Marc Toberoff, Musk’s attorney, criticized the board’s decision, saying:

“Had OpenAI’s Board genuinely considered the bid, they would have seen how serious it was. It's telling that paying fair market value for OpenAI’s assets allegedly ‘interferes’ with their business plans.”

Social Media and Strategic Moves

OpenAI didn’t mince words on Musk’s motivations, posting on X:

“Elon’s nonstop actions against us are just bad-faith tactics to slow down OpenAI and seize control of the leading AI innovations for his personal benefit.”

The countersuit follows a string of strategic moves by Musk, including last month’s acquisition of X by xAI, a deal that valued the social media platform at $33 billion and merged its resources with his AI venture. The move gives xAI added visibility and investor appeal, further intensifying competition with OpenAI.

Musk, also the CEO of Tesla and SpaceX, originally sued OpenAI in 2024, claiming the company had betrayed its founding ideals by prioritizing profit over public good. OpenAI and Altman have strongly denied those accusations, asserting that Musk's actions are simply attempts to cripple a competitor.

The Future of AI at Crossroads

The core issue at stake is OpenAI’s transition to a capped-profit model—a hybrid structure designed to attract capital while retaining a commitment to ethical AI development. OpenAI argues this shift is essential to compete in the high-stakes AI arms race, while Musk insists it strays from the company’s original mission.

As the battle between these two AI heavyweights plays out in court and online, the outcome could reshape the future of the industry—and redefine the ethical and financial frameworks that guide it.

Stay tuned. This fight is far from over.

New Delhi, April 10, 2025 – Today marks the commencement of the ninth edition of the Global Technology Summit (GTS), India’s flagship dialogue on geo-technology, co-hosted by the Ministry of External Affairs (MEA) and Carnegie India. The three-day event, running from April 10 to 12, promises to be a vibrant platform for shaping the future of global technology policy. With the theme Sambhavna—a Sanskrit word meaning "possibility"—GTS 2025 aims to explore how emerging technologies can foster inclusive growth, enhance digital governance, and forge robust international partnerships. The summit kicks off with an inaugural address by Union External Affairs Minister S. Jaishankar, setting the tone for a dynamic exchange of ideas among global leaders, technologists, and policymakers.

A Prestigious Gathering of Global Minds

Held in the heart of India’s capital, GTS 2025 brings together over 150 speakers from more than 40 countries, including powerhouses like the United States, the United Kingdom, Japan, Australia, France, Germany, and the Netherlands, alongside emerging voices from Brazil, the UAE, Nigeria, the Philippines, and the European Union. This diverse assembly reflects the summit’s ambition to address the most pressing technological challenges and opportunities facing the world today. From government officials and industry titans to academics and civil society advocates, the participants represent a cross-section of expertise poised to influence the global tech landscape.

The summit’s agenda is as expansive as its guest list. Over the course of three days, more than 40 public sessions—including keynote addresses, ministerial conversations, expert panels, and strategic dialogues—will delve into topics ranging from artificial intelligence (AI) governance and digital public infrastructure to cybersecurity, space security, and tech collaboration across the Global South. The breadth of these discussions underscores GTS’s role as a crucible for innovative thinking and actionable solutions.

Sambhavna: Exploring the Possibilities of Technology

This year’s theme, Sambhavna, encapsulates the summit’s forward-looking ethos. In a world increasingly shaped by rapid technological advancements, the concept of "possibility" serves as both an inspiration and a call to action. As the MEA stated, GTS 2025 will explore how emerging technologies can drive inclusive growth—ensuring that the benefits of innovation reach all corners of society—while strengthening digital governance and deepening cross-border partnerships. This focus aligns with India’s broader vision of leveraging technology as a tool for development and diplomacy.

The theme resonates particularly in the context of India’s growing stature as a global tech leader. With initiatives like Digital India and a burgeoning startup ecosystem, the country is well-positioned to contribute to—and benefit from—international conversations on technology policy. By hosting GTS, India reinforces its commitment to fostering resilience, innovation, and cooperation in an increasingly interconnected world.

Key Themes and Sessions

The summit’s agenda is a testament to its ambition to tackle the multifaceted challenges of the digital age. Among the critical topics slated for discussion are:

• AI Governance: As artificial intelligence transforms industries and societies, questions of ethics, regulation, and accountability loom large. Panels will explore frameworks for responsible AI development and deployment, balancing innovation with societal well-being.
• Digital Public Infrastructure (DPI): India’s success with systems like Aadhaar and the Unified Payments Interface (UPI) has made it a global model for DPI. Sessions will examine how such infrastructure can be scaled and adapted to other nations, particularly in the Global South.
• Data Protection: With data breaches and privacy concerns on the rise, experts will debate strategies to safeguard personal information while enabling data-driven innovation.
• Cybersecurity: As cyber threats grow in sophistication, the summit will address ways to secure digital ecosystems and foster international collaboration to combat cybercrime.
• Space Security: With space emerging as a new frontier for technology and geopolitics, discussions will focus on ensuring the peaceful and sustainable use of outer space.
• Emerging Tech Collaboration: The Global South, often underrepresented in tech dialogues, will take center stage as speakers explore ways to bridge the digital divide and promote equitable access to technology.

These sessions will not only highlight challenges but also showcase solutions, drawing on real-world examples and cutting-edge research. The inclusion of ministerial conversations and keynote addresses ensures that high-level policy perspectives will inform the discourse, making GTS a bridge between thought leadership and actionable governance.

Amplifying the Next Generation

One of the standout features of GTS 2025 is its emphasis on youth engagement. Through the GTS Young Ambassadors Programme, students and young professionals from across India will have a direct voice in shaping policy conversations. This initiative reflects the summit’s recognition that the future of technology lies in the hands of the next generation. By involving young minds in discussions on digital futures, responsible AI, and global tech norms, GTS ensures that its outcomes will resonate far beyond the event itself.

The programme is a bold step toward inclusivity, empowering participants to contribute fresh perspectives and innovative ideas. It also aligns with the summit’s broader mission of fostering a participatory approach to technology governance—one that transcends generational and geographical boundaries.

Jaishankar’s Address: A Diplomatic and Technological Vision

The inaugural session, headlined by External Affairs Minister S. Jaishankar, is expected to set a powerful tone for the summit. Known for his articulate and pragmatic approach to diplomacy, Jaishankar is likely to emphasize India’s role as a responsible tech power and a champion of international cooperation. His address will not only outline the stakes of the global tech conversation but also signal India’s priorities in navigating the intersection of technology and geopolitics.

As the leader of India’s foreign policy apparatus, Jaishankar brings a unique perspective to GTS. His participation underscores the MEA’s commitment to integrating technology into its diplomatic toolkit—a strategy that has gained traction in recent years through initiatives like vaccine diplomacy and digital outreach during the COVID-19 pandemic. Attendees can expect his speech to weave together themes of innovation, resilience, and partnership, offering a roadmap for how nations can collaborate in an era defined by technological disruption.

A Platform for Global Impact

Since its inception, the Global Technology Summit has established itself as a premier forum for geo-technological dialogue. Now in its ninth year, GTS continues to evolve, reflecting the shifting dynamics of the tech landscape. By convening leaders from government, industry, academia, and civil society, the summit creates a rare space for interdisciplinary collaboration. Its focus on actionable outcomes—rather than mere discussion—sets it apart as a catalyst for real-world change.

The international scope of GTS 2025 is particularly noteworthy. With representatives from over 40 countries, the summit embodies the spirit of global cooperation at a time when unilateral approaches to technology are increasingly untenable. Whether it’s harmonizing AI standards, securing cyberspace, or expanding digital access, the challenges ahead require collective effort—a reality that GTS is uniquely positioned to address.

Looking Ahead: April 10–12, 2025

As the summit unfolds over the next three days, it promises to be a landmark event in the global tech calendar. From the opening address on April 10 to the closing sessions on April 12, GTS 2025 will generate insights, forge connections, and chart a course for the future of technology policy. For India, it’s an opportunity to showcase its leadership and amplify its voice on the world stage. For the international community, it’s a chance to collaborate on solutions that will shape the decades to come.

In a world where technology is both a promise and a peril, the Global Technology Summit offers a beacon of possibility—Sambhavna—guiding us toward a more innovative, resilient, and inclusive future. As External Affairs Minister S. Jaishankar takes the stage today, the message is clear: the time to harness technology for the global good is now.