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Quantum computing is emerging as a strategic lever for India’s ambition to secure a leading role in the global technology order, with Andhra Pradesh Chief Minister N. Chandrababu Naidu arguing that early investments and coordinated policy could reshape the country’s IT and industrial landscape. Speaking in Amaravati, Naidu said quantum technologies had the potential to redefine computing power, cybersecurity, materials science and drug discovery, placing India at a critical juncture as global competition accelerates.

Naidu’s remarks came as Andhra Pradesh positions itself as a focal point for quantum research and commercialisation through its Quantum Valley initiative, which aims to bring together academic institutions, global technology firms and startups on a single platform. The programme is designed to move beyond theoretical research and translate quantum science into deployable applications, an area where many countries are racing to gain first-mover advantage.

Quantum computing differs fundamentally from classical computing by using quantum bits, or qubits, that can exist in multiple states simultaneously. This allows certain calculations to be performed exponentially faster, opening pathways in optimisation problems, climate modelling, financial risk analysis and cryptography that are currently beyond reach. Governments in the United States, China and the European Union have committed billions of dollars to quantum research, viewing it as both an economic and national security priority.

Naidu said India’s strength lay in its deep pool of engineering talent and its established position in information technology services, but warned that relying solely on legacy software models would leave the country vulnerable as the technology cycle shifts. He argued that quantum computing, when combined with artificial intelligence and advanced semiconductors, could create a new technology stack in which India could compete at the highest level rather than remain a downstream adopter.

The Andhra Pradesh government has pitched Quantum Valley as a long-term ecosystem rather than a single project. Plans include dedicated research facilities, incentives for private investment, and partnerships with universities and multinational technology companies working on quantum hardware, algorithms and error correction. Officials involved in the programme say the aim is to create an environment similar to established innovation clusters, where research, talent and capital reinforce one another.

India’s broader policy environment has also begun to align with these ambitions. The national quantum mission, approved by the Union government, outlines funding for quantum computing, communications and sensing over the coming years, with a focus on building indigenous capabilities. Research groups at institutions such as the Indian Institute of Science and several Indian Institutes of Technology are already active in quantum algorithms and materials research, while startups are exploring niche applications in logistics, finance and healthcare.

Industry analysts note that quantum computing remains at an early stage globally, with practical, large-scale systems still years away. Current machines are limited by qubit stability and error rates, and most commercial use cases are experimental. However, the pace of progress has intensified, with steady advances in hardware architectures and hybrid models that combine classical and quantum computing. Countries that invest early in skills and research infrastructure are expected to gain disproportionate benefits once the technology matures.

Naidu acknowledged these challenges, stressing that quantum computing should be approached as a marathon rather than a sprint. He said sustained investment, patient capital and close collaboration between government, academia and industry would be essential to avoid fragmented efforts. He also emphasised the importance of education and workforce development, arguing that quantum science should be integrated into advanced engineering curricula to build a pipeline of specialised talent.

Larsen & Toubro is set to expand its data centre footprint to 32 megawatts by the end of March, commissioning 18 MW of new capacity as the engineering major sharpens its focus on digital infrastructure alongside emerging opportunities in green hydrogen and semiconductors.

The additional capacity will lift the group’s operational data centre load from the existing 14 MW, marking a decisive step in a segment that has become a core pillar of its technology-led growth strategy. The commissioning is scheduled to be completed before the close of the financial year, aligning with strong demand from cloud service providers, hyperscalers and large enterprises accelerating their migration to outsourced digital infrastructure.

Larsen & Toubro has steadily built its data centre business over the past few years, leveraging its engineering, procurement and construction capabilities to develop facilities that meet high standards for power efficiency, uptime and scalability. Executives have previously indicated that the group’s focus is on delivering carrier-neutral and hyperscale-ready campuses in key metros, where demand continues to outpace supply despite a wave of new announcements by domestic and global operators.

Industry estimates show that data consumption growth, artificial intelligence workloads and stricter data localisation norms are driving sustained investment in capacity across Asia. India remains one of the fastest-growing markets in this space, with several multinational cloud companies committing to expand their presence. Against this backdrop, L&T’s move to lift capacity by more than double underscores its intention to be a long-term player rather than a peripheral builder.

The data centre expansion is being pursued alongside the company’s ambitions in newer industrial segments. L&T has signalled that it is actively pursuing orders related to electrolysers, a critical component for producing green hydrogen, as governments and industrial groups accelerate decarbonisation plans. Electrolyser manufacturing and deployment are viewed as strategic areas where the company’s heavy engineering background can be translated into repeatable, export-oriented businesses.

Management has also reiterated interest in the semiconductor ecosystem, particularly in supplying equipment, engineering services and infrastructure for chip fabrication and assembly units. While L&T is not positioning itself as a chipmaker, it aims to capture value across the supply chain as multiple semiconductor projects move from proposal to execution stages. The company has indicated that it is evaluating opportunities linked to cleanroom construction, precision engineering and advanced manufacturing systems required by chip plants.

Analysts tracking the capital goods sector note that diversification into data centres and clean energy-linked manufacturing provides a hedge against cyclicality in traditional infrastructure spending. Order inflows from transport, hydrocarbons and power transmission remain important for L&T, but newer verticals are expected to deliver higher margins and longer visibility once scale is achieved.

The data centre business, in particular, benefits from predictable long-term contracts and rising demand for energy-efficient facilities. Power availability and cooling efficiency have become critical differentiators as operators seek to control operating costs and meet sustainability targets. L&T has highlighted its emphasis on optimised designs, modular construction and integration of renewable energy where feasible, in response to customer requirements.

From a financial perspective, the 18 MW commissioning is not expected to materially strain the balance sheet, given the group’s strong cash flows and diversified revenue base. The company has historically funded growth through a mix of internal accruals and selective partnerships, and similar structures are being explored for digital infrastructure projects to manage risk and accelerate execution.

Market participants also point to the broader ecosystem benefits of large data centre builds, including demand for electrical equipment, cooling systems, specialised construction and long-term maintenance services. This creates opportunities for L&T to cross-leverage capabilities across its subsidiaries and verticals, reinforcing the strategic rationale behind the expansion.

Challenging Business Environment Demands New Solutions

Hong Kong’s SMEs are facing unprecedented operational pressures. According to a survey by CPA Australia, 37% of small businesses in Hong Kong struggle to obtain external financing. Data from Airwallex further reveals that 96% of SMEs have experienced cash flow difficulties in the past year. With property asset values declining, banks’ insistence on property collateral for loans has left many enterprises in financial distress.

Responding to Market Needs with Systematic Business Upgrade Solutions

“Hong Kong has never lacked capital—what’s missing is the mechanism to connect businesses with it,” Rick Tam noted. The programme addresses common pain points faced by local SMEs, including declining profits, low business valuations, tight cash flow, and recruitment challenges. Built upon the four-pillar framework of “Commerce, Strategy, Breakthrough, and Structure,” the curriculum covers stabilising cash flow and enhancing financial flexibility, repositioning businesses and improving client quality, reshaping product value and expanding profit margins, as well as systematising operations and attracting investors. The programme commits to helping participants improve cash flow, increase business value, and strengthen their business models within 90 days.

Four Practical Tools for Immediate Application

Participants will acquire four core tools: the “Cash Flow Vortex System” for rapid assessment of financial status and establishing safety buffers; the “A.T.C. Client Leverage Ladder” for repositioning and enhancing client value; the “High-Value Breakthrough Method” for creating products with greater value and trust; and the “Marketing Triangle Matrix” for integrating human resources, client bases, and operational systems to plan business expansion. The programme adopts a six-step progressive model—from restructuring business models, improving profit margins, attracting capital injection, building high-performance teams, and systematising operations, to ultimately helping business owners reclaim their time and freedom.

Instructor Credentials

Programme instructor Rick Tam is a graduate of the University of Hong Kong’s Business School and currently serves as CEO of two family offices and chief consultant to several others. He holds the CFPCM Certified Financial Planner designation. Tam has founded more than nine brands spanning wealth management, securities, and food and beverage sectors, and has guided over 1,000 participants through business expansion.

As Hong Kong’s economy seeks transformation, channelling capital precisely into the real economy through the “Business Breakthrough” approach offers more than a lifeline for SMEs—it injects vital momentum into Hong Kong’s long-term economic development.

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https://asiacoachgroup.com/

The issuer is solely responsible for the content of this announcement.

Y Combinator continues to generate outsized returns from companies with roots in India even as its broader influence across Asia shows signs of long-term retreat, reflecting a strategic shift by the world’s best-known startup accelerator amid changing regional dynamics. While founders from Bengaluru, Chennai and Delhi remain visible in its demo days and alumni rosters, the programme no longer shapes Asia’s startup narrative in the way it once did.

Founded in 2005 in Silicon Valley, Y Combinator built its reputation by backing early-stage companies that later became global giants, including Airbnb, Stripe and Dropbox. Its appeal in Asia peaked during the previous decade, when limited access to global capital and mentorship made association with a US-based accelerator especially valuable. India emerged as one of the biggest beneficiaries, with dozens of YC-backed startups securing follow-on funding, overseas market access and high-profile exits.

Companies such as Razorpay, Meesho and Groww, all of which passed through the YC ecosystem in earlier years, became reference points for founders seeking validation from global investors. India’s expanding pool of engineers, rising digital adoption and a large domestic market aligned well with YC’s software-first investment philosophy. These successes continue to deliver financial returns for the accelerator through equity stakes that have appreciated sharply as several firms reached unicorn valuations or prepared for public listings.

Yet the accelerator’s footprint across Asia has narrowed. YC formally closed its China-focused efforts earlier in the decade, citing regulatory complexity and difficulties operating within a tightening policy environment. Activity in Southeast Asia also slowed, with fewer batches featuring startups from Indonesia, Vietnam or Thailand compared with earlier years. The shift reflects not only YC’s internal priorities but also the maturation of Asia’s startup ecosystems, which now offer more local alternatives.

Across Asia, domestic accelerators, corporate venture arms and sovereign-backed funds have stepped in to fill gaps once dominated by Silicon Valley programmes. In India, initiatives backed by large conglomerates, universities and state governments provide capital, mentorship and market access without requiring relocation or deep integration into the US ecosystem. Southeast Asia has followed a similar path, with regional venture firms increasingly willing to lead early rounds.

YC itself has changed. The accelerator has leaned further into its core strengths, focusing on fewer geographies while doubling down on artificial intelligence, developer tools and enterprise software. Its decision to emphasise remote participation during and after the pandemic reduced the symbolic value of spending months in Silicon Valley, a factor that once set YC apart for Asian founders. While remote access broadened participation, it also diluted the sense of exclusivity that helped the programme stand out.

For Indian startups, the relationship with YC has become more transactional. Participation is still seen as a strong signal of quality, especially for companies targeting global markets or US-based customers. However, founders increasingly view YC as one of several possible launchpads rather than a defining milestone. Follow-on funding now depends less on accelerator pedigree and more on unit economics, regulatory clarity and the ability to scale within complex local markets.

Investors tracking Asia’s venture landscape note that YC’s reduced presence does not imply a loss of relevance everywhere. India remains an exception because of its scale, talent depth and ongoing pipeline of software-led startups with global ambitions. YC partners continue to engage with Indian founders, and each batch includes a steady, if smaller, number of companies from the country. Returns from earlier bets ensure that India remains financially meaningful to the accelerator.

At the same time, YC no longer sets the pace for Asia-wide innovation trends. Local accelerators and venture funds are shaping sectors such as fintech, climate technology and logistics, areas where regulatory nuance and on-the-ground execution matter as much as global networks. Governments across the region have also become more involved in startup promotion, offering grants, sandboxes and procurement opportunities that reduce reliance on foreign programmes.