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India has set out a strategic roadmap to accelerate domestic capabilities in robotics and physical artificial intelligence, signalling a push to reduce dependence on imported hardware and proprietary software while positioning the country as a competitive global supplier of intelligent machines. The plan, prepared by the Technology Advisory Group for Emerging Technologies, places indigenisation, software sovereignty and sector-focused deployment at the centre of the national approach, with healthcare, manufacturing, logistics, agriculture and media production identified as priority domains.

The roadmap comes as governments worldwide race to translate advances in artificial intelligence into physical systems that can operate autonomously in real-world environments. While software-led AI has seen rapid adoption, policymakers argue that long-term economic and strategic gains will hinge on control over robotics hardware, operating systems and embedded intelligence. India’s proposal reflects concerns that reliance on imported robots and closed platforms could expose critical sectors to supply-chain risks and limit domestic innovation.

At its core, the strategy seeks to build a full-stack robotics ecosystem, spanning sensors, actuators, edge computing, operating software, cloud integration and safety certification. Officials involved in drafting the document have stressed that the objective is not isolation but resilience, with domestic alternatives developed alongside international collaboration. The roadmap calls for common standards and open architectures to prevent vendor lock-in and to allow startups and research institutions to build interoperable systems.

Healthcare has emerged as an early focus area, driven by workforce shortages and rising demand for precision care. The roadmap highlights surgical assistance, rehabilitation devices, hospital logistics robots and elder-care support systems as near-term opportunities. Policymakers note that such applications demand high reliability and ethical safeguards, reinforcing the need for locally controlled software stacks and transparent algorithms. Parallel efforts are proposed to strengthen clinical validation pathways and align regulatory approvals with global benchmarks.

Manufacturing and logistics form another pillar, with the document pointing to collaborative robots, autonomous guided vehicles and smart warehousing as tools to raise productivity and improve workplace safety. India’s manufacturing sector, dominated by small and medium-sized enterprises, has historically lagged in robot adoption due to cost and skills barriers. The roadmap recommends targeted incentives, shared testing facilities and modular designs to lower entry thresholds, alongside large-scale skilling programmes to train technicians, operators and system integrators.

Agriculture features prominently, reflecting policy priorities around food security and rural incomes. The plan outlines the use of robotics for precision spraying, harvesting, soil analysis and post-harvest handling. Developers are encouraged to design systems suited to fragmented landholdings and diverse crops, rather than importing models built for large, mechanised farms elsewhere. Officials argue that domestically developed agricultural robots could also find markets across Asia and Africa, where similar conditions prevail.

An unusual inclusion is the media and creative sector, where robotics and physical AI are seen as enablers of immersive production, automated camera systems and smart broadcasting infrastructure. The roadmap suggests that integrating robotics with virtual production and generative tools could lower costs for newsrooms and studios while enhancing safety in hazardous reporting environments.

Beyond sectoral applications, the strategy places strong emphasis on software sovereignty. It calls for homegrown robotics operating systems, simulation platforms and AI frameworks that can be audited and customised. While global open-source projects are acknowledged as valuable foundations, the document urges sustained public funding to ensure domestic stewardship and long-term maintenance. Data governance and cybersecurity are flagged as critical, particularly for robots deployed in sensitive locations.

Financing and procurement reforms form another strand. The roadmap proposes dedicated funding windows for deep-tech robotics ventures, longer grant cycles to reflect extended development timelines and clearer pathways from research labs to commercial deployment. Public procurement is positioned as a market-shaping tool, with government agencies encouraged to pilot domestically developed robots in hospitals, warehouses and public infrastructure.

The roadmap also addresses ethical and social dimensions, including job displacement concerns and safety standards. Rather than framing robotics as a threat to employment, the document argues that productivity gains can create new roles in design, maintenance and supervision, provided reskilling keeps pace. It recommends national guidelines for human–robot interaction, liability frameworks and continuous monitoring of societal impact.

Energy cooperation between India and Bhutan has moved into a sharper operational phase, with both governments signalling alignment on stalled hydropower projects, new transmission corridors and a longer-term framework for electricity trade that underpins Bhutan’s public finances and supports India’s clean-energy transition.

Officials from the two sides held detailed consultations this week focused on accelerating work at the Punatsangchhu hydropower complex and reviving momentum on the long-discussed Sankosh project, while also reviewing cross-border transmission upgrades needed to evacuate power to the Indian grid. The talks came against the backdrop of rising electricity demand in eastern and northern India and Bhutan’s dependence on hydropower exports for fiscal stability.

The centrepiece remains the Punatsangchhu projects on the Punatsangchhu river, split into two plants. Punatsangchhu-I, designed for 1,200 MW, has faced prolonged delays following geological surprises that required major redesign of the dam structure and stabilisation of slopes. Officials familiar with the discussions said construction schedules are now being re-sequenced, with civil works and electro-mechanical installations aligned to a phased commissioning plan rather than a single completion date. Punatsangchhu-II, with a capacity of 1,020 MW, is at a more advanced stage, and planners are focusing on synchronising turbine commissioning with downstream transmission readiness.

Attention has also returned to the Sankosh Hydroelectric Project, a 2,560-MW venture long seen as a potential game-changer for Bhutan’s export capacity. Earlier hesitations over cost, resettlement and environmental impacts had pushed the project into limbo. The latest exchanges indicate a renewed willingness to revisit the detailed project report, reassess financing structures and examine whether a modular execution approach could reduce upfront risks. For Bhutan, Sankosh represents scale and revenue predictability; for India, it offers a large block of firm renewable power that complements solar and wind additions.

Beyond generation, transmission infrastructure featured prominently. Power evacuation from central and western Bhutan requires high-capacity lines linking to India’s eastern grid, where load centres are expanding. Officials reviewed progress on new substations and high-voltage corridors, with an emphasis on synchronising completion timelines to avoid stranded generation. Grid planners also discussed redundancy and resilience, reflecting lessons from weather-related disruptions and the need for stable cross-border flows during peak demand periods.

The partnership rests on an established model in which Indian public sector utilities assist with project execution and financing, while Bhutan retains ownership and earns export revenue. Hydropower accounts for a significant share of Bhutan’s gross domestic product and exports, making timely commissioning critical for debt servicing and social spending. Delays at Punatsangchhu have weighed on fiscal projections, prompting a stronger push for resolution.

For India, the engagement fits into a broader regional energy strategy. Hydropower imports from Bhutan provide dispatchable renewable electricity that balances variable solar output, particularly during evening peaks. Policymakers view this as complementary to domestic clean-energy targets and as a stabilising factor for grid operations. Electricity trade with Bhutan also aligns with New Delhi’s neighbourhood-first approach, where infrastructure and energy ties reinforce diplomatic relations.

Technical experts involved in the discussions highlighted the importance of geotechnical due diligence and adaptive engineering, especially in Himalayan terrain prone to landslides and seismic activity. Updated monitoring systems, revised dam designs and contingency buffers are being incorporated to mitigate risks that previously caused setbacks. Financing terms are also under review to manage cost escalations without overburdening Bhutan’s balance sheet.

Commercial arrangements formed another strand of the talks. Officials examined tariff structures, power purchase agreements and the scope for longer-tenure contracts that provide revenue certainty. There was also discussion on integrating future Bhutanese hydropower into emerging regional electricity markets, which could eventually allow surplus power to be traded beyond bilateral arrangements, subject to regulatory clearances.

Cochin International Airport Ltd has begun the procurement process for hydrogen fuel cell electric buses, positioning the Kochi hub to operate what is being described by officials as the country’s first airport-based fleet powered entirely by hydrogen. The move places ground transport at the airport within a wider transition to low-emission mobility and aligns with Kerala’s push to build a hydrogen ecosystem tied to national climate and energy goals.

The plan covers the purchase and operation of three hydrogen fuel cell buses to handle airside passenger movement, a segment traditionally dominated by diesel vehicles. Airport authorities say the buses will be deployed on routes linking terminals and remote aircraft bays, where stop-start driving and idling make emissions reductions particularly challenging. The project is being executed by Cochin International Airport through its airport operating company, which has already gained global attention for running entirely on solar power.

The initiative forms part of the Kerala Hydrogen Valley programme, a state-led framework intended to aggregate demand, anchor pilot projects and attract private investment into hydrogen production, storage and end-use. State officials describe the airport deployment as a visible demonstration use case that can validate hydrogen technology in public transport settings and reduce perceived risk for other operators. The hydrogen valley concept is designed to link generation from renewable sources with consumers such as mobility providers, ports and industrial users, building scale over time rather than relying on isolated pilots.

At the national level, the project sits under the National Green Hydrogen Mission, which targets the creation of a domestic hydrogen market and seeks to lower the cost of green hydrogen through incentives, demand aggregation and infrastructure support. The mission, backed by the Government of India, prioritises applications where hydrogen can displace fossil fuels in hard-to-abate sectors, including transport, fertilisers and refining. Aviation ground operations have emerged as a promising niche because fleets are centrally managed and refuelling can be controlled within secure perimeters.

Airport officials say the buses under procurement will be fuel cell electric vehicles, generating electricity onboard through a chemical reaction between hydrogen and oxygen, with water vapour as the only tailpipe emission. Compared with battery-electric buses, hydrogen vehicles offer faster refuelling and longer range, features considered important for continuous airport operations. The buses will require dedicated refuelling infrastructure within the airport campus, and plans include on-site safety systems and training for personnel handling hydrogen.

Industry analysts note that hydrogen mobility in the country remains at an early stage, with high vehicle costs and limited refuelling networks acting as constraints. Fuel cell buses can cost several times more than diesel equivalents, and the economics depend heavily on access to competitively priced green hydrogen. Kerala’s approach has been to pair demand-side pilots with efforts to scale renewable-powered hydrogen production, reducing reliance on imported fossil fuels while addressing local air quality concerns.

Kochi airport’s history of renewable adoption has been cited by policymakers as a reason it was selected for the hydrogen bus deployment. The airport became the first fully solar-powered airport in the world and has since expanded its renewable portfolio, including battery storage and electric vehicle charging for landside transport. By extending decarbonisation to airside mobility, the airport is attempting to address a segment that contributes to operational emissions but often receives less public scrutiny than aircraft themselves.

Transport experts caution that the success of the hydrogen buses will depend on operational reliability and lifecycle emissions, not just tailpipe performance. Green hydrogen must be produced using renewable electricity to deliver meaningful climate benefits, and storage and distribution losses need to be minimised. Safety protocols will also be closely watched, given hydrogen’s flammability, although proponents point out that fuel cell vehicles have been operating in several countries under stringent standards.

The Kochi deployment is being monitored by other airports and urban transport authorities exploring alternatives to diesel. Several metropolitan transport agencies have trialled electric buses, while hydrogen has so far been limited to a handful of demonstration projects in public transport. If the airport fleet performs as expected, officials believe it could accelerate adoption in other controlled environments such as ports, logistics hubs and industrial campuses.