Why is asset monetisation central to India’s infrastructure financing strategy?

Strategic context: India has a large operational highway asset base valued at ₹12–15 trillion, while the annual budget allocation for roads stands at ₹3.2 trillion. Asset monetisation allows the government to unlock value from existing infrastructure and reinvest the proceeds into new projects. Economic rationale: Mobilising private capital: Reduces dependence on public borrowing.Improved efficiency: Private operators often ensure better operational performance.Fiscal prudence: Enables recycling of capital into high-priority sectors. Example: The asset monetisation pipeline (2025–30) assigns ₹4.42 trillion targets to highways and logistics parks. This demonstrates a shift from government-funded expansion to a partnership-driven model. Implication: If managed transparently, monetisation enhances infrastructure sustainability without outright privatisation, supporting long-term economic growth.

How can technology such as AI and LiDAR improve highway governance and road safety in India?

Technological integration: The Ministry of Road Transport and Highways is deploying AI-based systems for preparing detailed project reports, identifying design flaws, and detecting encroachments. LiDAR (Light Detection and Ranging) technology enables high-precision mapping of terrain and infrastructure vulnerabilities. Road safety applications: AI-driven road safety audits to detect accident-prone black spots.Video mapping of highways for real-time monitoring.Predictive models to identify landslide-prone zones in hill states. Impact: With nearly 500,000 accidents and 180,000 deaths annually, especially among youth (18–45 years), technology can reduce fatalities through preventive design and enforcement mechanisms. Example: AI-based toll management systems aim to eliminate congestion and improve user experience, demonstrating how digital governance enhances both efficiency and safety.

Critically analyse the government’s push toward alternative fuels such as EVs and hydrogen as part of India’s auto-sector transformation.

Opportunity dimension: India’s auto sector is now the third largest globally at ₹23 trillion and aims to become number one within five years. Falling lithium-ion battery costs—from $150/kWh to $55/kWh—indicate rapid progress toward cost parity between EVs and conventional vehicles. Hydrogen fuel pilots across national highways signal diversification beyond battery technology. Advantages: Reduces dependence on fossil fuel imports.Supports climate commitments and energy transition goals.Creates new manufacturing and employment opportunities. Challenges: High infrastructure costs for hydrogen and charging networks.Technology dependence on imported components.Affordability and consumer adoption concerns. Evaluation: While the transition promises environmental and economic gains, it must be supported by domestic R&D, localisation of supply chains, and grid readiness to ensure sustainable and inclusive transformation.

What explains the persistent high rate of road accidents in India despite infrastructure expansion?

Magnitude of the problem: India records approximately 180,000 road fatalities annually, with overspeeding and helmet non-use being major contributors. Infrastructure expansion alone has not reduced fatalities significantly. Underlying causes: Behavioural factors: Lack of adherence to traffic norms.Design flaws: Poor-quality DPRs and unsafe road engineering in earlier projects.Enforcement gaps: Weak monitoring and compliance mechanisms. Policy response: The shift toward AI-based safety audits and education campaigns reflects a move from reactive to preventive safety governance. Implication: Road safety must be embedded into infrastructure planning (“safety by design”) rather than treated as a post-construction corrective measure.

Private-Funded Highway Construction: A Priority for India

Q: What is the Build-Operate-Transfer (BOT) model, and how does it differ from EPC and Hybrid Annuity Models in highway development?

Conceptual framework: The Build-Operate-Transfer (BOT) model is a public-private partnership (PPP) framework under which private developers finance, construct, operate, and maintain infrastructure projects for a specified concession period before transferring them back to the government. In contrast, under the Engineering, Procurement and Construction (EPC) model, the government fully funds the project and the contractor is responsible only for construction and limited maintenance (typically five years). The Hybrid Annuity Model (HAM) combines features of EPC and BOT, with shared funding between the government and private players. Why BOT is being prioritised: The government’s experience with EPC projects revealed quality concerns after the maintenance period ended. Under BOT, developers have a long-term (10–15 years) maintenance responsibility, ensuring higher accountability and lifecycle cost efficiency. Policy implication: By shifting toward BOT, the government aims to leverage private capital, reduce fiscal burden, and ensure sustained asset quality. This aligns with the broader strategy of asset monetisation and infrastructure-led growth.

Q: As a policy advisor, how would you balance speed, quality, and fiscal prudence in national highway expansion?

Strategic approach: First, adopt a diversified PPP framework prioritising BOT for long-term accountability while using EPC/HAM selectively for strategic or low-traffic routes. Second, integrate strict performance-based maintenance clauses with enforceable bank guarantees. Technology integration: Mandate AI-driven DPR preparation, digital land acquisition tracking, and real-time monitoring dashboards to reduce disputes and delays. Fiscal sustainability: Combine asset monetisation with transparent bidding to recycle capital efficiently. Outcome: Such a balanced framework ensures infrastructure expansion without compromising quality, while safeguarding public finances—supporting India’s ambition of becoming a global logistics and manufacturing hub.

Q: Provide examples of innovation in sustainable highway construction highlighted in recent policy initiatives.

Bio-bitumen innovation: The ministry developed bio-bitumen from rice straw and implemented it on a stretch of the Nagpur–Jabalpur highway. This reduces agricultural residue burning and promotes circular economy practices. Patent commercialisation: The technology was opened to entrepreneurs, with 15 companies purchasing the patent—demonstrating public research-to-market linkage. Logistics innovation: Battery-swapping policies for freight transport between Jawaharlal Nehru Port and Sonepat illustrate green mobility integration. Significance: These examples highlight how infrastructure development can align with sustainability, innovation, and private sector participation—reinforcing the concept of green and resilient growth.

Nitin Gadkari emphasizes the BOT model for highway development and its investment potential amid strong government support.

Surya

•February 25, 2026•5 mins read

Gadkari pushes BOT model for highways

Not Started

1. Shift Towards Build-Operate-Transfer (BOT) Model

The government has announced a renewed push towards the Build-Operate-Transfer (BOT) model for highway development. Under BOT, private developers finance construction and recover investments through tolls, with long-term maintenance responsibility.

Earlier reliance on Engineering, Procurement and Construction (EPC) and Hybrid Annuity Model (HAM) involved significant government funding. However, EPC contracts typically included only five years of maintenance responsibility, after which road quality reportedly deteriorated.

The new policy emphasis is on contracts that ensure 10–15 years of maintenance responsibility, with provisions to invoke bank guarantees for substandard work.

“We are giving the highest priority to BOT.” — Nitin Gadkari

Longer maintenance accountability aligns incentives with asset durability. Without lifecycle responsibility, public infrastructure risks rapid deterioration and higher long-term fiscal costs.

2. Asset Monetisation and Private Capital Mobilisation

The highway sector has been assigned the highest target under the asset monetisation pipeline for 2025–26 to 2029–30, amounting to ₹4.42 trillion. This includes highways, multimodal logistics parks and ropeways.

The ministry has a budget of ₹3.2 trillion, with an existing highway asset base worth ₹12–15 trillion available for monetisation. Additionally, seven BOT projects worth ₹60,000 crore are already in the pipeline.

Asset monetisation aims to unlock value from operational infrastructure while attracting private investment for new projects.

Recycling public assets enhances fiscal space and reduces budgetary strain. However, weak contract design or traffic overestimation may deter investors and increase contingent liabilities.

Key Data:
- Asset monetisation target (Highways etc.): ₹4.42 trillion
- Budget allocation: ₹3.2 trillion
- Existing highway asset base: ₹12–15 trillion
- BOT pipeline: ₹60,000 crore

3. Contractual Reforms and Quality Focus

The government is overhauling bidding frameworks through a revised Model Concession Agreement. Even where EPC or HAM modes are used, contractors will now bear 15-year maintenance guarantees.

The emphasis is shifting from rapid expansion to quality assurance. Delays in highway projects are attributed primarily to land acquisition issues and inter-departmental clearances.

The reform aims to streamline investment processes while ensuring durability and accountability.

Infrastructure quality determines long-term economic returns. Prioritising speed over standards may create hidden maintenance burdens and reduce user safety.

4. Automotive Sector Expansion and Alternative Fuels

India’s automobile sector has reportedly risen from seventh to third largest globally, with an industry size of ₹23 trillion, behind the US (₹79 trillion) and China (₹49 trillion).

The next phase of growth is expected to be driven by alternative fuels. Lithium-ion battery costs have declined from $150/kWh to$ 55/kWh, raising prospects of cost parity between electric vehicles (EVs) and internal combustion engine vehicles within months.

Hydrogen is also being promoted, with a stated goal of reducing hydrogen cost to $1 per kilogram. Pilot projects involving hydrogen buses and trucks are underway across 10 national highways.

Energy transition in transport supports climate goals and reduces oil import dependence. However, infrastructure readiness and cost competitiveness will determine adoption speed.

5. Logistics and Battery-Swapping Ecosystem

Logistics firms have begun utilising battery-swapping policies for freight transport, including movement from Jawaharlal Nehru Port to Sonepat.

Integration of EV infrastructure with logistics networks enhances efficiency and reduces emissions in freight movement. Economies of scale are expected to reduce EV costs further.

Such developments link highway expansion with green mobility objectives and supply-chain modernisation.

Transport electrification reduces long-term fuel costs and emissions. Without supporting infrastructure, however, adoption may remain limited to pilot projects.

6. Technology in Highway Development and Governance

The ministry has emphasised research and innovation to enhance efficiency and sustainability. Bio-bitumen developed from rice straw has been implemented on a 1-km stretch of the Nagpur–Jabalpur highway, with 15 companies purchasing the patent.

Artificial Intelligence (AI) and LiDAR are being used for road safety audits, video mapping, and identification of black spots. AI-based tools are also assisting in preparation of Detailed Project Reports to reduce design flaws and encroachments.

Technology is further being explored for landslide prediction in hill states such as Himachal Pradesh and Uttarakhand.

Technological integration improves transparency, reduces human error and enhances resilience. Without institutional capacity, technology adoption may remain fragmented.

7. Toll Reform and User Experience

AI-based toll systems aim to eliminate congestion at plazas by the end of the year. A proposed annual pass of ₹3,000 for 200 toll crossings seeks to simplify travel and reduce transaction delays.

Reducing toll queues improves logistics efficiency and lowers fuel wastage. Digitisation also enhances revenue transparency.

Efficient tolling reduces transaction costs and improves economic productivity. Persistent congestion can erode gains from highway expansion.

8. Road Safety Crisis

Despite policy interventions, India records nearly 500,000 road accidents and approximately 180,000 deaths annually, predominantly in the 18–45 age group.

Helmet non-use accounts for over 54,000 deaths, while overspeeding causes around 120,000 fatalities each year. The government is collaborating with the education ministry for awareness campaigns and compliance promotion.

Road safety remains a major public health and economic issue, given the loss of young productive individuals.

Infrastructure expansion without behavioural compliance undermines safety outcomes. Without strict enforcement and awareness, accident fatalities may persist despite technological improvements.

Conclusion

The renewed focus on BOT-based highway development, asset monetisation, and long-term maintenance reflects a shift towards accountability and fiscal prudence in infrastructure financing. Simultaneously, the push for green mobility, alternative fuels, and AI-driven governance aligns infrastructure growth with sustainability and technological advancement.

The long-term success of these reforms will depend on contract design, private sector confidence, technological integration, and effective road safety enforcement—ensuring that infrastructure expansion translates into durable economic and social gains.

Quick Q&A

Everything you need to know

Conceptual framework: The Build-Operate-Transfer (BOT) model is a public-private partnership (PPP) framework under which private developers finance, construct, operate, and maintain infrastructure projects for a specified concession period before transferring them back to the government. In contrast, under the Engineering, Procurement and Construction (EPC) model, the government fully funds the project and the contractor is responsible only for construction and limited maintenance (typically five years). The Hybrid Annuity Model (HAM) combines features of EPC and BOT, with shared funding between the government and private players.

Why BOT is being prioritised: The government’s experience with EPC projects revealed quality concerns after the maintenance period ended. Under BOT, developers have a long-term (10–15 years) maintenance responsibility, ensuring higher accountability and lifecycle cost efficiency.

Policy implication: By shifting toward BOT, the government aims to leverage private capital, reduce fiscal burden, and ensure sustained asset quality. This aligns with the broader strategy of asset monetisation and infrastructure-led growth.

Strategic context: India has a large operational highway asset base valued at ₹12–15 trillion, while the annual budget allocation for roads stands at ₹3.2 trillion. Asset monetisation allows the government to unlock value from existing infrastructure and reinvest the proceeds into new projects.

Economic rationale:

Mobilising private capital: Reduces dependence on public borrowing.
Improved efficiency: Private operators often ensure better operational performance.
Fiscal prudence: Enables recycling of capital into high-priority sectors.

Example: The asset monetisation pipeline (2025–30) assigns ₹4.42 trillion targets to highways and logistics parks. This demonstrates a shift from government-funded expansion to a partnership-driven model.

Implication: If managed transparently, monetisation enhances infrastructure sustainability without outright privatisation, supporting long-term economic growth.

Technological integration: The Ministry of Road Transport and Highways is deploying AI-based systems for preparing detailed project reports, identifying design flaws, and detecting encroachments. LiDAR (Light Detection and Ranging) technology enables high-precision mapping of terrain and infrastructure vulnerabilities.

Road safety applications:

AI-driven road safety audits to detect accident-prone black spots.
Video mapping of highways for real-time monitoring.
Predictive models to identify landslide-prone zones in hill states.

Impact: With nearly 500,000 accidents and 180,000 deaths annually, especially among youth (18–45 years), technology can reduce fatalities through preventive design and enforcement mechanisms.

Example: AI-based toll management systems aim to eliminate congestion and improve user experience, demonstrating how digital governance enhances both efficiency and safety.

Opportunity dimension: India’s auto sector is now the third largest globally at ₹23 trillion and aims to become number one within five years. Falling lithium-ion battery costs—from $150/kWh to$ 55/kWh—indicate rapid progress toward cost parity between EVs and conventional vehicles. Hydrogen fuel pilots across national highways signal diversification beyond battery technology.

Advantages:

Reduces dependence on fossil fuel imports.
Supports climate commitments and energy transition goals.
Creates new manufacturing and employment opportunities.

Challenges:

High infrastructure costs for hydrogen and charging networks.
Technology dependence on imported components.
Affordability and consumer adoption concerns.

Evaluation: While the transition promises environmental and economic gains, it must be supported by domestic R&D, localisation of supply chains, and grid readiness to ensure sustainable and inclusive transformation.

Magnitude of the problem: India records approximately 180,000 road fatalities annually, with overspeeding and helmet non-use being major contributors. Infrastructure expansion alone has not reduced fatalities significantly.

Underlying causes:

Behavioural factors: Lack of adherence to traffic norms.
Design flaws: Poor-quality DPRs and unsafe road engineering in earlier projects.
Enforcement gaps: Weak monitoring and compliance mechanisms.

Policy response: The shift toward AI-based safety audits and education campaigns reflects a move from reactive to preventive safety governance.

Implication: Road safety must be embedded into infrastructure planning (“safety by design”) rather than treated as a post-construction corrective measure.

Strategic approach: First, adopt a diversified PPP framework prioritising BOT for long-term accountability while using EPC/HAM selectively for strategic or low-traffic routes. Second, integrate strict performance-based maintenance clauses with enforceable bank guarantees.

Technology integration: Mandate AI-driven DPR preparation, digital land acquisition tracking, and real-time monitoring dashboards to reduce disputes and delays.

Fiscal sustainability: Combine asset monetisation with transparent bidding to recycle capital efficiently.

Outcome: Such a balanced framework ensures infrastructure expansion without compromising quality, while safeguarding public finances—supporting India’s ambition of becoming a global logistics and manufacturing hub.

Bio-bitumen innovation: The ministry developed bio-bitumen from rice straw and implemented it on a stretch of the Nagpur–Jabalpur highway. This reduces agricultural residue burning and promotes circular economy practices.

Patent commercialisation: The technology was opened to entrepreneurs, with 15 companies purchasing the patent—demonstrating public research-to-market linkage.

Logistics innovation: Battery-swapping policies for freight transport between Jawaharlal Nehru Port and Sonepat illustrate green mobility integration.

Significance: These examples highlight how infrastructure development can align with sustainability, innovation, and private sector participation—reinforcing the concept of green and resilient growth.