**Executive Summary**
The Ministry of Steel unveiled a digital roadmap at the India AI Impact Summit 2026, committing to transforming India into a technology-driven global steel powerhouse. This roadmap, announced on February 18, 2026, focuses on AI-led modernization to support a 400 MT capacity target by 2035-36. It aims to move from isolated pilot projects to systemic transformation in the steel sector.
**Key Points / Main Content**
* **Digital Roadmap & AI Integration**
* Ministry of Steel announced a comprehensive roadmap for Digital Opportunities in the Steel Sector at the India AI Impact Summit 2026.
* Focuses on mission-mode AI integration across mining, logistics, production, quality assurance, marketing, and corporate governance.
* Emphasizes the transition from incremental digitization to systemic AI transformation.
* **AI in Steel Pavilion**
* Established the "AI in Steel Pavilion" as a collaborative platform showcasing industry problems and inviting AI solution providers.
* Functions as a "problem-to-solution marketplace," addressing challenges in operations, logistics, safety, quality, and sustainability.
* **Industry Convergence**
* The session brought together steel producers, iron ore miners, policymakers, and AI innovators for deliberation.
* Major stakeholders presented digitalization roadmaps and identified high-impact AI use cases (predictive maintenance, computer vision, supply chain optimization).
* AI companies are expected to contribute advanced technological solutions.
* **Growth and Expansion**
* India's steel consumption has almost doubled from 77 million tonnes (2014-2015) to 152 million tonnes (2024-2025).
* Crude steel capacity is targeted to increase from 200 million tonnes to 300 million tonnes by 2030-2031, and 400 million tonnes by 2035-2036.
* Expansion requires intelligent capacity utilization, real-time monitoring, energy management, decarbonization, and optimized capital deployment.
* **Call to Innovators**
* Ministry invited AI developers, startups, academic institutions, and research laboratories to leverage the Steel Research and Technology Mission of India.
* The steel sector offers significant opportunities for AI in mining, manufacturing, logistics, sustainability, and global trade.
**Impact Analysis**
**Steel Producers and Mining Companies**
* **Impact:** Facing pressure to optimize operations, improve efficiency, and meet expanding capacity targets through technology and AI integration.
* **Action Required:** Collaborate with AI innovators, leverage the Steel Research and Technology Mission of India, adopt scalable solutions.
**AI Solution Providers, Startups, Technology Firms, and Research Institutions**
* **Impact:** Opportunity to create and deploy AI solutions within the steel sector, contributing to its modernization and expansion.
* **Action Required:** Engage with steel producers and mining companies, develop practical, scalable, and customizable AI solutions.
**Policy Makers**
* **Impact:** Charged with creating an environment that encourages steel's digital transformation.
* **Action Required:** Collaborate with all stakeholders to encourage and support AI initiatives across the Indian steel sector.
Key Entities Referenced
Ministry of Steel: The primary government body driving AI adoption in the steel sector.
India AI Impact Summit 2026: A key event where the digital roadmap for AI in the steel sector was unveiled.
Steel Research and Technology Mission of India: A live sandbox environment for AI developers and researchers in the steel sector.
Ministry of Steel
Ministry of Steel Unveils Digital Roadmap at
India AI Impact Summit 2026 to Drive AI-Led
Transformation Across Steel Value Chain
Ministry of Steel Advances AI-Enabled Modernisation to
Support 400 MT Capacity Target by 2035-36
Posted On: 18 FEB 2026 6:33PM by PIB Delhi
The Ministry of Steel today unveiled a comprehensive roadmap on Digital Opportunities in the Steel
Sector at the ongoing India AI Impact Summit 2026 at Bharat Mandapam, reaffirming its commitment
to transform India into a technology-driven global steel powerhouse. The roadmap reflects a strategic
recognition that the next phase of growth in steel will be defined not only by expanded capacity but also
by intelligent systems, predictive analytics, automation, and data-driven decision-making embedded
across the value chain.
AI in Steel: From Vision to ActionAt the core of the initiative is the AI in Steel Pavilion, a first-of-its-kind collaborative platform that
showcases real-time industry problem statements and invites AI solution providers, startups, technology
firms, and research institutions to co-create practical and scalable solutions. Unlike conventional
exhibitions, the Pavilion is designed as a problem-to-solution marketplace. It presents specific
operational, logistical, safety, quality control, sustainability, and marketing challenges faced by steel
producers and mining companies. AI innovators are encouraged not only to demonstrate capabilities but
also to partner in delivering measurable outcomes. The Pavilion signals a clear transition from
incremental digitization efforts to mission-mode AI integration across mining, logistics, production,
quality assurance, marketing, and corporate governance. It underscores the Ministry’s intent to move from
isolated pilot projects to systemic transformation.
Industry Startup Convergence
A high-level session brought together leading steel producers, iron ore miners, senior policymakers,
and AI innovators to deliberate on the sector’s digital future. Major public sector enterprises and private
stakeholders presented their forward-looking digitalization roadmaps, outlining priority areas where AI
interventions can create immediate and long-term value. The dialogue focused on execution. Specific
high-impact use cases were identified, and industry leaders articulated the technological capabilities they
seek from AI companies and startups, including predictive maintenance algorithms, computer vision
systems, supply chain optimization models, and intelligent decision support systems. The session enabled
a two-way exchange. Industry representatives outlined operational challenges such as reducing downtime,
improving yield, enhancing worker safety, optimizing raw material blending, lowering emissions, and
improving demand forecasting. AI companies expressed their readiness to contribute advanced
technological solutions tailored to these needs. This convergence is expected to create a structured
innovation pipeline, ensuring that promising AI solutions are rapidly tested, validated, and scaled across
the steel ecosystem.
Growth Momentum and Strategic Expansion
In his address, the Secretary, Ministry of Steel, highlighted the remarkable growth trajectory of India’s
steel sector and the significant investments planned across the steel and mining value chain. India’s steel
consumption has nearly doubled from 77 million tonnes in 2014 to 2015 to 152 million tonnes in 2024
to 2025, reflecting the rapid pace of infrastructure expansion, urbanization, manufacturing growth, and
rising domestic demand. Major national initiatives in railways, highways, housing, renewable energy,
defence production, and industrial corridors have reinforced steel’s central role in nation building.Looking ahead to the vision of a developed India by 2047, the Ministry has set ambitious and time-bound
benchmarks: Crude steel capacity is targeted to increase from the current level of approximately 200
million tonnes to 300 million tonnes by 2030 to 2031 and further to 400 million tonnes by 2035 to
2036. This expansion will be supported by parallel growth in mining output, logistics networks,
beneficiation capacity, and downstream value addition. Such rapid scaling requires intelligent capacity
utilization, real-time monitoring, efficient energy management, decarbonisation strategies, and
optimized capital deployment. AI is therefore positioned as a strategic enabler rather than a peripheral
tool. The Secretary emphasized that as capacity expands, productivity, quality, safety, and
sustainability must improve proportionately. Intelligent automation, digital twins, advanced analytics,
and AI-driven process control systems will be critical to ensuring that India’s steel growth remains
globally competitive and environmentally responsible.
Industry leaders also articulated the support required from AI startups, including domain-specific
customization, scalable system architectures, cybersecurity resilience, multilingual interfaces to facilitate
workforce adoption, and solutions tailored to Indian operating conditions. This clarity is expected to
shorten innovation cycles, enabling startups to develop precise solutions and industry to deploy them with
confidence.
The event concluded with a strong message of confidence in India’s startup and innovation ecosystem.
The Ministry invited AI developers, deep technology startups, academic institutions, and research
laboratories to leverage the Steel Research and Technology Mission of India as a live sandbox
environment.The call to innovators was clear. The steel sector offers one of the largest industrial AI
opportunity landscapes in the country, spanning mining, heavy manufacturing, logistics, sustainability, and
global trade. With scale, speed, and strategic clarity, the Ministry of Steel has signaled that the next era of
Indian steel will be shaped as much by data as by metallurgy. As India expands capacity to meet domestic
aspirations and global demand, digital intelligence will determine efficiency, resilience, and
competitiveness. The future of Indian steel will not only be forged in furnaces but will also be powered by
algorithms, driven by innovation, and strengthened through collaboration between industry and India’s
dynamic AI ecosystem.*****
AG
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