India Geohazard & Natural Risk Management Products & Services Market Assessment, By Market Type, By Product Type, By Service, By Sector, By Region, Opportunities, and Forecast, FY2018-FY2032F

India geohazard & natural risk management products & services market is projected to witness a CAGR of 10.94% during the forecast period FY2025-FY2032, growing from USD 170.34 million in FY2024 to USD 390.73 million in FY2032. The Indian geohazard & natural risk management products & services market is likely to experience tremendous growth, driven by environmental challenges and technological development. The increasing rate of urbanization and infrastructure development is making inclusive geohazard assessments a critical requirement to prevent it. The products and services offered in this market are diversified, including risk assessment, site investigation, and monitoring technologies, playing an essential role in countering the effects of natural calamities such as earthquakes, landslides, and volcanic eruptions. This highlights the need for effective geohazard management frameworks with the increasing occurrence of extreme weather events and seismic activities. Stakeholders from all sectors, including oil and gas, marine, and infrastructure, are increasingly realizing the importance of integrating geohazard assessments into their operations. This integration not only enhances safety but also ensures compliance with evolving regulatory standards. Besides, governmental agencies are cooperating and collaborating with private sectors to encourage innovation in geohazard assessment technology. Advanced monitoring systems and predictive modeling tools are gradually being deployed, thus providing for measures to be taken against hazards likely. The competitive landscape of the market is very diverse in terms of stakeholders, from government agencies to private sector firms and academic institutions. The increasingly collaborating stakeholders are more towards innovation and implementation of more advanced geohazard assessment technologies. More complex tools like remote sensing and predictive modeling are increasingly integrated to give better, more accurate risk assessments and can lead to a more proactive approach in disaster management.

For instance, in October 2024, Geobrugg India Pvt. Ltd. entered a new round with the globally unique landslide test and retesting complete systems with new components. At the beginning of October, it was the turn on steel mesh TECCO G45/2 STAINLESS. The mesh stabilizes coarse gravel in a test frame lifted with a giant crane. As the angle increases, so does the nail and mesh load. Here, the TECCO STAINLESS has held up to 270 tonnes at an angle of 75°. The insights into the behavior of all elements also optimize the RUVOLUM dimensioning software, which is crucial for planners who want to dimension the TECCO system efficiently.

Infrastructure Development Drives the Demand

Infrastructure development is a key growth driver in the Indian geohazard & natural risk management products & services market. As the nation undertakes massive projects to upgrade its road and rail infrastructure, demand for geohazard mitigation products has increased. Strengthening geohazard management capabilities through proactive measures of the government in collaboration with research organizations will be important to secure investments in infrastructure and reduce the risks involved with geohazards. As the infrastructure project continues to expand, integrating geohazard risk assessments into planning and execution processes will be essential to sustainable development and disaster resilience in India.

For instance, in May 2022, Telangana State Industrial Infrastructure Corporation Limited (TSIIC) constructed a new 850-meter carriageway connecting internal roads with the old Mumbai highway. To mitigate risks from loose boulders and rock slopes, TSIIC appointed IIT, Hyderabad, to finalize a suitable scheme. TechFab India suggested a solution for rockfall protection and geohazard mitigation, which was adopted. The solution included rock bolting, rockfall netting, and cable wire rope at the edges, top, bottom, and diagonals. A rockfall protection embankment was also provided at the toe of the slope.

For instance, in January 2025, the National Institute of Oceanography (NIO) in Goa discovered a catastrophic underwater landslide in the Krishna-Godavari (KG) basin, near Antarvedi in the Konaseema district, raising significant concerns about the geophysical stability of the region halting the infrastructure developments on the coast. The phenomenon, known as 'submarine slope failure', can be considered alarming, as regions with similar 5-10m sedimentary slopes have historically been associated with major tsunami events.

Landslides Bolster the Demand

Landslides highly contribute to the demand for geohazard products in India, as events increase in frequency and intensity across different regions. Major parts of the Indian landmass, like the Western Ghats, Northeastern Himalayas, and Northwest Himalayas, are highly vulnerable. The rise in landslide events is attributed to both natural causes, such as heavy rainfall, earthquakes, and geological instability, and anthropogenic causes, like infrastructure and deforestation. Technology like high-resolution data from satellites is used in landslide monitoring and early warning systems by the National Remote Sensing Centre, integrating rainfall predictions to improve preparedness. Government agencies are partnering with private companies and research houses to develop new technologies and innovative solutions for landslide risk management which is crucial for the creation of effective hazard zonation maps and robust disaster response frameworks, which aim at reducing the devastating impacts of landslides on communities and infrastructure across India.

For instance, in January 2024, the Maharashtra State Road Development Corporation implemented protective measures to mitigate risks of rockfall and landslides at the Mumbra bypass hillock in Thane district. The project is estimated at a value of USD 13.15 million, and the selected agency is expected to complete the work within 18 months and maintain it for ten years.

High Tensile Wire Mesh Leads the Market

High tensile wire mesh is leading the market for geohazard mitigation market owing to its higher strength and flexibility. The high tensile wire mesh is used in geotechnical engineering solutions that help in the effective stabilization of rock and soil slopes. Made with high carbon steel enabling it to endure tremendous forces and, thus, best suited for application in tough terrains. High-tensile wire mesh has ease of installation and adaptability for any kind of geological condition, making it a better appeal over traditional protective systems. The coating further improves durability by resisting chemical reactions and UV exposure. In short, high-tensile wire mesh offers economic benefits while providing long-lasting protection against natural hazards like landslides and rockfalls, giving it a top spot in protective engineering solutions.

For instance, in February 2024, Maccaferri Environmental Solutions Pvt. Ltd.'s rockfall mitigation and slope protection solutions were adopted by Border Road Organization (BRO) near the approach road to the Pangi Bridge on NH-22 (old Hindustan-Tibet Road). Dynamic rockfall barriers with energy capacities of 2000kJ and 5000 kJ were installed for a 450-meter stretch (in multiple lines) at various stipulated locations. A slope protection system with high-tensile wire mesh (SteelGrid HR), Jute erosion control mat (BioMac JU), and surface nailing was installed to counter surficial instability and erosion concerns.

North India Leads the Market

North India is emerging as a leader in the geohazard & natural risk management products & services market, mainly due to its unique geological challenges and the extent of infrastructure development. The region is susceptible to landslides and earthquakes due to tectonic plates beneath the Himalayas, and hence, comprehensive geohazard assessments are necessary, especially with major road and rail projects underway to improve connectivity and economic growth. Government initiatives are also aimed at helping improve geohazard management capabilities by collaborations between the Ministry of Road Transport & Highways, Defence Research and Development Organization (DRDO) with research organizations. These collaborations are very useful for developing advanced monitoring systems in risk mitigation strategies specific to the region.

For instance, in August 2022, the Defence Research and Development Organisation (DRDO) merged two of its labs, the Snow and Avalanche Study Establishment (SASE) and the Defence Terrain Research Laboratory (DTRL), into one called Defence Geoinformatics Research Establishment. The new organization will help map, predict, track, and mitigate natural calamities, such as landslides and avalanches, in the Himalayas.

For instance, in November 2024, in a significant move to prevent landslides and ensure safer travel on the Kalka-Shimla National Highway 5, a crate wire mesh is being laid along the stretch from Parwanoo to Shimla. This initiative aims to stabilize the mountains and prevent stones and debris from falling onto the highway, which has been a persistent issue, especially during the rainy season. The National Highway Authority of India (NHAI) awarded the contract for this work to SRM Company, which will implement the project at 42 highly sensitive sites. SRM Company already commenced work at 10 locations, with plans to cover all the designated areas gradually

Future Market Scenario (FY2025E - FY2032F)

The integration of cutting-edge technologies such as AI, machine learning, and remote sensing will enhance the accuracy and efficiency of geohazard assessments, driving market growth and innovation.

Government initiatives aimed at strengthening infrastructure resilience against natural disasters will lead to heightened demand for geohazard products, particularly in vulnerable regions.

Due to climate change is rising, there will be a growing emphasis on sustainable infrastructure solutions, further propelling the adoption of geohazard risk management strategies.

The ongoing expansion of road and rail networks across India will necessitate comprehensive geohazard evaluations, positioning the market for substantial growth as safety and compliance become paramount in project planning.

Key Players Landscape and Outlook

The competitive landscape of the Indian geohazard & natural risk management products & services market is characterized by a diverse array of stakeholders, including government agencies, private firms, and research institutions. Key players such as Geosyntec Consultants and Fugro are prominent for their extensive service offerings, encompassing risk assessment and mitigation strategies. Companies like Penspen and SRK Consulting excel in providing tailored solutions for complex geological challenges, enhancing their market positions. Collaborations between industry leaders and governmental bodies are becoming increasingly vital, fostering innovation in geohazard assessment technologies. The integration of advanced tools, such as remote sensing and artificial intelligence, is enhancing predictive capabilities and operational efficiencies. However, challenges such as inadequate public awareness and regulatory frameworks remain. Addressing these factors will be crucial for sustaining growth and driving demand for geohazard products in India.

For instance, in April 2023, Concrete Canvas Ltd. (CC) and TechFab India Industries Ltd. have inked an exclusive cooperation arrangement to sell, market, and distribute CC's proprietary geosynthetic cementitious composite mats (GCCMs) throughout all Indian market sectors.