TAT-Rakshak
"Where we know engineers can’t stop disasters, but we can reduce their impact through knowledge, research, and sustainable innovation.”
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Impact Oriented Journey of Drith Infra
"Where we know engineers can’t stop disasters, but we can reduce their impact through knowledge, research, and sustainable innovation.”
View Details ➔“Where awareness is the first line of defence, empowering communities to protect nature before disasters even begin.”
View Details ➔“Where waste becomes wisdom and people unite with purpose, coastlines heal and balance is restored naturally.”
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TATrakshak secured All India Rank 1 in Innovation in Resilient Infrastructure at the Building Bharat Sampark Innovation Boot Camp (Civil Engineering) initiated by the Central Government of India with the collaboration of JSW held at IIT Kanpur (3rd–5th February 2026).
Represented Savitribai Phule Pune University at the 18th Maharashtra State Inter-University Research Convention – Aavishkar 2025-26, hosted at Vasantrao Naik Marathwada Krishi Vidyapeeth, Parbhani.
Transforming waste into engineered, usable resources
TATSagarMitra is Drith Infra’s collaborative coastal restoration and circular sustainability initiative that integrates innovation, community action, and responsible waste management. It transforms plastic waste into a resource by connecting environmental partners, coastal communities, and sustainability practitioners to build resilient ecosystems, restore natural balance, and protect shorelines through knowledge, design, and collective action.
TAT Rakshak is a nature-aligned coastal protection system designed to reduce erosion, absorb wave energy, and regenerate coastal ecosystems over time. It rethinks conventional coastal defence by combining engineering strength, ecological intelligence, and lifecycle sustainability into a single deployable system.
Track user behavior and impact with clarity.
Know MoreCentralized view of projects and sustainability KPIs.
Know MoreWork together seamlessly with communities & partners.
Know MoreConnect your systems and tools into one ecosystem.
Know MoreStreamline workflows and reduce manual effort.
Know MoreMeasure ecological improvement across coastline projects.
Know MoreUnited by a Vision for Sustainable Growth
Psychological Consultant
"When minds follow nature's rhythm, clarity grows and teams move with purpose."
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CFO
"We don't just evaluate ROI — we evaluate responsibility, resilience, and relevance."
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CTO
"Natural patterns reveal engineering solutions that strengthen structures and regenerate coastlines."
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This project is supported by a detailed technical poster that explains the design intent, engineering rationale, implementation strategy, and projected environmental impact.
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Coastal & Natural Configurations Tested
What it demonstrates
This KPI reflects the scientific depth behind the solution. Rather than relying on a single design assumption, TATrakshak has benchmarked performance across more than sixteen structural, natural, and hybrid coastal configurations under identical hydraulic conditions.
Why it matters for B2B & B2G
• Builds confidence that the solution is evidence-driven
• Ensures fair comparison against conventional systems
• Aligns with CWPRS, MoES, and international best-practice validation norms
What decision-makers see
A system chosen by data, not by design bias.
Tons CO₂ Reduction per km per Year
~800–1,200 Tons CO₂ Reduction per km per Year
Each kilometer of deployment functions as climate-positive coastal infrastructure by integrating mangrove-driven blue-carbon sequestration, long-term sediment carbon storage, and low-emission material systems. This approach transforms shoreline protection into a measurable climate asset, delivering verifiable environmental performance alongside durable coastal resilience.
• Direct contribution to national NDCs, net-zero goals, and ESG commitments
• Eligibility for climate finance, carbon programs, and sustainability-linked funding
• Conversion of environmental impact into measurable, reportable carbon value
• Support for long-term coastal resilience and adaptation planning
Mangrove Survival Rate (Field-Validated)
High Mangrove Survival in Dynamic Tidal Zones
The integration of biological design elements enables consistently high survival of mangrove saplings even under dynamic tidal and wave conditions, significantly outperforming conventional plantation approaches.
• Enables scalable nature-based solutions aligned with national missions such as MISHTI and the Blue Economy
• Delivers long-term coastal protection without recurring structural or maintenance costs
• Creates living assets that continue to generate value through carbon capture, fisheries support, and ecosystem services
• Ecological performance reduces long-term project and investment risk
