Innovative Earth Retention Solutions

Innovation | Integrity | Excellence | Sustainability

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Indian Patent No: 575595

HYBRID

TECHNOLOGY

A solution with safety beyond standards

Indian Patent No: 210506

GRAVILOFT

TECHNOLOGY

An eco-solution for retaining walls

Indian Patent No: 600147

HIGHZENITH

TECHNOLOGY

A solution for extraordinary heights

ADVANCED CONROLLED YIELDING TECHNIQUE

An engineered approach that allows the retaining system to undergo controlled, predetermined deformation rather than resisting every ground movement through rigidity alone. By intelligently accommodating and redistributing stresses, the system progressively mobilises its structural and soil interaction mechanisms while avoiding undesirable stress concentrations.

Building on the principles of controlled yielding, we have engineered a structural geometry that enables controlled deformation and favourable soil–structure interaction, thereby reducing the lateral earth pressures acting on the retaining system. The concept extends beyond design theory, a purpose-developed construction methodology ensures that the intended structural behaviour is correctly translated and achieved on site. Together, the design and construction methodologies transform the underlying theory into a practical, constructible and repeatable engineering solution.

Our innovative

PATENTED TECHNOLOGIES

are developed with execution at the core, bridging innovative design with real-world constructability

Approved by...

National Highway Authority of India (NHAI)
Border Roads Organisation (BRO)
Maharashtra Public Welfare Dept. (PWD)
Maharashtra State Road Development Corp. (MSRDC)
Maharashtra State Infrastructure Development Corp. (MSIDC)
Maharashtra Industrial Development Corp. (MIDC)
Maharashtra Housing & Area Development Authority (MHADA)

Verified by...

Indian Institute of Technology Bombay (IITB)
Indian Institute of Technology Indore (IITI)

How do we compare to conventional solutions

SAVINGS

Compared with conventional retaining solutions, Graviloft is engineered to deliver measurable efficiencies across the project lifecycle, saving over 25% in project cost, 50% in structural footprint, up to 70% in construction time and nearly 50% in associated earthwork. Its compact foundation geometry enables construction close to plot boundaries, maximising usable land while substantially reducing excavation and backfilling.

A streamlined construction methodology, supported by trained execution teams, enables rapid and systematic construction even under demanding project schedules. Comparative assessments against standard NHAI-approved RCC retaining structures have also indicated up to 55% reduction in CO₂e emissions, demonstrating that structural efficiency can translate directly into economic, spatial and environmental benefits.