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Giant Leap in Green Construction

Concrete production is one of the most carbon-intensive industries, contributing nearly 8% of global CO₂ emissions.
In India, nearly 60% of concrete is used in rural individual housing, where SCMs like fly ash and slag are rarely adopted and carbon impacts are not monitored.
This results in higher production costs and makes it challenging for the construction sector to meet the ESG requirements set by the government.

Did You Know?

What we do

We combine an AI-driven digital platform “Deep-Crete Ai” that predicts the optimal concrete mix for desired strength, cost efficiency, and carbon footprint, and
Carbon based nano-engineered SCM additive “G-Build” that reduces Ordinary Portland Cement (OPC) demand without compromising mechanical or durability performance in concrete.
Together, these create a closed-loop optimization and validation system that improves performance and minimizes embodied carbon in construction.

How we do

Balancing Multiple Objectives: Optimizes strength, cost, and carbon footprint to suggest the best green score.
Intelligent Mix Optimization for Target Strength: Deep-Crete AI efficiently searches for the best concrete mix combinations.
Real-Time Decision Support: Helps engineers fine-tune the mix in real time to meet targets such as 28-day strength.
Reduce Experimental Costs: Minimizes trial-and-error in laboratory mix design, reducing time, material, and labor costs.
G-Build Additive: Minimizes OPC usage and carbon footprint upto 30% without compromising the Compressive strength.

Reduce Carbon Footprint

Predict Concrete Strength and Mix design

Reduce Material Cost

Nano Engineered SCM Reduces OPC Usage

Why choose us

First company to integrate AI based mix-design optimization platform and carbon footprint mapping with Additive material for cement reduction.
Helping Engineers and concrete producers to design the perfect balance between "Strength, Cost and Carbon Footprint".
Operating in Rural and tire-2, tire-3 towns of India.