Signature Global (India) Ltd., one of India’s leading real estate developers, announced its strong debut in the Global Real Estate Sustainability Benchmark (GRESB) 2025, securing an overall score of 84. The result places the company among the top 15% of first-time participants worldwide. This underscores its alignment with global ESG standards and long-term commitment to sustainable development.
GRESB is the global ESG benchmark for real estate and infrastructure assets, assessing participants in leadership, policy implementation, performance indicators, and risk management. It serves as a data partner for over 170 institutional investors representing more than US $8 trillion in AUM.
Commenting on the achievement, Pradeep Aggarwal, Founder & Chairman, Signature Global (India) Ltd., said, “It gives us immense pride to debut strongly in GRESB and be recognized for our unwavering commitment to sustainability and responsible growth. Our ESG vision is anchored in creating long-term stakeholder value through efficiency, transparency, and innovation — ensuring that every Signature Global project contributes to a more resilient and inclusive future.”
In its first GRESB submission, Signature Global achieved a perfect 100 in Leadership & Governance, reflecting strong ESG oversight, transparent reporting systems, and performance-linked sustainability objectives. The company has also established comprehensive Environmental and Social policies addressing climate resilience, construction waste, community engagement, and supply chain ethics.
Anchored in the Global Reporting Initiative (GRI) Standards, Signature Global’s ESG reporting ensures transparency and comparability, while aligning with SEBI-mandated BRSR framework. The company is integrating tools for lifecycle carbon accounting, water intensity tracking, and circular construction practices.
Sustainability considerations are embedded in the company’s design, materials, and contractor practices, resulting in energy intensity reductions of up to 25%, optimized water reuse systems, and on-site waste segregation and composting models in residential projects.
