Genesys leads address tech innovation with 2D, 3D and DIGIPIN integration for DPI

At the core of this innovation is Genesys’ AI-driven 3D Digital Twin platform, a scalable, interoperable system that enables secure, role-based access to verified geo-coded addresses for creation, validation, and integration across stakeholders

Genesys International Corporation, a pioneer in India’s geospatial technology sector, has integrated DIGIPIN, the country’s standardized digital address layer, into its expansive 2D and 3D mapping platforms. This move strengthens Genesys’ role in shaping India’s Digital Public Infrastructure (DPI) for verified, geocoded addresses.

Covering over 400 million building footprints, 8.3 million kilometers of road networks, and more than 19,000 PIN-code zones, the Genesys platform transforms traditional location data into a dynamic, interoperable address system. Developed in line with the Department of Posts’ DHRUVA (Digital Hub for Reference & Unique Virtual Address) initiative, the platform enables real-time digital address generation, lookup, and visual verification—paving the way for more accurate, scalable, and citizen-centric location intelligence across the country.

“We’re building a bridge between mapped locations and real-world service delivery,” said Sajid Malik, Chairman, Genesys. “Our platform ensures that every verified address can support smarter cities, faster logistics, and more transparent governance.”

With DIGIPIN now live on its national 2D maps and 3D Digital Twin pilots active in key cities, Genesys International is powering the address intelligence layer of India’s Digital Public Infrastructure (DPI)—complementing Aadhaar for identity and UPI for payments.

Transforming addresses into spatial intelligence

Genesys goes beyond conventional mapping by embedding DIGIPIN into immersive 3D Digital Twins of urban environments. These advanced spatial models link verified address data to infrastructure systems, urban planning tools, and emergency response frameworks—converting static locations into dynamic, actionable spatial intelligence. This enables a deeper level of insight and decision-making than traditional 2D maps can offer.

At the core of this innovation lies Genesys’ AI-driven 3D Digital Twin platform—a scalable, interoperable architecture that connects stakeholders to verified address data with precision and security. The platform offers seamless, role-based access for Address Information Providers (AIPs), Address Information Agents (AIAs), and Address Information Users (AIUs), enabling creation, validation, and integration of geo-coded addresses across systems.

Built in alignment with the DIGIPIN/DHRUVA ecosystem, the platform supports key use cases such as digital address creation and management, legacy address integration, consent-based data sharing, service discovery, and cross-platform interoperability. Features like visual validation, geofencing, and suffix-based digital address IDs (e.g., storename@digipin) make address usage intuitive, verifiable, and integration-ready across government and consumer platforms.

Genesys continues to collaborate with ministries, Smart Cities, urban local bodies (ULBs), and digital service providers to scale India’s verified address infrastructure—bridging every location with opportunity, governance, and inclusion.