Genesys is transforming India’s urban landscape with 3D digital twins and AI-driven geospatial intelligence, enabling smarter, data-driven infrastructure planning.
Interview with Mr. Sameer Sankhe, Chief Digital officer , Genesys International Corporation.
IT Voice- How is Genesys positioning itself in India’s expanding geospatial and infrastructure development market?
Sameer Sankhe : India is undergoing a historic urbanisation shift, with its urban population expected to grow significantly by 2050. Based on data from the United Nations, the urban population is projected to increase from about 547 million in 2025 to 847 million by 2050, suggesting an addition of around 300 million people to urban areas over this period. Such massive urbanization will overwhelm existing infrastructure systems while creating unprecedented challenges in housing, transportation, waste management, and environmental sustainability that traditional planning tools cannot address. Smart city initiatives will need more accurate data, predictive digital twins, to ensure inclusive development.
Genesys’ role in shaping urban planning and smart cities is foundational – we provide an essential digital infrastructure to address the key challenges related to the future of urban planning and smart cities. We create high-precision 3D digital twins of cities. These detailed replicas integrate comprehensive 3D modelling with panoramic street imagery to provide cities with engineering-grade geospatial data evolved beyond basic 3D visualization to achieve autonomous and predictive capabilities. Our autonomous twins leverage artificial intelligence for sophisticated data analytics and temporal change detection, automatically identifying urban developments, encroachments, and infrastructure changes without human intervention.
The predictive capabilities of the digital twins enable modelling where urban planners can run “what-if” scenarios—simulating how flooding might impact specific neighbourhoods, how a new flyover would affect traffic patterns, sustainable development, or how emergency evacuation routes would function during disasters. This technology delivers not just insights but actionable recommendations, allowing cities to anticipate challenges rather than merely react to them. As India undergoes unprecedented urbanization, Genesys is providing the advanced geospatial intelligence that will determine whether this growth creates liveable, efficient cities or exacerbates existing urban challenges.
Genesys stands at the intersection of advanced mapping and smart city development, providing the digital backbone that allows cities to function more efficiently, respond to challenges proactively, and improve quality of life for citizens. As India experiences unprecedented urban growth, our geospatial solutions are helping transform traditional cities into interconnected, resilient, and sustainable smart cities of the future.
But who are we? Genesys International is a premier advanced mapping company with over20 years of expertise in geospatial technology. With a team of highly trained professionals and a constellation of sensors having nationwide capability, we’re building the new India map stack that’s transforming urban landscapes across the country.
IT Voice- Can you elaborate on any government or smart city initiatives where Genesys is playing a crucial role?
Sameer Sankhe : Genesys International is a key enabler of the smart city revolution in India. Through its high-precision geospatial data solutions, the company provides cities with the tools they need to optimize urban planning, disaster management, and infrastructure management. By integrating real-time data, IoT sensors, and digital twin technology, Genesys is helping transform urban environments into more efficient, resilient, and sustainable cities.
For example, on July 24th, 2024, Pune experienced an intense rainfall in just 24 hours, transforming the city’s landscape into challenging waterways. Despite the best efforts of local authorities, the sheer intensity of this natural phenomenon exceeded the capacity of existing flood monitoring systems, dam water discharge protocols and emergency communication networks, highlighting opportunities for infrastructure enhancement that many cities across India are now prioritizing. To prevent history from repeating, we have helped build an integrated command and control centre to ensure Pune is better prepared for such challenges.
Genesys has pioneered the integration of 3D digital twins for Flood Management by leveraging advanced aerial surveillance and flood simulation technology. This digital twin enables real-time monitoring to manage such disasters for public safety. It also allows for simulations and predictive modelling, helping city officials assess infrastructure vulnerabilities and optimize the design of critical systems like roads, bridges, and drainage networks. This has helped Pune make data-driven decisions and improve overall urban governance.
In Mumbai, Genesys secured a deal from Brihanmumbai Municipal Corporation (BMC) to develop implement & upkeep high-accuracy 3D city models of Mumbai valued at ₹155 crore. This initiative is optimizing urban planning, helping Mumbai become a getting even better smart city.
Comprehensive digital mapping of the city will help accurate urban planning, development of basic amenities, prohibition and removal of encroachment, and disaster management.
Through its digital twin technology, Genesys International is at the forefront of transforming how cities plan, build, and manage their infrastructure
IT Voice- What are some of the biggest projects or contracts that Genesys International has recently secured?
Sameer Sankhe : In the past year, Genesys International has secured several major contracts that have significantly boosted its profile in the geospatial sector. One of the most significant contracts is with the Brihanmumbai Municipal Corporation (BMC), valued at INR 155 Crore, for developing a Digital Twin of Mumbai. This project involves creating a comprehensive 3D city model, which will play a crucial role in smart city initiatives, urban planning, and disaster management in Mumbai.
Another contract is for the redevelopment of Dharavi, where Genesys is deploying its state-of-the-art Digital Twin technology to transform the area into a more sustainable urban environment. Valued at INR 22 Crore, this project is a key part of Genesys’ efforts to reshape India’s urban landscape. Genesys is using its Digital Twin technology to revamp one of the world’s most densely populated urban settlements. Genesys took on this challenge by providing a 3D digital twin of Dharavi, enabling authorities to plan its redevelopment with unparalleled accuracy. The Dharavi redevelopment initiative is a landmark project, not only because of its scale but also due to its societal importance. It aims to uplift a significant portion of Mumbai’s population by transitioning them to better living conditions while maintaining their community bonds.
Additionally, Genesys secured a contract for the development of Varanasi’s 3D Digital Twin, which was launched by Prime Minister Narendra Modi. These contracts highlight the company’s growing role in digital infrastructure development and its ability to deliver high-impact, cutting-edge solutions across both urban and infrastructure sectors.
Even non-metro towns in India are willing to adopt Genesys’ 3D Digital twin technology. For Example, Hubballi-Dharwad has also adopted Genesys’ Digital Twin for Urban Planning. Part of the New India Map Stack, it showcases the power of high-precision digital twins which will create a 3D representation of Hubballi-Dharwad, modernizing property tax systems, urban planning, enhance governance and improve infrastructure management through precision mapping. Genesys’ proprietary technology will help identify unregistered properties, streamline taxation, and assist in driving revenue growth for urban development.
These major projects highlight Genesys’ commitment to driving innovation in geospatial technology and its role in shaping the future of urban development and smart city solutions in India
IT Voice- Have there been any breakthroughs in GIS-based solutions that are now seeing increased adoption across industries?
Sameer Sankhe : Genesys International has revolutionized India’s mapping landscape by creating the country’s first highly accurate 3D digital twin, capturing urban environments with unprecedented precision through our proprietary “Genesys Constellation” of sensors – a comprehensive collection system combining aerial platforms, vehicle-mounted LiDAR, backpack sensors, drones, and 360-degree cameras. This is one of the largest such collections in Asia. This breakthrough isn’t merely about data collection but encompasses innovative solutions for storing and processing petabytes of information, using advanced AI and machine learning algorithms to process the data, transforming billions of data points into the “New India Map Stack,” which includes 2D navigation, HD Mapping and complete 3D mesh modeling of entire cities. The impact of this technology is already evident across diverse projects from mapping ancient city of Varanasi to tackling the complex density of Dharavi, creating digital twins for major cities like Mumbai and Pune, with practical applications spanning urban flood prevention, infrastructure planning, property taxation, environmental monitoring, and advanced automotive integration – particularly for electric vehicles – representing not just a commercial opportunity but a vital piece of digital infrastructure for India’s future urban development.
Genesys International is actively contributing to breakthroughs in GIS-based solutions by leveraging its proprietary cutting-edge technology. For instance, Genesys uses AI and machine learning to enhance map precision by extracting high-definition map attributes from the wide and unique imagery (3D and panoramic street images) we own. We extract features such as street furniture data, traffic signals, street signs, light poles, manholes, tree cover, etc. – offering a more detailed and accurate understanding of urban environments. Furthermore, Genesys’ digital twin technology allows for the simulation of real-time conditions, aiding urban planning, disaster management, and safety protocols.
As the automotive sector undergoes technological upgrades, vehicles are set to have onboard sensors and cameras that will help with incremental map updates. This integration will involve real-time data collection through sensors and cameras, which will enable continuous updates to provide high-precision maps. These maps will be verified and updated in real-time, allowing vehicles to receive Over-the-Air (OTA) updates that improve navigation accuracy and safety, also further enhancing ADAS functionalities. This continuous updating ensures that the maps remain reliable, offering drivers and autonomous systems better decision-making capabilities.
The use of AI in Maps is another breakthrough technology we are introducing in GIS space. Incorporating conversational AI that can recognize complex natural language commands, including support for regional languages. This AI provides personalized suggestions for discovering new places, based on a robust, region-specific POI database trained with Natural Language Processing Models (NLP).
These innovations are helping industries make smarter, data-driven decisions, contributing to the creation of more sustainable, efficient, and safer urban environments, driving the future of geospatial technology.
IT Voice- What are some of the most significant milestones Genesys International has achieved in the past year?
Sameer Sankhe : In the past year, Genesys International has achieved several transformative milestones that showcase its leadership in the geospatial technology sector. A groundbreaking achievement was the extension of their proprietary “New India Map Stack” – an integrated digital mapping platform featuring unprecedented 3D modeling, 2D Map stack, automotive navigation maps, and comprehensive street-level imagery completed over 1.5 million linear kilometers.
The company significantly expanded its technological capabilities through major investments in their “Genesys Constellation of Sensors” – assembling India’s most advanced collection of aerial platforms, mobile LiDAR systems, backpack sensors, and specialized drones. This technological breakthrough enabled them to secure the prestigious Mumbai Digital Twin project with BMC (worth Rs. 155 crore), demonstrating real-world application of their innovations.
A pivotal product launch was India’s first AI-powered navigation map with ADAS capabilities (that are powered by High-Definition Maps), which represents a fundamental shift from traditional mapping to intelligent, predictive navigation. This system integrates real-time data processing, high-definition mapping, and advanced safety features specifically engineered for India’s unique driving conditions.
On the talent front, Genesys expanded its team at all level. At the senior managment levels the company has made key hires that now strenghens its leadership across the functions (product, tech, operations, sales, finance, HR etc.). We have pushed our foray in AI through experts in AI/ML for geospatial applications, 3D modeling specialists, and automotive navigation engineers.
These milestones in product development, technological innovation, and team building have cemented Genesys’ position as a pioneering force in geospatial technology, creating digital infrastructure that will transform urban planning, automotive navigation, and smart city initiatives across India and beyond.
IT Voice- Have there been any industry awards or recognitions that highlight the company’s leadership in the geospatial domain?
Sameer Sankhe : Sajid Malik, CMD of Genesys International Named Geospatial Business Leader of the Year 2023. The award was presented by Dr Kiran Kumar, Member of the Space Commission and former Chief of ISRO. The distinguished jury included Girish Kumar, Former Surveyor General of India; Lieutenant General Anil Bhatt, Director General Space Association of India; and Dr K. J. Ramesh, Former Director General of the India Meteorological Department. The jury recognized Genesys International’s contribution under the leadership of Sajid Malik for introducing state-of-the-art geospatial data and infrastructure in the country, particularly through the launch of the 3D digital twin map platform, one of the most advanced geospatial technologies globally.
IT Voice- How has Genesys contributed to India’s National Geospatial Policy and broader digital mapping initiatives?
Sameer Sankhe : India is undergoing a historic urbanization shift, with its urban population expected to grow significantly by 2050. Based on data from the United Nations, the urban population is projected to increase from about 547 million in 2025 to 847 million by 2050.
One of the ways the government is enabling the future growth is through key policy changes such as the National Geospatial Policy 2022, which aims to ensure India’s self-reliance in developing and using geospatial data that is crucial to build digital infrastructure to support such massive urbanization. Through the policy the government is liberalizing access to high-resolution data, this policy empowers Indian companies like Genesys International to lead the way in creating advanced mapping solutions, enhancing India’s position in the global geospatial industry. Genesys plays a significant role by providing high-precision 3D mapping and real-time geospatial data, helping cities become more efficient, sustainable, and prepared for the future.
Genesys’ role in shaping urban planning and smart cities is foundational – we provide an essential digital infrastructure to address the key challenges related to the future of urban planning and smart cities. We create high-precision 3D digital twins of cities. These detailed replicas integrate comprehensive 3D modelling with panoramic street imagery to provide cities with engineering-grade geospatial data evolved beyond basic 3D visualization to achieve autonomous and predictive capabilities.
The adoption of geospatial technology in India is accelerating, fuelled by forward-thinking government policies designed to enhance urban planning, infrastructure, and disaster management. The geospatial market in India is projected to grow at a compound annual growth rate (CAGR) of 16.5%, reaching ₹25,000 crore by 2025, reflecting the growing demand for high-precision geospatial data.
These policies collectively empower companies like Genesys to innovate and shape the future of India’s cities, driving the creation of smarter, more resilient urban spaces for future generations.
IT Voice- What is Genesys International’s roadmap for 2025, and which sectors will be the primary focus for growth?
Sameer Sankhe : With research showing that roughly 80% of business and governmental decisions involve location-based components, the strategic importance of precise geospatial data becomes clear. This insight catalysed our vision for the New India Map Stack – a comprehensive spatial framework designed to transform how both public and private sectors make location-influenced decisions.
We’ve built comprehensive 2D maps and 3D digital twin representations of cities, along with unique imagery such as panoramic street views. On top of this foundational data, we have been creating specialized tools that make geospatial information accessible for specific use cases. These applications range from flood management and ADAS systems for vehicle safety to RF planning for telecom networks, architectural visualization for real estate development, and optimized routing for e-commerce last-mile deliveries.
The future of geospatial technology will be deeply integrated into every aspect of urban development, infrastructure planning, and disaster management, with increasing emphasis on real-time data and predictive analytics. As cities grow more complex and face mounting challenges like climate change, rapid urbanization, and resource constraints, geospatial technology will become essential for sustainable development and creating resilient infrastructure. The continuing evolution of smart cities will require advanced technologies that enable more efficient operations, improved crisis response, and enhanced quality of life for residents.
Looking ahead, Genesys will continue driving innovation by integrating artificial intelligence and machine learning with predictive modelling to address complex urban challenges. Our work in flood modelling, transportation optimization, and environmental monitoring demonstrates how geospatial technology can be used not just for planning but also for real-time response to emerging threats. By providing actionable insights and predictive capabilities, Genesys is shaping the future of urban resilience, helping cities adapt to climate change and creating smarter, safer urban environments.
Genesys International envisions building a world-class tech stack in every facet of the geospatial domain, not just shaping the future of geospatial technology but leading the way in making cities more efficient, sustainable, and resilient for tomorrow’s challenges.
IT Voice- How do these collaborations align with the company’s vision for geospatial technology and digital infrastructure?
Sameer Sankhe : Genesys International has strategically cultivated partnerships with leading technology firms to enhance its geospatial capabilities while developing significant portions of its technology in-house. These collaborations directly support the company’s vision to pioneer advanced mapping solutions and build comprehensive digital infrastructure.
The foundation of Genesys’ offerings begins with our comprehensive 2D maps, 3D digital twin city representations, and unique panoramic street imagery. Building upon this foundation, the company has developed specialized applications for diverse use cases including flood management, ADAS vehicle safety systems, telecom network RF planning, architectural visualization for real estate, and optimized routing for last-mile deliveries. Several key partnerships have accelerated Genesys’ innovation capabilities.
Survey of India (SOI): This landmark collaboration aims to create Digital Twins of major Indian cities and towns by combining Genesys’ navigable maps with SOI’s Continuously Operating Reference Stations (CORS) network, which provides high-precision positioning data. The partnership supports urban planning, disaster management, and infrastructure development nationwide.
SatSure: This collaboration merges Genesys’ 3D mapping and LiDAR expertise with SatSure’s satellite-based remote sensing and AI capabilities. The alliance focuses on developing integrated solutions with standardized data formats and advanced analytics to improve operational efficiency across aviation, forestry, disaster management, and utilities sectors.
NNG: Partnering with this automotive navigation and connected car technology leader, Genesys became the first in India to launch AI-powered navigation and end-to-end connected mobility solutions specifically tailored for the Indian market.
Global Technology Partners: Collaborations with firms like ESRI and Bentley allow Genesys to integrate advanced technologies into its products and deliver high-precision infrastructure planning solutions that make designing and maintaining urban infrastructure more efficient using accurate geospatial data.
Through these strategic alliances, Genesys International continues to drive innovation in smart city development, disaster management, and advanced automotive solutions, cementing its position as a leader in the geospatial industry. These partnerships enable the company to offer comprehensive, end-to-end solutions from data collection to complex urban planning systems.
IT Voice – How is Genesys International’s New India Map Stack project transforming urban planning and infrastructure in India?
Sameer Sankhe : Currently, 65% of India’s urban settlements are in various stages of planning and development. This technology is designed to address planning requirements of urban bodies by providing them the tools to manage urban growth more efficiently.
The New India Map Stack is transforming urban planning and infrastructure management in India by offering high-precision geospatial data and advanced digital twin solutions. The Map Stack integrates 3D city models, real-time data, and predictive analytics, enabling urban planners and municipal bodies to plan for future development, optimize infrastructure, and make data-driven decisions to improve resource distribution and urban sustainability.
In Mumbai, Genesys worked with the Brihanmumbai Municipal Corporation (BMC) on a ₹155 crore project to develop high-accuracy 3D city models. This initiative is optimizing urban planning. The real-time geospatial data provided by Genesys supports enabling city planners to enable better administration, planned infrastructure development, removal of unauthorised construction and help in disaster management.
Even non-metro towns in India are willing to adopt Genesys’ 3D Digital twin technology. For Example, Hubballi-Dharwad has also adopted Genesys’ Digital Twin for Urban Planning. Part of the New India Map Stack, it showcases the power of high-precision digital twins which will create a 3D representation of Hubballi-Dharwad, modernizing property tax systems, urban planning, enhance governance and improve infrastructure management through precision mapping. Genesys’ proprietary technology will help identify unregistered properties, streamline taxation, and assist in driving revenue growth for urban development.
This level of precision ensures that urban planners can make informed decisions when placing infrastructure such as roads, bridges, sanitation and public services, ensuring that they are efficiently designed and strategically placed. By centralizing real-time geospatial data and integrating it into the New India Map Stack, Genesys helps break down silos between urban departments, enabling collaboration and more efficient decision-making.
IT Voice – What inspired Genesys International to develop the New India Map Stack, and what are its key features?
Sameer Sankhe : India has experienced transformative digital changes with initiatives like Aadhaar and UPI, which have significantly boosted efficiency in business and services. India requires such transformation across various fields. For instance, a research, emphasizes that 80% of business decisions involve spatial data, highlighting the critical role of accurate maps across industries. Inspired by this insight, Genesys has set a vision to develop the New India Map Stack, designed to go beyond simple 2D maps by offering highly accurate 3D digital twin of cities. We provide various other unique imageries such as panoramic street imagery, orthophotos, Digital Surface Models, Digital Elevation Models, and many more.
Genesys recognized the urgent need for an advanced geospatial platform capable of delivering significant efficiency gains across both government and private sectors. Developed entirely within India, this platform aligns seamlessly with the Atmanirbhar Bharat and Make in India initiatives, both of which aim to bolster domestic capabilities and promote self-reliance. With rapid urban expansion, there exists a clear opportunity to provide solutions that support smarter urban planning and the development of sustainable smart cities.
The New India Map Stack has several key features, including highly accurate 3D digital models. This allows for clear and detailed maps that help with city planning, managing traffic, and responding to disasters. It combines 2D maps, street view images, and 3D models, making it easier to understand and plan for a city’s infrastructure. The stack also uses real-time data from sensors, helping cities make smarter decisions about resources and future growth.
Genesys 3D Digital Twin offers a range of proprietary tools tailored for diverse industry applications, including:
- Telecom Site Analysis – Assessing optimal locations for infrastructure and network planning.
- Environmental Assessment – Evaluating spatial factors for energy and sustainability projects.
- Urban Spatial Measurement – Enabling accurate evaluation and planning of geographic areas.
- Infrastructure Planning – Supporting strategic development and placement of key assets.
- IoT Integration – Enhancing digital twin capabilities with real-time sensor data.
- Smart City Features Integration – Leveraging live video feeds for enhanced monitoring and analysis.
With this technology, Genesys is helping create a smarter and more sustainable future for India’s cities, providing essential tools for better planning, development, and long-term maintenance of urban areas.
IT Voice- How does Genesys International’s technology benefit disaster management?
Sameer Sankhe : Disasters, both natural and man-made, present significant threats to urban areas, and with India’s rapid urbanization, cities are becoming more vulnerable to such risks. In fact, 85% of Indian land is prone to at least one type of natural hazard, including 68% susceptible to droughts, 57% to earthquakes, and 12% to floods. Keeping this in mind, the real-time high-precision data is crucial for managing and mitigating these risks effectively. Genesys International’s technology is at the forefront of providing these capabilities.
In Pune, after the intense rainfall on July 24, 2024, in just 24 hours, the city faced severe flooding. Despite the local authorities’ best efforts, existing flood monitoring systems were overwhelmed, underscoring the need for enhanced infrastructure. Genesys’ 3D modeling and real-time data integration can support future infrastructure improvements to address these gaps.
Additionally, Genesys’ Constellation of Sensors was instrumental in aiding disaster management efforts in Joshimath, where land subsidence caused significant damage. Using LiDAR technology and advanced surveying, Genesys created detailed models that helped authorities understand the scope of damage and prioritize recovery efforts.
By providing pre-disaster preparedness and post-disaster recovery solutions, Genesys’ technology allows cities to make informed decisions, reduce response time, and increase resilience, ensuring better management of future disaster risks.
IT Voice- What industries benefit from the digital twin platform beyond urban planning?
Sameer Sankhe : Genesys International’s digital twin platform extends its benefits far beyond urban planning, making a significant impact across various industries. Key sectors benefiting from this technology include utilities, automobile, location intelligence, and real estate.
In utilities, the platform enables efficient management of infrastructure like water, electricity, and gas. By creating 3D models of infrastructure, companies can optimize asset placement, detect issues such as leaks or faults, and plan for future expansions. For example, the platform improves fiber optic planning and telecom tower placement, reducing unnecessary costs and ensuring better service delivery.
The automotive sector is increasingly reliant on engineer-grade maps for Autonomous Driving Systems (ADAS). Genesys’ technology provides high-accuracy, real-time 3D data that is critical for the functioning of smart cars that includes functions such as Advanced Driver Assistance Systems (ADAS), Intelligent Speed Assistance (ISA), and Electric Vehicle (EV) Range Calculations. These vehicles require precise elevation models and detailed road networks, lane level information and high-definition maps to navigate safely and optimize driving performance, making Genesys a key enabler in the development of autonomous vehicles.
In location intelligence, the platform supports industries like e-commerce, banking, insurance, and supply chain by offering highly accurate geospatial data. For instance, retailers can optimize store placements and distribution networks, while insurance companies use the data for risk assessment and policy pricing. Industries such as real estate developers benefit from 3D city models for site analysis, property development, and asset management. With detailed, location-based data, developers can assess a property’s value, analyze environmental factors, and plan projects with greater precision.
Genesys’ digital twin technology is revolutionizing industries by enabling data-driven decisions, improving efficiency, and optimizing resource management across various sectors, from urban infrastructure to automotive innovations and location intelligence.
IT Voice- How does Genesys International contribute to environmental monitoring in cities?
Sameer Sankhe : Genesys International plays a crucial role in environmental monitoring in cities by utilizing its advanced geospatial technology and digital twin platform.
A key contribution of Genesys is in environmental mapping, providing cities with highly detailed geospatial data that supports better management of air quality, water bodies, and green spaces. Through its digital twin technology, Genesys helps cities monitor pollution hotspots, track carbon emissions, and analyze the environmental impact of urban expansion. This precise data allows urban planners to create environmentally sustainable cities by optimizing the use of resources, reducing carbon footprints, and integrating green infrastructure into urban design. Genesys provides detailed LiDAR data to map urban forests, allowing cities to analyse tree structures and quantify carbon storage. By tracking carbon emissions, Genesys enables urban planners to assess the environmental impact of urban expansion and implement sustainable development strategies. The platform helps evaluate energy efficiency of Buildings in Urban areas and carbon footprints, aiding in the transition to greener urban infrastructure.
Genesys excels in flood modelling using LiDAR and 3D mapping to simulate flood risks, optimize stormwater management, and enhance disaster preparedness. It also conducts water quality assessments and bathymetric studies to support water conservation efforts.
In waste management, Genesys improves solid waste collection and disposal efficiency by mapping routes and integrating real-time monitoring, promoting recycling and hazardous waste identification.
The company aids renewable energy planning through shadow analysis and solar capacity mapping, optimizing solar panel placement and supporting sustainability efforts.
Additionally, Genesys provides geospatial insights into forests, ecosystems, and climate trends, contributing to biodiversity conservation and climate change mitigation. It also supports disaster risk assessment, enhancing urban resilience against environmental hazards.
IT Voice- What real-world impact has Genesys International’s technology already had?
Sameer Sankhe : Genesys International’s technology has already had a profound real-world impact on society and nation. Here’s an example of the impact on complex and densely populated areas like Dharavi, Mumbai. This area, one of the most densely populated urban settlement globally, poses significant challenges due to its intricate urban environment. Genesys took on this challenge by providing a 3D digital twin of Dharavi, enabling authorities to plan its redevelopment with unparalleled accuracy.
The Dharavi redevelopment initiative is a landmark project, not only because of its scale but also due to its societal importance. It aims to uplift a significant portion of Mumbai’s population by transitioning them to better living conditions while maintaining their community bonds. Genesys’ technology plays a crucial role in this transformation by accurately capturing the current state of the area through advanced tools like mobile LiDAR systems and backpack-mounted sensors to map even the most confined spaces.
This initiative is watched closely around the world as it sets a precedent for other urban redevelopment projects in regions with similar challenges. The Dharavi digital twin is helping team leading redevelopment efforts make informed decisions on infrastructure planning, housing allocation, and disaster management, thus ensuring the project’s success and paving the way for future urban renewal projects globally.
Through this project, Genesys is not only improving the lives of Dharavi’s residents but also demonstrating how technology can be leveraged to address the world’s most complex urban challenges. This is a prime example of how geospatial technology can transform a city and improve the quality of life for its residents.
IT Voice- How does Genesys International plan to reduce fatalities on highways and railways?
Sameer Sankhe : “According to Union Minister of Road Transport and Highways Nitin Gadkari, “Every year, 4.6 lakh accidents occur, leading to the deaths of 1.68 lakh people. We are losing an estimated 3% of India’s GDP because of this. Even when fighting extremist organisations, the death toll is much lower. Even in wars we have fought, the death toll has been much lower.”This alarming statistic underscores the critical need for improved safety on India’s highways and railways. Genesys International plans to address this by utilizing advanced geospatial technology and its 3D digital twin platform to enhance safety measures, infrastructure planning, and real-time monitoring.
To address this, Genesys International is leveraging its advanced geospatial technology and 3D digital twin platform to improve safety measures on highways and railways. By providing high-precision mapping of high-risk stretches like the Mumbai-Pune expressway and Delhi-Jaipur highway, Genesys enables advanced safety systems that predict and prevent accidents. These systems allow vehicles to adjust their behavior by anticipating road conditions beyond the driver’s visual range, thus reducing accidents and improving safety.
Through digital twin technology, Genesys captures accurate road conditions, all types of road signs, other road attributes such as the curvature, gradient etc. These features go in to what we call as High-Definition Maps. This helps authorities take proactive measures in accident-prone areas, this helps automobile OEMs with ADAS. The high-precision mapping of infrastructure such as signage, barriers, and lighting ensures that safety features are strategically placed to reduce risks. Furthermore, Genesys’ Invisible Lane Marking technology and the No Network Canyons feature ensure reliable data in regions with poor connectivity or challenging weather conditions, improving safety even in the most difficult environments.
In the railway sector, Genesys enhances safety by providing high-precision mapping for critical infrastructure, such as the Mumbai’s Suburban railway network, where 3,000 fatalities occur annually. By simulating track conditions and optimizing signal systems, Genesys helps improve emergency response times and safety measures, significantly reducing fatalities.
Through these innovative solutions, Genesys International is playing a key role in reducing fatalities and improving safety on both highways and railways across India.
IT Voice- How is emerging technology shaping the future of geospatial solutions, and how is Genesys International leveraging these advancements to stay ahead in the industry?
Sameer Sankhe : Emerging technologies like Artificial Intelligence (AI), Machine Learning (ML), and the Internet of Things (IoT) are transforming the geospatial industry. These innovations enable real-time data collection, advanced analytics, and predictive modelling, all of which enhance urban planning, disaster management, and infrastructure development. As cities become smarter, the demand for more precise and actionable geospatial data continues to grow. Genesys is at the forefront of leveraging these advancements.
One of Genesys’ key capabilities is the collection of 360-degree street imagery. This also helps in extracting secondary data points. For example, our proprietary AI/ML algorithm extracts storefront data to enrich our POI database. It captures street furniture, road signs and other attributes that otherwise are very costly to capture. The same algorithm is also used to extract street furniture data, such as street poles, light poles, trees, traffic signals, and street signs.
Additionally, Genesys’ connected mobility suite includes conversational AI that recognizes complex natural language commands as search queries, including support for regional languages. This AI can provide users with personalized suggestions to discover new places they may or may not be aware of. This is made possible by Genesys’ extensively trained India-specific POI database, optimized with Natural Language Processing (NLP) algorithms.
In India, ADAS (Advanced Driver Assistance Systems) is expected to evolve significantly. Indian manufacturers and technology companies are likely to collaborate to develop and manufacture ADAS components locally, which could potentially reduce costs.
These ADAS components will rely on real-time environmental data collection via onboard sensors and cameras. These sensors will facilitate the continuous updating of near-real-time SD and HD maps. Only verified updates will be integrated into live maps and transmitted to vehicles via OTA (Over-the-Air) updates, enhancing real-time navigation while maintaining data quality. Genesys’ maps, created with highly precise, far surpass industry standards by integrating AI and ADAS features.
With these innovations, Genesys is not only keeping pace with technological advancements but also leading the charge in shaping the future of geospatial solutions—empowering cities and industries to make smarter, more sustainable decisions.
