Intelligent, AI-powered geospatial workflows and dashboards tailored to your operational needs.
Our team of data scientists, engineers, and designers work at the intersection of technology and strategy, turning complex geospatial data challenges into simple, AI-powered solutions.
A comprehensive air-quality analytics application was developed for a Union Territory of India, to support proactive monitoring and management of urban air pollution. The solution integrates satellite-derived data with in-situ sensor feeds into a unified regional dashboard, enabling continuous tracking, spatial analysis, and data-driven decision-making for clean air initiatives.
A prominent Union Territory of India's Climate Cell was supported to build a GIS-driven spatial dashboard supporting the city’s ambitious clean air, carbon, water, and environmental targets under SAPCC (State Action Plan for Climate Change).
A large Municipal Corporation in India was supported to develop an AI enabled geospatial dashboard to pinpoint mosquito-breeding hotspots and strengthen citywide response to vector-borne disease risks throughout the year.
A Geospatial Command and Control application was developed for a State Govt. in India, to support pandemic management during the COVID-19 lockdown. The platform integrated multi-source data into real-time spatial analytics and dashboards, enabling continuous monitoring of disease spread, resource availability, and impact indicators to inform timely, data-driven decision-making.
A mobile healthcare application was developed for a clinic in the US, to support opioid addiction treatment in remote and underserved regions. The platform integrates patient data and analytics to optimize mobile clinic routes, monitor treatment outcomes, and enable data-driven interventions for improved healthcare delivery in border and rural communities.
GIS- and analytics-powered operational support was developed for a State Police dept. in India, to aid large-scale pandemic response and enforcement activities. The platform enabled spatial tracking, data integration, and real-time analytics to assist with lockdown management, population movement coordination, and resource deployment, helping frontline teams operate with speed, clarity, and scale.
A geospatial analytics solution was developed for a large State Govt Project in India, to study and preserve hill-side freshwater springs supporting local communities. The solution leveraged spatial data, mapping and hydrogeological analysis to identify critical water sources, assess risks, and recommend interventions for sustainable water resource management.
A data-driven application was developed for a large Indian waste management company to promote household segregation and composting of biodegradable kitchen waste. The tool uses analytics to guide users on the most suitable composting techniques based on their waste type, enabling informed, sustainable waste management practices at the community level.
A GIS-driven planning application was developed for a State Govt. in India, to support strategic decision-making for sports infrastructure development. The solution uses spatial data, analytics, and mapping to assess existing facilities, identify gaps, evaluate potential sites, and guide data-backed investments across multiple sporting disciplines.
A citizen-centric carbon foot-printing application was developed for a Union Territory of India to promote individual awareness and action toward carbon neutrality goals. The tool leverages data-driven analytics to quantify personal emissions, translate behaviors into measurable carbon impacts, and support broader climate mitigation efforts through actionable insights.
