Location: Chiang Mai, Thailand
Client Type: Public Sector Organisation
We analysed vegetation density, climate data, topography, and historical fire patterns to develop a comprehensive wildfire risk model. By identifying high-risk zones and seasonal patterns, the project enabled targeted prevention strategies, improved resource allocation, and more effective long-term forest management planning.
Location: Mekong Delta, Vietnam
Client Type: Government
We mapped existing mangrove coverage and analysed tidal flows, sediment transport, and coastal erosion patterns. The work identified priority restoration zones and provided a spatial framework for long-term monitoring, helping to strengthen coastal resilience and support sustainable ecosystem recovery.
Location: Rajasthan, India
Client Type: Private Sector Company
We assessed solar radiation levels, land suitability, proximity to grid infrastructure, and environmental constraints to identify optimal development sites. The analysis supported investment decisions by maximising energy output potential while reducing development risk and operational costs.
Location: Punjab, India
Client Type: Government
We analysed groundwater availability, rainfall distribution, irrigation networks, and crop water requirements to support more efficient resource allocation. The project enabled improved irrigation planning, reduced water stress, and enhanced long-term agricultural productivity.
Location: Sumatra, Indonesia
Client Type: Public Sector Organisation
We integrated satellite imagery, land cover data, and wildlife movement patterns to identify critical habitats and areas under threat from human activity. The results supported targeted conservation measures and informed policy decisions aimed at protecting biodiversity.
Location: Malaysia
Client Type: Private Sector Company
We conducted a detailed analysis of slope stability, rainfall intensity, soil composition, and land cover to identify areas at risk of landslides. The findings informed infrastructure design and construction planning, reducing risk and improving long-term resilience.
Location: Doha, Qatar
Client Type: Government
We integrated traffic data, population distribution, urban layouts, and sensor inputs to support the development of efficient and connected urban systems. The work helped optimise infrastructure placement, improve traffic flow, and support sustainable city growth.
Location: Dubai, United Arab Emirates
Client Type: Government
We analysed land surface temperatures, building materials, and urban density to identify areas affected by heat concentration. The project provided recommendations for urban design improvements, including green spaces and material changes, to reduce heat impact.
Location: Jakarta, Indonesia
Client Type: Government
We combined elevation models, tidal data, rainfall patterns, and climate projections to identify flood-prone zones. The analysis supported infrastructure planning and adaptation strategies aimed at reducing flood risk and improving urban resilience.
Location: Oman
Client Type: Private Sector Company
We evaluated terrain, environmental constraints, population distribution, and operational requirements to determine optimal pipeline routes. The outcome reduced construction costs, minimised environmental impact, and improved long-term operational efficiency.
Location: Japan
Client Type: Government
We analysed elevation data, population density, infrastructure, and evacuation routes to develop effective response strategies. The project improved evacuation planning, identified safe zones, and enhanced overall disaster preparedness.
Location: Kathmandu, Nepal
Client Type: Government
We assessed seismic hazard data, building vulnerability, and population distribution to identify high-risk areas. The findings supported improved building codes, emergency planning, and long-term resilience strategies.
Location: South China Sea
Client Type: Government
We modelled ocean currents, wind patterns, and shoreline sensitivity to simulate spill scenarios and response strategies. The work identified priority areas for containment and improved coordination during emergency response operations.
Location: Japan
Client Type: Private Sector Company
We analysed fault lines, seismic history, and ground motion models to assess earthquake risk. The results informed engineering design and safety measures, ensuring compliance with strict regulatory standards.
Location: Kathmandu, Nepal
Client Type: Public Sector Organisation
We integrated infrastructure data, seismic risk models, and population density to identify vulnerable zones. The analysis supported targeted interventions and improved urban resilience planning.
Location: India
Client Type: Private Sector Company
We analysed market demand, geographic constraints, infrastructure capacity, and regulatory factors to design an optimised expansion strategy. The outcome improved network coverage and supported efficient long-term growth.
Location: United Arab Emirates
Client Type: Private Sector Company
We developed an integrated system combining inspection records, maintenance data, and spatial analysis to monitor asset condition. This enabled proactive maintenance planning, reduced downtime, and improved operational performance.
Location: Southeast Asia
Client Type: Private Sector Company
We assessed population density, terrain, signal coverage, and existing infrastructure to optimise network expansion. The project improved service coverage, reduced costs, and supported strategic growth planning.
Location: Middle East
Client Type: Private Sector Company
We analysed demographic data, accessibility, competitor locations, and consumer behaviour to identify high-potential retail sites. The insights supported expansion strategy and improved return on investment.
Location: Singapore
Client Type: Private Sector Company
We evaluated land use, infrastructure access, environmental constraints, and market conditions to support site selection. The analysis informed investment decisions and reduced development risk.
Location: Ghana, West Africa
Client Type: Private Sector Company
We analysed soil quality, rainfall patterns, temperature ranges, and topography to identify optimal areas for cocoa cultivation and expansion. By integrating satellite imagery with historical yield data, we supported plantation planning, improved crop productivity, and enabled more efficient land use while reducing environmental impact.
Location: Colombia, South America
Client Type: Public Sector Organisation
We mapped coffee-growing regions and assessed elevation, temperature variability, rainfall patterns, and long-term climate trends. The analysis identified areas vulnerable to climate change and supported adaptive strategies to maintain yield stability and protect farmer livelihoods.
Location: Brazil, South America
Client Type: Government
We used satellite imagery and land cover data to monitor deforestation patterns and assess changes in land use over time. The project identified high-risk zones of illegal clearing, supported enforcement strategies, and informed policy decisions aimed at protecting forest ecosystems while balancing economic activity.