We map flood, GLOF, landslide and drought risk, set up early warning with alerts and dashboards, and turn the findings into adaptation plans for districts and infrastructure. You get more warning before an event and a clearer plan for the years ahead.
Imagery: Sentinel-2 cloudless 2023 by EOX IT Services, modified Copernicus Sentinel data (CC BY 4.0). Terrain: SRTM via AWS Terrain Tiles. Roads and buildings: © OpenStreetMap contributors (ODbL).
3
multi-hazard risk assessments, from district to site scale
1,045km²
of August 2025 flooding mapped from Sentinel-1 radar
1.5MW
hydropower facility assessed for flood, slope and seismic risk
30+
projects delivered across climate, GIS, AI and ESG
Risk assessment tells you where and what. Early warning tells you when. Adaptation planning decides what to change. We deliver all three, or fill the gap in what you already have.
Hazard, exposure and vulnerability mapped together, so you see which villages, roads and assets face the highest combined risk.
River, flash and glacial lake outburst flood hazards mapped from terrain, rainfall and imagery, with the settlements and bridges in their path.
Susceptibility maps built from slope, geology, land cover and rainfall, pointing to the road sections and slopes that need attention first.
SPI and SPEI indices tracked in near real time over several timescales, plus an outlook for water and farm planners.
Live monitoring of rainfall, river levels and hazard signals, with thresholds that trigger alerts and a shared dashboard for responders.
Risk findings turned into a ranked list of measures for districts and infrastructure owners, from siting rules to protection works.
On the left, a satellite view of Islamabad and Rawal Lake. On the right, low lying ground close to water, the first places to check when heavy rain arrives.
Drag the handle to compare. Real risk work adds rainfall, river flow and local records to layers like this one. This example is illustrative.
Imagery: Sentinel-2 cloudless 2023 by EOX IT Services, modified Copernicus Sentinel data (CC BY 4.0). Terrain: SRTM via AWS Terrain Tiles. Roads and buildings: © OpenStreetMap contributors (ODbL).
Our risk work centers on places where hazards overlap: mountain valleys, river plains and exposed districts, plus the infrastructure built in them.
Hazard maps and live hazard information for district officials, as in the Astore MHVRA portal, which earned a certificate of appreciation from the Deputy Commissioner.
Risk prone zones, communities and assets mapped for disaster managers, as in our assessment of District Nushki in Balochistan for NDMA.
Flood, slope instability, seismic and climate hazards mapped around one facility, the scope of our Budalas hydropower study for PWD Gilgit.
CHIRPS rainfall and Sentinel-1 radar show where monsoon floods hit and how rain built up beforehand, as in our August 2025 Sialkot and Narowal study.
Risk work fails when it ends as a report on a shelf. Our five steps end with people trained to act on alerts and plans.
We list the hazards, the assets and people at stake, and who must act on a warning.
Hazard list and study area
Hazard, exposure and vulnerability analysis using satellite data, past events, field checks and local records.
Risk maps and priority zones
We set warning thresholds from past events and connect forecasts, gauges and rainfall feeds.
Agreed alert levels
Alerts and live views go to the people named in step one, by role.
Working warning dashboard
We turn the findings into an adaptation plan and train staff to act on alerts.
Adaptation plan and training
Tell us the area, the hazards and who needs to act. We will propose an assessment, a warning setup or both.
