Spatial Intelligence for Financial Services From climate risk modeling to realtime hazard response, Wherobots empowers financial institutions to process billions of transactions, assets, and geospatial data points at unprecedented speed and completeness. REQUEST A DEMO Organizations Accelerating Outcomes with Wherobots and Apache Sedona Why wherobots for Financial Services Institutions Lorem ipsum dolor sit amet consectetur. Facilisis auctor sodales nunc lectus sed. Ut sed. Incomplete climate risk assessment Limited alternative data insights Slow assessments Fragmented portfolio intelligence Inadequate retail location optimization Incomplete climate risk assessment Industry Problem Incomplete climate risk assessments Portfolio concentration risk is invisible when traditional systems can’t process spatial correlations across millions of properties and multiple perils simultaneously Wherobots solution Comprehensive risk modeling Process petabytes of satellite imagery, climate data, and asset locations to generate granular, asset-level climate risk scores for wildfires, floods, and other hazards across entire portfolios 30 000+ Assets assessed Limited alternative data insights Industry Problem Limited alternative data insights Hedge funds and investment firms cannot efficiently process massive satellite imagery, shipping data, and foot traffic datasets to generate alpha-generating signals, missing opportunities to predict earnings before public disclosure Wherobots solution Scalable alpha generation Analyze petabytes of satellite imagery and geospatial alternative data extracting investment signals at planetary scale. E.g. retail parking lot traffic, agricultural crop health, or oil storage tank levels 100% Data coverage Slow assessments Industry Problem Slow assessments Post-catastrophe response is too slow, taking days to assess exposure across affected areas while policyholders wait and losses mount Wherobots solution Rapid asset intelligence Accelerate catastrophe response to hours with distributed processing that analyzes millions of affected properties against event footprints in near real-time. 95% Time saved Fragmented portfolio intelligence Industry Problem Fragmented portfolio intelligence Investment managers lack the ability to spatially analyze how thousands of holdings are exposed to location-based risks such as natural disasters or socioeconomic factors. Limiting their ability to reduce risk in portfolios. Wherobots solution Unified spatial analytics Integrate diverse geospatial datasets with portfolio holdings data to visualize and quantify location-based exposures, enabling data-driven rebalancing decisions and scenario analysis at scale. Thousands Of holdings analyzed Inadequate retail location optimization Industry Problem Inadequate branch optimization Retail banks cannot efficiently analyze demographic shifts, competitor locations, and customer mobility patterns across thousands of locations, resulting in suboptimal retail location placement and resource allocation. Wherobots solution Strategic location intelligence Process massive demographic, foot traffic, and transaction datasets to optimize branch networks, identify underserved markets, and forecast performance based on location-specific factors. Millions Of locations analyzed “Getting data, algorithms, and compute in one place with Spark/Sedona notebooks is a huge boost. Powerful like Earth Engine, but with the control developers need to get jobs done.” John Powell Sr. Geospatial Data Engineer, Addresscloud Unlock deeper financial services impact Schedule a demo to see how leading financial institutions process billions of location records and work with raster and vector data in the same platform. Request Demo Explore Resources Use cases, examples, and reproducible notebooks for financial services & insurance teams. Customer Story: Aarden.ai How Aarden.ai accelerated landholding analysis 300X Learn more Raster data joins at scale Compare Wherobots with google Earth Engine and Big Query for raster operations, joins at scale, and running EO models. Learn more Bridging AI and the Physical World Webinar: Introducing RasterFlow for Planetary Scale Earth Intelligence RasterFlow Webinar FAQ How to financial data teams use Wherobots? Wherobots allows financial institutions and insurance teams to run large spatial joins and raster math against portfolios without legacy GIS bottlenecks. Insurers and portfolio managers often use the platform to price at the address level, determine CAT risk and impact, validate claims, and monitor accumulations. We already use H3 to analyze risk concentration. How would Wherobots extend that capability? Keep H3 for some indexing and risk score aggregations. Use Wherobots to join scores with hgher fidelity data including parcels, imagery, and events; to compute custom factors; and to run portfolio-wide queries and raster sampling that H3 alone cannot cover. What data types does Wherobots support? Any spatial or tabular data. E.g. Policy and claims tables, parcels and buildings, hazard data captured in rasters, point inventories, satellite and aerial imagery, DEMs, climate grids, weather event footprints, and third-party model scores. With Wherobots, tabular, vector, and raster data can live in one engine. What deployment options does Wherobots support? Subscribe easily to a managed, serverless cloud offering by Wherobots, or deploy in your own cloud or VPC. How does Wherobots compare to traditional GIS systems and geospatial tools? Wherobots enables previously impossible scale and speed for spatial joins, raster operations, and spatial AI. Built on Apache Sedona, it handles billions of rows and terabytes of rasters and vector data with SQL and Python, then feeds outputs to your downstream systems. Traditional desktop GIS and single-node libraries don’t come close to this scale. Get Started Ready to see location-level risk insight across your portfolio? Get started Request demo
Raster data joins at scale Compare Wherobots with google Earth Engine and Big Query for raster operations, joins at scale, and running EO models. Learn more
Bridging AI and the Physical World Webinar: Introducing RasterFlow for Planetary Scale Earth Intelligence RasterFlow Webinar