Floodlight vs Intensel
Hong Kong-based AI-driven physical climate risk analytics provider using supercomputing and 200+ damage-curve models to quantify asset-level exposure to floods, typhoons, drought, and wildfire across six IPCC scenarios.
Satellite-verified emissions data
Emissions figures derived from independent atmospheric satellite observations, not reported disclosures or emissions factors.
Asset-level monitoring
Emissions and risk scores tied to individual facilities, buildings, or assets - not rolled-up sector or company averages.
Independent third-party verification
Data produced without reliance on issuer self-disclosure; independently reproducible and auditable by third parties.
Intensel outputs are model-derived from damage curves, not independently observed.
Continuous / near-real-time monitoring
Emissions tracked on an ongoing basis with alerts for anomalies; not a once-a-year snapshot.
Global asset coverage (190+ countries)
Coverage of industrial and commercial assets worldwide, not limited to North America or Western Europe.
Strongest coverage is Asia-Pacific; global reach is more limited than Floodlight.
Scope 1 direct emissions
Direct emissions from owned or controlled sources including combustion, process emissions, and fugitive releases.
Scope 3 / PCAF financed emissions
Financed emissions across lending and investment portfolios aligned with PCAF data quality scores 1-3.
CBAM embedded emissions reporting
Facility-level embedded emissions per CN code for EU Carbon Border Adjustment Mechanism importer reporting.
Physical climate risk assessment
Asset-level exposure scores for flood, heat stress, wildfire, sea-level rise, water stress, hurricane, and other perils.
Intensel has deep APAC hazard-model coverage (200+ damage curves).
Transition risk assessment
Exposure to regulatory carbon costs, stranded-asset risk, and technology disruption under decarbonisation scenarios.
Climate Value-at-Risk (Climate VaR)
Probabilistic financial loss estimate under named climate scenarios, in the same units as market and credit VaR.
NGFS Phase V scenario alignment
Stress-testing across all six NGFS Phase V reference pathways (Net Zero 2050, Below 2C, Delayed Transition, etc.).
Intensel models six IPCC RCP/SSP scenarios rather than the full NGFS Phase V set.
CSRD / ESRS E1 compliance
Data mapped to CSRD ESRS E1 data-point IDs including E1-5, E1-6, and E1-9 financial-effects table.
Full audit trail and data provenance
Every figure traceable to satellite overpass, model version, and confidence band - reproducible by external reviewers.
REST API access
Programmatic access to all data via documented REST API with pre-trade and portfolio query modes.
Honest verdict
Where Floodlight wins
Intensel delivers granular physical-risk damage curves but has no emissions-measurement or carbon-accounting capability, so a client still needs a separate tool for Scope 1-3 disclosure. Floodlight combines satellite-verified emissions with physical and transition risk in one auditable platform, which matters when a single regulatory filing (CSRD, TCFD) needs both physical exposure and GHG figures from a consistent, independently reproducible source.
Where Intensel wins
Intensel offers very high spatial resolution (down to 0.5m) and a large library of 200+ damage-curve models tuned for Asia-Pacific hazards (typhoon, drought, flood), backed by Moody's distribution and enterprise reach following its acquisition. For portfolios concentrated in APAC geographies with a pure physical-risk underwriting or due-diligence need, Intensel's hazard-model depth is a genuine strength.
Ready to see Floodlight in action?
Schedule a demo to learn how Floodlight can help you monitor emissions and assess climate risk with satellite-verified data.