Utilities & Energy Solutions

Monitor the operational efficiency of your sites

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PLANTS & FACILITIES EFFICIENCY

COMING SOON

SOLAR POWER EFFICIENCY

Security Solutions

Keep an eye on assets including true image checker with our anti spoofing tech.

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SITE MONITORING

including alert to drone survey

COMING SOON

GROUND SUBSIDENCE

COMING SOON

MARITIME ACTIVITY

Sustainability Solutions

Independent satellite verification of methane and flaring — measured against what operators disclose.

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Filing as a service

COMING SOON

Disaster management

Product & Services

Alythia

Compliance verification · what disclosure conceals, satellites reveal
TROPOMI · XCH₄TROPOMI · NO₂ / COVIIRS · NightfireERA5 · wind
Operator AOI Last fused: —
Watch

What the satellites are telling us

Two signals, four outcomes:
  • Lit flare + low methane → operational, combusting efficiently.
  • Lit flare + high methane → operational, poor combustion.
  • No flare + high methane → venting, leak, or unlit flare. ← current
  • No flare + no methane → site appears inactive.
Inputs: VIIRS Nightfire (flare) and TROPOMI XCH₄ (methane column).
NO₂ and CO are combustion co-pollutants retrieved by TROPOMI alongside methane. In principle they help disambiguate the methane signal:
  • NO₂↑ + CO↑ → active combustion, broad activity.
  • NO₂↑ + CO normal → lean (high-temp) combustion.
  • NO₂ normal + CO↑ → incomplete / low-temp combustion.
For this demo we report the measured column values only. Calling a value “elevated” needs a calibrated per-site baseline we don’t have yet, so we don’t — inventing one would breach our own honesty rule. Basin snapshots carry no NO₂/CO and show N/A.
The metric is methane concentration excess, not intensity, and the comparison is observation vs a reference — not vs an operator disclosure (we have none yet):
  • Facility — site CH₄ vs local background: (site − background) / background × 100%.
  • Basin — target-region CH₄ vs a clean reference region: (target − reference) / reference × 100%.
Facility (vs local background) and basin (vs clean reference) are different methods — don’t read −0.1%, +0.6% and +2.4% as one ranked scale. Operator-reported / disclosure baselines are a separate future workstream and are not shown.
Trajectory & decision

What it has been doing, and what to do next

observed methane column · ppb
Trajectoryrolling 12-month observed column · gaps = no cloud-free retrieval
Projection horizon
Observed (satellite) Projection · illustrative status-quo extrapolation Uncertainty band (scenario, not a prediction) Background · measured clean reference Excess above background
Latest observedmost recent cloud-free month
% by
Default: −30% by 2030 · Global Methane Pledge. Goal line set by user · not an operator disclosure.
AI actionsagent-surfaced
Abatement levers · illustrative scenario
agent-surfaced · illustrative scenario. Toggling a lever bends the projection's excess above background downward by its efficacy — it does not change the observed record.
No levers active · status-quo
Investigate now · verify severity


Reference / benchmark sites built from public satellite data — not any operator’s private assets. Interpretation logic and reconciliation rules follow the Alythia workflow. Drone example output: L. Chris Euranie ISU photogrammetry pipeline (DJI Neo · 4.56 M-point cloud).

Alythia

Compliance verification · what disclosure conceals, satellites reveal
TROPOMI · XCH₄TROPOMI · NO₂ / COVIIRS · NightfireERA5 · wind
Operator AOI Last fused: —
Watch

What the satellites are telling us

Two signals, four outcomes:
  • Lit flare + low methane → operational, combusting efficiently.
  • Lit flare + high methane → operational, poor combustion.
  • No flare + high methane → venting, leak, or unlit flare. ← current
  • No flare + no methane → site appears inactive.
Inputs: VIIRS Nightfire (flare) and TROPOMI XCH₄ (methane column).
NO₂ and CO are combustion co-pollutants retrieved by TROPOMI alongside methane. In principle they help disambiguate the methane signal:
  • NO₂↑ + CO↑ → active combustion, broad activity.
  • NO₂↑ + CO normal → lean (high-temp) combustion.
  • NO₂ normal + CO↑ → incomplete / low-temp combustion.
For this demo we report the measured column values only. Calling a value “elevated” needs a calibrated per-site baseline we don’t have yet, so we don’t — inventing one would breach our own honesty rule. Basin snapshots carry no NO₂/CO and show N/A.
The metric is methane concentration excess, not intensity, and the comparison is observation vs a reference — not vs an operator disclosure (we have none yet):
  • Facility — site CH₄ vs local background: (site − background) / background × 100%.
  • Basin — target-region CH₄ vs a clean reference region: (target − reference) / reference × 100%.
Facility (vs local background) and basin (vs clean reference) are different methods — don’t read −0.1%, +0.6% and +2.4% as one ranked scale. Operator-reported / disclosure baselines are a separate future workstream and are not shown.
Trajectory & decision

What it has been doing, and what to do next

observed methane column · ppb
Trajectoryrolling 12-month observed column · gaps = no cloud-free retrieval
Projection horizon
Observed (satellite) Projection · illustrative status-quo extrapolation Uncertainty band (scenario, not a prediction) Background · measured clean reference Excess above background
Latest observedmost recent cloud-free month
% by
Default: −30% by 2030 · Global Methane Pledge. Goal line set by user · not an operator disclosure.
AI actionsagent-surfaced
Abatement levers · illustrative scenario
agent-surfaced · illustrative scenario. Toggling a lever bends the projection's excess above background downward by its efficacy — it does not change the observed record.
No levers active · status-quo
Investigate now · verify severity


Reference / benchmark sites built from public satellite data — not any operator’s private assets. Interpretation logic and reconciliation rules follow the Alythia workflow. Drone example output: L. Chris Euranie ISU photogrammetry pipeline (DJI Neo · 4.56 M-point cloud).