Puloli

Continuous, ground-based quantified methane flux telemetry from fixed sensor arrays: TDLAS (tunable diode laser absorption spectroscopy) methane sensors paired with ultrasonic anemometers over 5G-IoT backhaul, combined with atmospheric/inverse-dispersion modelling to produce mass flow rate estimates in kg/hr per 'Monitored Area' (an engineered grouping of similar equipment and emission sources within one facility, sited using environmental statistics to minimise blind spots). Cadence is hard-specified: detection every 2 minutes, quantification every 15 minutes, 24/7 with no gaps, delivered API-ready and designed to be ingested by industry control systems and workflow platforms. Deployed against LDAR programmes, EPA OOOOb and OGMP 2.0 Level 5 reporting, with landfill a named vertical.

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Coverage

Universe, instruments and categories.

Industry: Application SoftwareEnvironmental & Facilities Services
Instruments: equitiesfixed_income
Categories: AlternativeESGGeospatialSentimentReference
Regions: US
Sample tickers: WMRSGGFLLBRTMedCWERIEENBCNQ.TOEQNR

Dataset card

Type: not stated
Format: Structured time-series / tabular telemetry — 2-minute detection stream and 15-minute quantified mass-flow series per Monitored Area, with sensor-level raw signals, meteorological inputs (wind speed and direction from ultrasonic anemometers), atmospheric-model parameters, and alert events. Delivered through an API and output protocols explicitly designed for ingestion into SCADA/control systems and workflow platforms, i.e. machine-accessible by design rather than report-based.
Volume: High and precisely computable from cadence — every Monitored Area emits 96 quantification records per day (15-minute intervals) and 720 detection observations per day (2-minute intervals), continuously, with sensor-level and meteorological channels behind each. For a facility with, say, 20-50 monitored areas that is roughly 2,000-5,000 quantified values and 15,000-35,000 detection observations per day per site, so a multi-hundred-site estate with years of history reaches hundreds of millions of continuous quantified records — and critically, unlike satellite or survey data, the record count is gap-free by design so the series is analytically usable without interpolation.
Users: N/A as consumer registration — enterprise SaaS with no consumer surface. Relevant population is monitored sites and operator accounts: the page states the solution 'scales from one site to thousands', and est. current deployment is ~dozens to a few hundred sites (basis: 15-person venture-stage company that installs, commissions and maintains every site itself, which physically caps deployment velocity).
History: 5 years
Update frequency: not stated
Growth: Active / early commercial — product page and assets refreshed August 2025 (2025/08 upload paths), venture-backed, and the scaling claim ('one site to thousands') plus an industry-first SLA indicate a company investing in a differentiated market position rather than maintaining a legacy product. Headcount of 15 means execution capacity is the constraint on deployment growth, not demand.
Launched: not stated
Delivery: not stated
Entity mapping: not stated
Sample: not stated
Point-in-time: not stated
Licence: not stated

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