Exosens

Airborne thermal-infrared HYPERSPECTRAL methane observations and their quantified derivatives: Hyper-Cam Airborne Mini (HCAM) FTIR spectrometer hypercubes (spectrally resolved scene radiance cubes) collected from fixed-wing and helicopter platforms over oil and gas sites and pipelines, plus processed outputs - methane detection flags from Telops' in-house Generalised Likelihood Ratio Test algorithm, column-abundance quantification in ppm*m, converted release rates in g/s, per-inspection detection-limit models computed with meteorological inputs (ground-level temperature and wind speed ingested from a weather API), thermal-contrast records, and Inspection Statistics Reports that score each inspection's quality.

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Coverage

Universe, instruments and categories.

Industry: SpaceOil & Gas Exploration & Production
Instruments: equitiesfixed_incomecommodities
Categories: AlternativeGeospatialESGSentiment
Regions: EuropeUSOtherUK
Sample tickers: XOMCVXCOPEQNRSHEL.LBP.LCNQ.TOTRP.TOWMBKMI

Dataset card

Type: not stated
Format: Multimodal, scientifically rigorous - hyperspectral data cubes (spatial x spectral radiance) as the primary raw format, with per-flight metadata, numeric quantification outputs (ppm*m column abundance, g/s flow rate, ppm*m detection limits), meteorological time series, and per-inspection quality/coverage reports; currently delivered as analyst-reviewed scene selections rather than a bulk feed.
Volume: Very large per unit and growing with each campaign: a single airborne FTIR hyperspectral inspection generates hypercubes on the order of hundreds of GB to terabytes per survey day (basis: spectrally resolved imaging radiance collected continuously at aircraft speed is inherently orders of magnitude larger per hour than point-sensor data), with per-inspection metadata, meteorological series and quality reports alongside. Cumulative archive across partner campaigns is plausibly multiple petabytes of raw cubes plus a far smaller but much more valuable layer of labelled quantified plume records.
Users: N/A as consumer registration - instrument manufacturer plus commercial survey service operating through flight partners, not a user platform. Relevant population: est. tens of flight partners / prime contractors and oil and gas operator clients (basis: the operating model has Telops supplying HCAM units to partners who fly and transfer data back, implying a modest high-value partner network).
History: 10 years
Update frequency: not stated
Growth: Active - technology document dated March 2025 (2025-03 hosting path) at Revision 1, an active partner training and pre-flight programme, and a group parent (Exosens) at ~2000 staff with a ~$549M revenue band that has been consolidating photonics and sensing businesses. Methane regulation is a structural demand tailwind for this product line.
Launched: Telops' commercial Hyper-Cam hyperspectral line is long-established, with airborne FTIR imaging commercially mature well before the current methane solution. The METHANE AIRBORNE DETECTION SOLUTION specifically is a formally packaged offering documented as of 2025 (hosted 2025-03, marked Rev 1 - a first revision suggesting recent formalisation). Company founding year is not stated in the retrieved excerpt; est. early-to-mid 2000s research-institute spin-out lineage at low confidence.
Delivery: not stated
Entity mapping: not stated
Sample: not stated
Point-in-time: not stated
Licence: not stated

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