NASA has awarded Planet Labs Federal an evaluation task order under its Commercial Satellite Data Acquisition (CSDA) programme for Planet’s Tanager hyperspectral data. NASA will assess more than 250,000 km² of archive and newly tasked coverage, including Level 1C top-of-atmosphere reflectance and Level 2A surface-reflectance products.

The work is an evaluation, not a production data purchase and NASA says it will publish a report on data quality, utility and potential broader Earth-science integration when the assessment is complete. That distinction matters as the result will help show whether the data are reliable and useful enough for particular applications, rather than guaranteeing future access or operational adoption.

What hyperspectral data add

Most optical Earth-observation satellites measure reflected light in a small number of broad bands, such as the visible red, green, blue and invisible near infrared. Hyperspectral sensors divide that light into many, much narrower, usually contiguous, bands. The resulting spectrum can act as a material ‘fingerprint’, helping analysts distinguish substances or conditions that look similar in a conventional image.

That capability can support work including crop and forest health, water quality, mineral mapping, atmospheric composition and the detection of some industrial emissions. It is not a magic solution and practical performance depends on calibration, atmospheric correction, spatial resolution, revisit, cloud cover and a well-validated model for the specific decision. Large data volumes and specialist processing also mean that value often sits in a repeatable downstream workflow, not the raw scene alone.

A commercial market taking shape

Planet is not alone in pursuing commercial hyperspectral EO.

Pixxel’s Firefly constellation provides visible and near-infrared hyperspectral coverage, while its planned Honeybee system is intended to extend into short-wave infrared. Orbital Sidekick offers hyperspectral data and analytics through its GHOSt constellation, with a particular focus on infrastructure and emissions-monitoring use cases. Canada’s Wyvern operates its Dragonette constellation and is developing the next-generation Rosette system.

These offerings differ materially in spectral range, number and width of bands, spatial resolution, tasking model, processing level and licence. Buyers should therefore start with the physical signal they need to measure then test whether a provider’s validated product meets that need at the required cadence, coverage and cost.

Why the NASA evaluation matters

For the EO sector, the story is less about a single supplier win than the route from a promising sensor to credible operational use. Independent evaluation and transparent documentation make it easier for public agencies, insurers, land managers and service providers to understand where a product works, where it does not and how it combines with established missions such as Landsat, Sentinel and EMIT.

Firms working in climate, agriculture, natural resources, infrastructure and environmental compliance should watch the final NASA assessment closely. A positive result could strengthen the evidence base for hyperspectral services, while a mixed result would still be useful in identifying the calibration, workflow and user-requirements gaps that suppliers need to close.

Sources

Planet announcement on NASA CSDA evaluation task order for Tanager
NASA Commercial Satellite Data Acquisition programme