About
Wyvern Space is a pioneering Earth observation platform that launched the world's first commercial hyperspectral satellite constellation in 2023. The platform provides 5.3-metre ground sampling distance hyperspectral imagery with 31-band VNIR (Visible and Near-Infrared) coverage, research-grade calibration, and atmospheric correction — making it the most precise commercial hyperspectral data available at scale. Wyvern's data is designed to go beyond standard RGB or multispectral imaging, enabling users to identify materials, detect subtle environmental changes, and monitor conditions with unmatched spectral depth. A global 5-satellite constellation supports frequent revisit schedules and flexible tasking worldwide. Key industries served include agriculture (crop classification, disease detection, yield forecasting), peace and security (material identification and environmental monitoring), forestry and ESG (species mapping, forest health tracking), energy (resource mapping and infrastructure monitoring), and mining (exploration through to post-closure rehabilitation). Customers can order on-demand imagery, access a growing archive of historical hyperspectral scenes, or leverage Wyvern's Open Data Program for research and evaluation. The platform is trusted by organizations globally and is designed to make high-quality hyperspectral analysis more accessible and actionable for scientists, governments, and enterprises working to address complex planetary challenges.
Key Features
- Industry-Leading 5.3m Resolution: Delivers hyperspectral imagery at 5.3 metres ground sampling distance at nadir — the highest resolution available from any commercial hyperspectral satellite.
- 31-Band VNIR Hyperspectral Imaging: Captures 31 spectral bands across the visible and near-infrared spectrum, enabling precise material identification and environmental change detection beyond what RGB or multispectral sensors can achieve.
- Research-Grade Calibration & Atmospheric Correction: All imagery is processed with rigorous radiometric calibration and atmospheric correction to deliver scientifically reliable, analysis-ready data products.
- Global 5-Satellite Constellation: Frequent revisit capabilities worldwide with a growing constellation, enabling timely monitoring and flexible tasking across virtually any location on Earth.
- Archive & Open Data Program: Access a growing historical archive of hyperspectral scenes or explore freely available datasets through Wyvern's Open Data Program for research, evaluation, and innovation.
Use Cases
- Agricultural organizations use Wyvern's hyperspectral imagery to classify crop types, detect disease and stress conditions early, and generate accurate yield forecasts to optimize resource use.
- Government and defense agencies leverage spectral data for material identification, environmental monitoring, and enhanced situational awareness in complex or sensitive environments.
- Forestry and ESG teams map tree species, monitor forest health and biodiversity, and track deforestation or land-use changes for sustainability reporting.
- Energy companies rapidly map geological resources, monitor pipeline and infrastructure integrity, and accelerate environmental remediation with spectral analysis.
- Mining firms use hyperspectral data across the entire mine lifecycle — from early-stage mineral exploration to safety monitoring and post-closure land rehabilitation.
Pros
- Unmatched Spectral Resolution: Wyvern offers the highest-resolution commercial hyperspectral imaging available, providing a significant data quality advantage over competing Earth observation platforms.
- Multi-Industry Applicability: The platform serves diverse sectors — agriculture, energy, mining, forestry, and defense — making it highly versatile for a wide range of professional use cases.
- Open Data Access: The Open Data Program lowers the barrier to entry for researchers and developers who want to explore hyperspectral data without a commercial commitment.
- Ready-to-Task Constellation: As the only commercial provider with an immediately available hyperspectral constellation, Wyvern can fulfill on-demand imagery orders quickly.
Cons
- Enterprise-Oriented Pricing: Commercial imagery ordering is likely priced at enterprise levels, which may be prohibitive for small organizations, independent researchers, or startups.
- Niche Use Cases: Hyperspectral imagery is highly specialized; organizations without remote sensing expertise may face a steep learning curve in interpreting and operationalizing the data.
- Limited Constellation Size: With a 5-satellite constellation, revisit frequency and coverage depth may still lag behind larger multispectral providers for time-critical applications.
Frequently Asked Questions
What is hyperspectral imaging and how is it different from regular satellite imagery?
Hyperspectral imaging captures data across dozens of narrow spectral bands (Wyvern offers 31 VNIR bands), far beyond the 3-4 bands in typical RGB or multispectral imagery. This enables precise material identification, subtle environmental change detection, and deeper analytical insights that standard satellite imagery cannot provide.
What industries can benefit from Wyvern's hyperspectral data?
Wyvern's data is used across agriculture (crop health and yield forecasting), peace and security (detection and monitoring), forestry and ESG (species mapping and forest health), energy (resource and infrastructure monitoring), and mining (exploration through rehabilitation).
Is there a free tier or open data available?
Yes. Wyvern offers an Open Data Program that provides free access to selected hyperspectral datasets for research, evaluation, and public interest projects such as harmful algal bloom detection.
How can I order imagery from Wyvern?
Imagery can be ordered directly through the Wyvern website. You can either task a new acquisition through their on-demand service or access scenes from their growing historical archive. A sales team is available to assist with commercial inquiries.
When did Wyvern launch its satellite constellation?
Wyvern launched the world's first commercial hyperspectral satellites in 2023 and has since grown to a 5-satellite constellation, with the most recent addition, Dragonete-004, operational as of late 2025.
