SuperView NEO-1 high-resolution images

Access the very-high resolution data and daily revisit of the SuperView NEO-1 satellite via the EOSDA LandViewer platform.

  • Data type

    Optical

  • Resolution

    0.3 m

  • Revision

    daily

  • Spectral bands

    Panchromatic, Red, Green, Blue, NIR

  • Data archives

    Archive since 2022

  • New Image Tasking

    Available

superview neo satellite data
superview neo-1 icon

How to get the most out of SuperView NEO-1 and spectral bands with EOSDA LandViewer

Set your AOI (area of interest)

Identify your area of interest by searching for a location on the map, drawing the region manually, or uploading a predefined AOI file from your device.

Apply filters to narrow down the search

Customize your search using filters like date range, resolution, sensor type, AOI coverage, and cloud level to quickly locate the most relevant SuperView NEO-1 data.

Choose the SuperView NEO-1 image(s) that better fit your project

Examine the pricing details and other relevant information for the filtered results, and select the scenes that work for your particular use case.

Add what you need to the cart and make your order

Add as many images of SuperView NEO-1 as you need, and submit your order. You can purchase them yourself or reach our sales team to obtain your payment details.

Start analyzing or exporting the data

Your order with SuperView NEO-1 data will be processed within 2 days. Analyze the data on the platform, or export it in multiple formats (GeoTIFF, KMZ, or JPEG).

Request a new image with the tasking option

If the available scenes do not meet your requirements, you can use the Tasking option to request a fresh capture from SuperView NEO-1 that does.

defining the AOI to be monitored with superview neo filtering out the available superview neo-1 data by satellite sensor picking the most relevant superview neo-1 scene purchasing one or more superview neo-1 image analysis and export of superview neo-1 data tasking service for superview neo-1

FAQ: SuperView NEO-1 and the EOSDA LandViewer platform

Archived SuperView NEO-1 captures start at $20 per sq km, with a minimum area of 25 square kilometers. New images requested via the tasking option cost from $30 per sq km, with a minimum area of 100 square kilometers.

SuperView NEO‑1 imagery is most commonly used for very‑detailed urban mapping, infrastructure monitoring, and construction progress. It is also widely applied in defense and security, critical infrastructure inspection, and precision change detection, where both fine spatial detail and daily revisit are crucial.

You have two options for requesting a fresh scene. One is to fill out the form on our website and wait for our sales team to reach out to you shortly after to assist you. The other one is logging in to the EOSDA LandViewer platform, navigating to the High-resolution imagery section, and clicking the New Image option. There, you can select the resolution, delivery speed, and AOI for your tasking order.

Every SuperView NEO-1 capture includes georeferenced data, which makes it easier to use in third-party software. If you need advanced processing (i.e., orthorectification), please contact our support team, as we can provide it in most cases.

Yes, regular, long-term monitoring is possible once it's set up. To do it, please contact our sales department or fill out the contact form on our website, and our specialists will contact you.

Yes. EOSDA LandViewer has a cloud coverage filter that enables the user to set an acceptable threshold. Every image exceeding the threshold will be hidden, leaving only the results that match the user-selected criteria. Please note that the more restrictive the threshold, the fewer images will appear.

Yes. For all purchased data, you will receive integrated analytics, including NDVI and NDWI indices. Furthermore, our dedicated R&D department is available to collaborate on bespoke projects and engineer advanced analytical solutions tailored to your specific requirements.

Utilizing the resolution provided by SuperView NEO-1, you can achieve very high-precision identification. This data allows you to clearly distinguish individual shrubs, small trees, parked vehicles, road markings, and boundary fencing.