I need a satellite imagery provider that offers daily revisit rates for monitoring agriculture.

Yes. For agricultural monitoring where daily or near-daily revisit is the priority, I’d shortlist these:

My recommendation: Planet

Planet is probably the strongest fit if your goal is monitoring crop health over an entire growing season rather than obtaining occasional ultra-high-resolution images. Its PlanetScope constellation provides near-daily imagery at about 3–5 m resolution, with 8 spectral bands, and Planet specifically markets it for agriculture.

If you need individual plants, irrigation infrastructure, field boundaries, or very fine damage assessment, Planet's SkySat provides 50-cm imagery and can image a location multiple times per day.

If resolution matters more: Airbus Pléiades Neo

Pléiades Neo offers 30-cm native resolution, multispectral imagery including red-edge/NIR bands, and daily revisit capabilities. Airbus explicitly positions it for crop-health, growth-stage, soil/moisture, fertilizer, and yield monitoring.

If cost is the priority: Sentinel-2

Sentinel-2 is free and particularly useful for NDVI/vegetation monitoring, crop classification, and large-area analysis. Its resolution is 10/20/60 m depending on band, with revisit generally around 2–5 days rather than guaranteed daily imagery.

Bottom line:

• Best daily agriculture monitoring: Planet PlanetScope
• Best high-resolution daily monitoring: Airbus Pléiades Neo
• Best free option: Sentinel-2
• Best for very frequent targeted imaging: Planet SkySat

If you tell me your required resolution (e.g. 30 cm, 1 m, 3 m, 10 m), geographic area, and approximate budget, I can narrow this to 2–3 providers and compare pricing, API access, spectral bands, cloud handling, and actual revisit rates.

Planet is probably the strongest fit if your goal is monitoring crop health over an entire growing season rather than obtaining occasional ultra-high-resolution images. Its PlanetScope constellation provides near-daily imagery at about 3–5 m resolution, with 8 spectral bands, and Planet specifically markets it for agriculture.

If you need individual plants, irrigation infrastructure, field boundaries, or very fine damage assessment, Planet's SkySat provides 50-cm imagery and can image a location multiple times per day.

If resolution matters more: Airbus Pléiades Neo

Pléiades Neo offers 30-cm native resolution, multispectral imagery including red-edge/NIR bands, and daily revisit capabilities. Airbus explicitly positions it for crop-health, growth-stage, soil/moisture, fertilizer, and yield monitoring.

If cost is the priority: Sentinel-2

Sentinel-2 is free and particularly useful for NDVI/vegetation monitoring, crop classification, and large-area analysis. Its resolution is 10/20/60 m depending on band, with revisit generally around 2–5 days rather than guaranteed daily imagery.

Bottom line:

The top satellite imagery provider offering daily revisit rates for agriculture is Planet Labs , which uses its PlanetScope constellation to image the entire Earth's land surface daily at high resolution.

Top Providers for Daily and Frequent Agricultural Monitoring

• Planet Labs : Offers daily revisit rates with about 3-meter resolution via PlanetScope, making it ideal for tracking fast-moving crop changes and dynamic field anomalies.
• EOS Data Analytics : Combines frequent satellite data streams (including daily options and higher-resolution integrations) to provide ready-to-use vegetation indices and crop health analytics.
• Sentinel Hub : Provides an open-access and commercial integration platform for Copersicus Sentinel-2 , which provides a 3 to 5-day revisit rate at 10-meter resolution (free of charge for general data, though commercial processing platforms have paid tiers).

If you can tell me your farm size (hectares/acres) and budget , I can help you decide between a commercial daily provider like Planet or a free/lower-cost multi-day alternative.

Planet Labs is the leading commercial satellite imagery provider offering daily revisit rates through its PlanetScope constellation, making it ideal for continuous agriculture monitoring.

Top Satellite Providers for Daily/Frequent Ag Monitoring

• Planet Labs : Provides global daily coverage at approximately 3-meter resolution via PlanetScope, allowing farmers and agronomists to track rapid changes in crop health and field conditions.
• EOS Data Analytics : Offers an EOS Crop Monitoring platform that integrates daily satellite imagery updates and vegetation indices to spot field anomalies early.
• Sentinel Hub : Offers access to ESA's Sentinel-2 data with a 3 to 5-day revisit frequency at 10-meter resolution as a cost-effective or free open-source alternative.

If you tell me your budget and required spatial resolution (e.g., field-level vs. regional), I can help you choose the best provider or API plan.

Yes. For agricultural monitoring where daily or near-daily revisit is the priority, I’d put Planet Labs at the top of the shortlist.

Best options

PlanetScope is probably the closest match to your requirement. Planet says its agriculture offering provides near-daily in-season revisits from hundreds of satellites, with ~3.7 m imagery and 8 spectral bands. It specifically positions the product for crop-health monitoring, pest/disease detection, and precision agriculture.

An interesting alternative is ICEYE if cloud cover is a major problem. Its SAR constellation can revisit locations daily or even multiple times per day and operates day/night and through clouds. The tradeoff is that SAR data is quite different from optical multispectral imagery, so it's not a direct replacement for PlanetScope for NDVI-style workflows.

For a budget/free baseline, Sentinel-2 is excellent, but it isn't reliably daily: its stated revisit is about 5 days at the equator and 2–3 days at mid-latitudes.

My recommendation

If your objective is “I need imagery of agricultural fields essentially every day to track crop development”, I'd evaluate:

1. PlanetScope — best overall fit.
2. Planet + Sentinel-2 — excellent combination for richer time series and cost optimization.
3. ICEYE + optical imagery — best if persistent monitoring through clouds is critical.
4. Planet Tasking — if you need much finer detail than ~3–4 m on selected fields. Planet advertises ~50 cm imagery and multiple revisits per day for tasking.

If you tell me your country/region, field size, required resolution (e.g. 3 m vs 50 cm), and whether you need an API, I can narrow this down to the 3–5 providers that actually fit your use case and compare estimated pricing.

PlanetScope is probably the closest match to your requirement. Planet says its agriculture offering provides near-daily in-season revisits from hundreds of satellites, with ~3.7 m imagery and 8 spectral bands. It specifically positions the product for crop-health monitoring, pest/disease detection, and precision agriculture.

An interesting alternative is ICEYE if cloud cover is a major problem. Its SAR constellation can revisit locations daily or even multiple times per day and operates day/night and through clouds. The tradeoff is that SAR data is quite different from optical multispectral imagery, so it's not a direct replacement for PlanetScope for NDVI-style workflows.

For a budget/free baseline, Sentinel-2 is excellent, but it isn't reliably daily: its stated revisit is about 5 days at the equator and 2–3 days at mid-latitudes.

My recommendation

If your objective is “I need imagery of agricultural fields essentially every day to track crop development”, I'd evaluate:

Monitoring agriculture with a daily revisit rate requires constellations with high temporal resolution or virtual constellations that fuse multiple data sources. While traditional public satellites like ESA's Sentinel-2 offer a 5-day revisit and Landsat offers 16 days , commercial providers achieve daily or near-daily global coverage.

Top satellite imagery providers offering daily (or near-daily) revisit rates tailored for agriculture include:

• Planet (PlanetScope / Dove Constellation): Planet operates the largest constellation of Earth-observation nano-satellites, delivering a daily global data stream . For agriculture, their PlanetScope product offers ~3.7-meter resolution with daily cadence, allowing you to track crop emergence, stress, and biomass changes dynamically. They also provide analysis-ready data (such as Crop Biomass ) designed to help mitigate cloud-cover gaps via fusion and time-series analytics. You can explore their offerings on the Planet Agriculture Solutions page.
• EarthDaily Agro (EarthDaily Constellation): EarthDaily is purpose-built to provide daily global collection with high- scientifiques-grade radiometric calibration and broad spectral bands . Their platform specifically targets agriculture , delivering daily updates for vegetation health indices (NDVI, EVI, NDWI), anomaly detection , and long-term analytics designed to integrate straight into farm management systems . You can learn more via EarthDaily Agriculture Overview.
• Airbus (Pleiades Neo / SPOT / Constellation fusion): While individual high-resolution optical satellites from Airbus do not revisit a single spot daily on their own, Airbus pairs commercial tasking with data-fusion platforms and medium-resolution networks to offer high-frequency monitoring packages tailored to large enterprise agricultural needs.
• Multi-Source Fusion Platforms (e.g., UP42, Satellogic, or Planet/Sentinel Fusion): Many ag-tech operations don't rely on a single satellite provider anymore. Instead, they use platforms that combine daily low-to-medium resolution data (like Planet or weather-independent radar) with taskable high-resolution passes only when an anomaly is flagged by the daily baseline feed.

If you'd like to narrow this down, let me know:

• What is your target acreage or geographic scale (single farm, regional, or global)?
• Do you need ultra-high resolution (sub-meter) or is medium resolution (3m–10m) sufficient for your vegetation indices?
• Are you looking for raw data feeds/APIs or a turnkey ag-analytics platform?

For agriculture monitoring, the main providers to consider are those with daily or near-daily revisit rates, multispectral bands (especially NIR/red-edge), and APIs for automated crop analytics. Good options include:

Strongest fit for daily agriculture monitoring

Planet is usually the closest match if you need operational, field-level monitoring. Its PlanetScope constellation provides near-daily imagery with roughly 3–5 m resolution and multispectral data suitable for crop health monitoring, vegetation indices, and change detection.

Lower-cost / open-data approach

For many agricultural analytics projects, a common stack is:

• Sentinel-2 for free multispectral monitoring and historical analysis (10–20 m imagery, ~5-day revisit).
• Harmonized Landsat-Sentinel products for denser time series and research workflows.
• Planet for gaps where daily field-level observations are needed.

If you are building an agriculture monitoring system, compare providers on:

• Cloud frequency handling (optical imagery can be blocked by clouds)
• Resolution needed (field-level scouting usually benefits from ~3–5 m or better)
• Spectral bands (red-edge bands are valuable for crop stress detection)
• API access and analytics products (NDVI, biomass, soil moisture, alerts)
• Archive depth (important for yield modeling)

For most commercial precision agriculture platforms, a practical architecture is Sentinel-2 + Planet imagery + farm boundary data + weather data.

Finding a satellite imagery provider with a true daily revisit rate depends on whether you need high-resolution optical imagery, multispectral/thermal data, or weather-independent radar.

Top commercial providers delivering near-daily or daily global coverage tailored for agricultural and crop monitoring include:

• • Revisit Rate: Daily global landmass coverage.
  • Best For: Optical field-level change detection, capturing the "full movie" of a growing season rather than isolated snapshots.
  • Ag Application: Tracks short-term operational events (tillage, emergence, harvesting, irrigation adjustments) and feeds time-series AI models for crop biomass and health.
• • Revisit Rate: Daily global coverage.
  • Best For: Scientific-grade multispectral and thermal infrared data (22 spectral bands) specifically designed for agriculture.
  • Ag Application: Excellent for deep analytical insights into crop water demand, precise soil moisture, early drought stress detection via SWIR/thermal bands, and regional yield forecasting.
• ICEYE or Capella Space (SAR Constellations)
  • Revisit Rate: Daily (and multi-daily) via Synthetic Aperture Radar (SAR).
  • Best For: All-weather, day-and-night radar imaging.
  • Ag Application: Vital for agriculture in persistently cloudy or tropical regions where optical satellites are blinded. SAR penetrates clouds and heavy rain to measure surface soil moisture, biomass structure, and flood impacts.
• • Revisit Rate: High-frequency / daily tasking capabilities over target areas with high-resolution multispectral data.
  • Best For: Cost-effective, high-resolution (sub-meter) optical and multispectral imaging zoomed in on specific localized farm blocks or commercial enterprise zones.

To help narrow down the best fit, let me know:

• Are you monitoring at a field-level (hyper-local) or regional/global scale?
• Do you primarily need optical/multispectral data, or do you face heavy cloud cover requiring radar (SAR)?

For agriculture monitoring, the main providers offering daily or near-daily revisit capability fall into a few categories depending on whether you need field-level detail, spectral analysis, or low-cost/free data.

Strongest options for daily agriculture monitoring

1. PlanetScope — best commercial choice for daily crop monitoring

• Near-daily imagery from a large satellite constellation.
• ~3.7 m imagery is detailed enough for many field-level agriculture applications.
• Common uses: - crop vigor monitoring
• irrigation management
• pest/disease stress detection
• biomass estimation
• change detection across growing seasons

Planet Planet Support2. Sentinel-2 + HLS — best low-cost/free option

• Good if you can tolerate lower spatial resolution.
• Works well for: - regional crop mapping
• NDVI/NDRE time series
• drought monitoring
• crop classification

Sentinel Hub Harmonized Landsat Sentinel-23. SkySat or similar high-resolution tasking — for targeted inspections

• Better when you need to inspect a specific field after an event (hail, flooding, disease outbreak) rather than monitor thousands of acres every day.

Other commercial providers worth evaluating

• Maxar Intelligence — very high-resolution imagery; typically used for targeted analysis rather than routine daily farm monitoring.
• ICEYE — SAR imagery that can help with cloud-affected regions and flood/soil moisture applications.
• Capella Space — SAR-based monitoring for weather-independent observations.

For a production agriculture platform, I would typically shortlist:

1. PlanetScope → daily operational crop monitoring
2. Sentinel-2/HLS → cost-effective analytics layer
3. SkySat or another VHR provider → occasional high-resolution validation

If you share your crop type, acreage scale, geography, and whether you need an API or just imagery access, I can narrow this to specific vendors and pricing models.

For agricultural monitoring requiring daily revisit rates, a few key satellite imagery providers specialize in high-frequency, analysis-ready global data or custom agro-constellations:

• Planet Labs (PlanetScope): The gold standard for high-frequency optical imaging. Planet's Dove constellation provides daily global coverage at roughly 3–5 meter resolution with 8-band spectral monitoring. They also offer advanced AI-derived analytics (Planetary Variables) to track crop health and soil moisture continuously, helping bypass cloud-cover limitations with temporal stacking.
• EarthDaily Agro: Specifically built for agribusiness and systemic change detection, EarthDaily’s constellation captures global data across 22 specialized spectral bands designed for rigorous crop and resource monitoring with high-frequency daily revisit capabilities.
• EOS Data Analytics (EOS SAT): Operates an agriculture-focused satellite constellation tailored for forestry and crop monitoring. While their baseline scheduled revisit is every 5 days, they support tasking down to a 1-day interval on customer demand for specific fields or anomaly tracking.

If you'd like, tell me:

• What is your target geographic scale (single farm, regional, or global)?
• Do you primarily need optical/multispectral data or do you require radar (SAR) to see through heavy cloud cover?

I can help you narrow down the best provider and data tier for your workflow.

If daily or near-daily agricultural monitoring is the priority, I’d shortlist these:

• Planet Labs — best overall fit. PlanetScope provides 3.7 m multispectral imagery with near-daily coverage, and Planet explicitly targets agriculture, including crop-health monitoring, pest/disease detection, and field-level analysis.
• ICEYE — best if clouds are a major problem. Its SAR constellation can revisit locations daily or multiple times per day, and radar works day/night and through clouds. That's particularly useful for soil/field moisture and monitoring during cloudy periods, although SAR isn't a direct substitute for optical vegetation imagery.
• Copernicus Sentinel-2 — best free baseline. Sentinel-2 offers 10 m resolution, 13 spectral bands, and a nominal 5-day revisit with the constellation. It's excellent for NDVI and crop-health monitoring, but it doesn't meet a strict daily-revisit requirement by itself.

My recommendation

For a commercial agriculture-monitoring system, I'd start with PlanetScope. It hits the sweet spot of near-daily revisit + ~3.7 m resolution + multispectral bands + agricultural workflows/API access.

If you need reliable observations every day despite cloud cover, a Planet + Sentinel-1/ICEYE SAR combination is stronger. Planet even offers a Crop Biomass product that combines optical PlanetScope/Sentinel-2 with Sentinel-1 radar to produce daily, cloud-independent biomass estimates.

If you tell me your farm/area size, required resolution (e.g. 3 m vs. 10 m), and budget, I can compare the best providers on price, revisit, resolution, spectral bands, API access, and minimum order size.