Agriculture · head to head
CeresAI vs Soil Scout
CeresAI
Agriculture
Aerial and satellite crop imagery with per-acre pricing for permanent crops and irrigation
- From
- On request
- Rated
- -
Soil Scout
Agriculture
Buried wireless soil sensors with a ten to twenty year battery and no cables to the surface
- From
- On request
- Rated
- -
The short version
- Each has a real cost: CeresAI per-acre pricing only pencils on high-value crops; on low-margin broadacre cereals the fee is hard to justify against free public satellite imagery.; Soil Scout sensors are unserviceable once buried, so a failed or drifting unit means excavation and the confidence you place in a single reading has no easy verification.
- They diverge on capability: CeresAI covers Aerial multispectral capture, Soil Scout covers Fully buried sensors.
- Prices and features above were last checked on 1 September 2026.
Where they differ
Only the attributes on which CeresAI and Soil Scout actually diverge.
| Attribute | CeresAI | Soil Scout |
|---|---|---|
| Pricing model | Per acre per season | quote |
| Platforms | Web, iOS, Android | Web |
Identical on both: starting price (On request), free tier (No), user rating (Not yet rated), category (Agriculture).
What each one covers
Drawn from each product's published feature list. An absence here means we hold no record of it - not that the product lacks it.
Only in CeresAI
- Aerial multispectral capture
- Thermal water stress
- Irrigation fault detection
- Nitrogen and chlorophyll
- Pest and disease hotspots
- Yield variability
- Third-party integrations
Only in Soil Scout
- Fully buried sensors
- Ten to twenty year battery
- Underground radio
- Dual depth sensing
- Moisture, temperature and salinity
- Soil Scout Hub
- Web service API
- Long base station range
What people use each for
The jobs each tool is most often brought in to do.
CeresAI
- An almond grower finding blocked emitters across thousands of trees without walking every rownot Soil Scout
- A wine estate managing deficit irrigation block by block to hit a target fruit compositionnot Soil Scout
- A farmland investment manager verifying tenant irrigation practice on ground it ownsnot Soil Scout
- A citrus operation targeting nitrogen applications to the parts of a block that actually need itnot Soil Scout
Soil Scout
- A golf course monitoring greens moisture where a surface-mounted probe would be hit by mowers and playnot CeresAI
- A stadium pitch under a closed roof where hand-held probing is impractical during the seasonnot CeresAI
- A research plot needing consistent multi-year soil data below cultivation depthnot CeresAI
- An irrigated field where a surface logger would not survive tillage or a spray boomnot CeresAI
Where each one falls short
Documented limitations, not opinions. Every one is a constraint you would hit in normal use.
CeresAI
- Per-acre pricing only pencils on high-value crops; on low-margin broadacre cereals the fee is hard to justify against free public satellite imagery.
- Aerial capture runs on a scheduled cadence and is weather dependent, so it will not answer a question you need settled tomorrow and gaps happen in bad seasons.
- Geographic coverage follows where the aircraft fly, which concentrates the service in California and a handful of other regions and leaves growers elsewhere on satellite-only products.
- The company rebranded from Ceres Imaging to CeresAI, so older contracts, integrations and search results use the previous name and buyers checking references need to know both.
- It flags problems but does not fix them; without an agronomist or manager committed to acting on every alert, the imagery becomes an expensive subscription nobody opens.
Soil Scout
- Sensors are unserviceable once buried, so a failed or drifting unit means excavation and the confidence you place in a single reading has no easy verification.
- No pricing is published at all, which makes it hard to justify against commodity probes that quote openly, and per-sensor cost is well above the alternatives.
- It measures but does not control, so tying moisture readings to actual irrigation decisions requires either manual interpretation or a separate integration project with the control system.
- Underground radio range depends on soil type and moisture; heavy wet clay attenuates the signal and can force more base stations than the headline kilometre figure suggests.
- The company is small and Finland-based, so outside its established golf and sports turf distribution the support, spares and installation expertise depend entirely on whether a competent local distributor exists.
Pricing, plan by plan
CeresAI
On request- CeresAI$undefined/year
- Priced per acre for a defined season of flights
- Flight cadence and imagery types set the rate
- Minimum acreage applies in most regions
Soil Scout
On request- Soil Scout$undefined/year
- Sensors and base station quoted per site
- Hub subscription terms quoted with the hardware
- No individual sensor data plans required
Which should you pick?
Choose CeresAI if
- You need aerial multispectral capture.
- You work on Web, iOS, Android.
- You also want thermal water stress.
Choose Soil Scout if
- You need fully buried sensors.
- You also want ten to twenty year battery.
Questions people ask
- Is CeresAI or Soil Scout better?
- Neither clearly leads. CeresAI starts at On request and Soil Scout at On request, and user ratings are close enough to be indistinguishable. Choose on capability and platform support.
- Which is cheaper, CeresAI or Soil Scout?
- CeresAI starts at On request and Soil Scout at On request.
- Does CeresAI or Soil Scout run on more platforms?
- CeresAI runs on Web, iOS, Android. Soil Scout runs on Web.
- What is CeresAI best used for?
- CeresAI is most often used for an almond grower finding blocked emitters across thousands of trees without walking every row, a wine estate managing deficit irrigation block by block to hit a target fruit composition, a farmland investment manager verifying tenant irrigation practice on ground it owns, a citrus operation targeting nitrogen applications to the parts of a block that actually need it. Of those, an almond grower finding blocked emitters across thousands of trees without walking every row and a wine estate managing deficit irrigation block by block to hit a target fruit composition are not what Soil Scout is typically brought in for.
- What can CeresAI do that Soil Scout cannot?
- CeresAI covers Aerial multispectral capture, Thermal water stress, Irrigation fault detection, Nitrogen and chlorophyll. Soil Scout covers Fully buried sensors, Ten to twenty year battery, Underground radio, Dual depth sensing.
Answered from the vendors’ own pages
CeresAI: Is Ceres Imaging still trading?
Yes, under the name CeresAI following a rebrand in 2024. The aerial imagery service continues and the company has taken further funding since.
Soil Scout: How long do the sensors last?
Up to ten years for the Happi100 and up to twenty for the Hydra100, buried, with no battery replacement.
CeresAI: How is it priced?
By the acre for a season of imagery. The rate depends on crop, region and how many flights the programme includes.
Soil Scout: Do the sensors need mobile data plans?
No. Sensors transmit to a base station through the soil, and only the base station uses a cellular modem.
CeresAI: Why pay for aircraft when satellites are free?
Resolution and thermal. Public satellite imagery cannot resolve individual trees or reliably detect a single blocked emitter; aerial thermal capture can.
Soil Scout: Can it control irrigation directly?
No. It is a measurement and alerting system; controlling valves needs an integration with your irrigation controller through the API.
CeresAI: Does it work on broadacre cereals?
Technically yes, commercially rarely. The per-acre fee is designed against permanent crop and irrigated margins.
Soil Scout: What happens if a buried sensor fails?
You dig it up. There is no remote service option, which is the trade-off for having nothing above ground to damage.
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