Services
Plant teleportation & cross-region soil mirroring
Compare soil and climate conditions between distant regions to determine whether a plant can successfully grow locally.
Researcher · Agronomist · Industry
“Can this plant from California survive in Slovenia?”
GroundLive
Two sensors. Same plant. Two continents.
24 soil readings per day
compare both environments in real time
and reveal where conditions match or diverge.
Agronomist
“What soil conditions would I need to replicate
to grow this exotic variety locally?”
GroundLive
Point A captures the ideal soil profile.
Point B measures your local conditions.
The platform identifies the exact gap and
recommends what must be adjusted:
pH, moisture, nutrients, salinity and temperature.
Research Client
“Has anyone successfully grown this plant
in a climate similar to mine?”
GroundLive
The global sensor network searches for the closest
real-world soil and climate match anywhere on Earth.
Discover where the plant already succeeded using
verified field sensor history.
Researcher · Buyer · Industry
“I need 2 years of soil data from a specific region for my research — where do I get it?”
GroundLive
GroundLive's historical archive. Buy a specific date range, sensor type, and geographic area — delivered instantly.
Buyer · Land Investor
“What was the soil condition of this plot before I bought this land?”
GroundLive
Soil history as due diligence — know what you're buying before you sign.
Farmer · Agronomist
“My crop failed — what changed in the soil in the months before?”
GroundLive
Historical timeline shows exactly when parameters shifted — pH, moisture, temperature — and by how much.
My Soil history & data marketplace
Researcher · Buyer · Industry
Plant suggestion from sensor history
Farmer · Home user · Agronomist
Researcher · Agronomist · Industry
“I have a field — what can I actually grow here?”
GroundLive
Not guesswork. Based on 1 month to 1 year of real soil readings from the sensor in that exact location.
Agronomist
“Is my soil ready for this crop right now, today?”
GroundLive
Live sensor convoy gives a real-time answer, not a seasonal average from a government table.
Research Client
“Which plants have the best chance in my specific microclimate?”
GroundLive
Hyper-local data — not regional averages — drives the recommendation.
Farmer · Agronomist · Researcher
“How do I apply proven scientific growing methods to my current crop using live field data?”
GroundLive
Existing scientific cultivation methods are mapped onto your live sensor data and field conditions to guide plant growth in real time — no ordering or external sourcing required.
Agronomist
“Can the plant be adjusted dynamically based on ongoing soil and climate readings?”
GroundLive
Yes. The system continuously compares field data with validated scientific growth models and adjusts recommendations for irrigation, nutrients, and environmental control.
Researcher · Scientist
“Is this just theory, or does it actually influence real plant growth outcomes?”
GroundLive
It operates directly on live agricultural systems — scientific methods are executed in-field using real sensor feedback loops, not simulations.
Scientific Methods of Growing the Plant
Apply scientific methods to the actual plant using terminal sensor data
Remote Soil Security System
Continuous soil monitoring with automatic alerts when critical parameters move outside safe ranges.
Remote Soil Security System
Continuous soil monitoring with automatic alerts when critical parameters move outside safe ranges.
Farmer · Industrial · Home user
“How will I know if something goes wrong
with my soil while I'm not there?”
GroundLive AI
Set your threshold values for pH,
moisture, salinity or temperature.
The moment a parameter crosses the limit,
the system sends an alert instantly.
Greenhouse Owner
“My greenhouse is 200km away —
how do I monitor it remotely?”
GroundLive AI
Remote soil security operates 24/7.
Email or SMS notifications are triggered
immediately when conditions change.
Industrial Client
“Can I prove my soil conditions stayed
within safe operational parameters?”
GroundLive AI
Yes.
Immutable sensor history
stores a certified timeline of all
recorded soil conditions.
Hardware company · Startup · Developer
“We built a new soil sensor — how do we get it deployed and get real data back?”
GroundLive
Plug into GroundLive's node network. 40mm × 40mm × 40mm solar box, standard protocol — your sensor collects, we transmit and store.
Startup
“How can a small hardware company reach thousands of agricultural sites without building their own network?”
GroundLive
GroundLive is the network. Your sensor rides it. You get the data without the infrastructure cost.
Developer
“Is there an open standard for soil sensor interoperability?”
GroundLive
GroundLive's node protocol is that standard — any company can develop a compatible capture module.
Order Terminal Special Data
Open sensor network protocol · Hardware company · Startup · Developer
Scientist collaboration on plant orders
Scientist · Student · Client
Client
“I need a plant that resists drought AND high salinity — does it exist?”
GroundLive
Client submits soil parameters. Scientists receive the challenge and develop a solution — tracked live with daily readings.
Client
“How do I know if the scientist's method is actually working?”
GroundLive
24 sensor readings per day show both scientist and client the real-time progress of the solution in the field.
Student
“Where can students apply their research to real agricultural problems?”
GroundLive
Students collaborate on live field data — not simulated lab conditions. Real plants, real soil, real stakes.
Scientist
“How do I publish and share my plant research so it reaches actual farmers?”
GroundLive
Scientist publishes a method — it immediately becomes available to clients with matching soil profiles.
Industry · Research · Large farm
“I need soil readings from the middle of a flooded field —
how do I get them?”
GroundLive
Deploy a UAV with a soil probing pin.
It inserts into the soil, takes the reading,
and returns automatically.
No boots required.
Industry
“How do I monitor 500 hectares of forest
or mountainous terrain?”
GroundLive
UAV grid surveys cover areas tractors
and personnel cannot safely reach.
Every measurement is geo-tagged,
repeatable and archived.
Research
“Can I get soil data from a disaster zone
without risking personnel?”
GroundLive
Yes.
Zero human exposure.
UAV deployment handles insertion and collection remotely.
Data-pic-pocket via UAV
UAV soil probing system using a physical ground insertion pin. The drone lands or stabilizes above the target point, inserts the probe directly into the soil, captures real ground measurements, then returns automatically.
Plant worldwide coverage map
Demand plant worldwide geomap with connected sensor data
Researcher · Agronomist · Developer
“Is there a global map showing where plants can actually grow based on real soil sensor data?”
GroundLive
A worldwide geomap aggregates live and historical soil sensor data, showing plant viability across regions in real time.
Developer · Startup · Researcher
“Is this data accessible through an open API for integration into our own systems?”
GroundLive
Yes — GroundLive provides an open, limited API that allows free access to aggregated sensor insights for research, development, and non-commercial innovation use cases.