S15-BASE
Base module
Base module for attaching the pole to the ground or a structure, with mechanical stability and attachment still under design.
Mechanical design review MODULAR SMART FIELD SYSTEM
Protecting the edge
of every field, intelligently.
FarmPole
We are researching new ways to protect crops. FarmPole is a modular smart pole.
Prototype development and verification · Pre-commercial research
FARMPOLE · S15 SYSTEMDESIGN CONCEPT
One pole. Many possibilities.Concept visualization · Not a finished-product photograph or performance claim
Ø80 × 150 mmØ80mm outer diameter Standard pole design
150mm per module Standard module length
1–6priority levels Graduated priorities
WHY FARMPOLE
For crop protection
small, adaptable technology.
Every farm has different crops, terrain, and entry routes. FarmPole aims to connect only the functions needed rather than relying on a single fixed device.
A FIELD-FIRST APPROACHStarting with a single pole,
Starting with a single pole,
to a farm-wide
protection approach.
The system is being designed to reduce crop damage by separating sensing, control, power, and warning modules that can be configured for different sites.
Combine the features you need
Modular architecture for combining power, sensing, sound, and light to match site conditions
Research into cooperative poles
Research into distributed observation and decision logic between nearby poles over Bluetooth LE
Field-serviceable architecture
Designed with module-level maintenance and phone-based configuration in mind
THE S15 MODULE SYSTEM
One module at a time:
the FarmPole system.
The system is based on an Ø80mm outer diameter and 150mm standard module length. Each component is identified by its current development status.
Module names are engineering identifiers. Final hardware and commercial specifications are subject to validation.
S15-POWER
Power module
Proposed power supply and protection module evaluating wired power, batteries, and optional solar charging.
Power and solar designS15-CTRL
Control module
ESP32-C3 controller providing Bluetooth LE, 2.4GHz Wi-Fi, module control, and priority decisions.
Hardware controller testingS15-MOTION
Motion sensor module
Observes motion and distance clues using radar and PIR sensors. It does not identify animal species.
Radar and PIR testingS15-SOUND
Sound module
Designed for audible warnings in response to detected conditions. Speaker, amplifier wiring, and output control have been bench-tested.
Speaker output testedS15-LIGHT
LED light module
Proposed LED light-response block for visual warnings. Brightness, response scenarios, power use, and safety are still being designed.
Lighting module designS15-FLAP
Ribbon / motion module
Concept for visual and mechanical responses using ribbons or moving elements. Actuation and safety remain under review.
Ribbon actuation conceptS15-RANGE
Distance sensing module
Optional additional sensor concept for monitoring changes in approach distance; hardware technology and parts are not final.
Sensor expansion conceptS15-ENV
Environmental module
Proposed environmental context module for light, temperature, and humidity. Environmental readings are not treated as proof of animal presence.
Environmental sensor conceptHOW IT WORKS
From sensing to response,
a connected process.
We are researching a clear flow from observation to decision and response. Actual physical outputs remain distinct from planned or simulated actions.
01
Observe approach clues
Radar and PIR provide motion and distance clues. Their signals cannot reliably identify a species.
02
Evaluate conditions
The system evaluates signal health, duplicate detections, installed modules, and per-pole priorities from 1 to 6.
03
Plan module response
It plans sound, light, or moving-element responses based on settings and installed modules, with staged validation.
04
Connect and monitor
Nearby phone configuration uses BLE; connected environments may report status and events to the server.
* This flow includes target capabilities. Wildlife field effectiveness and production-grade weatherproofing, power, and safety validation are not complete.
CORE ARCHITECTURE
Compact modules,
adaptable architecture.
A shared mechanical standard is intended to simplify design and allow modular configurations for different farms.
FORM FACTOR / Form factorØ80mm cylindrical pole
MODULE LENGTH / Length150mm module length
CONTROLLER / ControllerESP32-C3 based
CONNECTIVITY / ConnectionBluetooth LE · 2.4GHz Wi-Fi
POWER / Power conceptsWired · battery · solar concepts
DEFENSE / Response policy1–6 priority levels
Diameter and module length are design targets. Internal dimensions, connectors, and production specifications require further testing.
POTENTIAL APPLICATIONS
Different farming environments,
one shared goal.
These are potential environments under consideration, not proven deployments. Installation suitability requires on-site evaluation.
Orchards and hillside farms
Designed around crop protection and possible entry routes along the perimeter
Crop fields and vegetable farms
Considering monitoring along crop edges, farm roads, and approach routes
Perimeters and access boundaries
Locations where placement and communication between several poles matter
DEVELOPMENT STATUS
What has been tested,
and what still needs validation.
FarmPole is in research and prototyping. We distinguish verified experiments from future product goals.
Controller and communication tests
ESP32-C3 controllers, Bluetooth LE connectivity, and some Wi-Fi/server integration have been tested.
Sensor and sound-output tests
Radar and PIR observation and speaker output control have been bench-tested. This does not establish product-grade accuracy or deterrence effectiveness.
Enclosure, power, and future modules
The enclosure, power and solar options, LEDs, and ribbon actuation are in design and future validation stages.
Outdoor trials and commercialization
Long-term wildlife trials, weather resistance, durability, electrical safety, and effectiveness testing are still required.
QUESTIONS & ANSWERS
About FarmPole
frequently asked questions.
Clear answers on the purpose and current scope of the project.
What is FarmPole?
It is a modular smart pole being developed to help reduce wildlife-related crop damage. The architecture aims to combine sensing and deterrent functions as needed.
Can it recognize boars, deer, or birds?
The current radar and PIR approach cannot reliably classify wildlife species. Wildlife detection rates and deterrence effectiveness have not been validated.
Can it operate solely on solar and battery power?
Batteries and an optional round top-mounted solar panel are design concepts. Charging performance, autonomous runtime, and waterproof ratings are unconfirmed.
Are all modules required?
No. Selectable modules are central to the concept. Real compatible configurations and installation constraints require electrical and mechanical validation.
Can it be managed from a smartphone?
A BLE field-setup app and server-side monitoring are being developed and tested. Remote access depends on connectivity, user authorization, and deployment conditions.
MADE FOR THE FIELD
A modular beginning
for smarter field protection.
FarmPole · SmartSquare Co., Ltd.
An official contact channel for pilot deployment and engineering partnerships is being prepared.