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Vinduino is an open license project for agricultural irrigation management
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ReiniervdL LoRaWAN support
Adding workshop slide deck and datasheet for LM-110/LM-130 for LoRaWAN support
Latest commit b92de27 Mar 12, 2019
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Gateway-Python Update March 2017 Mar 8, 2017
Vinduino-H_V3.1 Added conversions to Watermark Sensors Aug 6, 2017
Vinduino-Imp-GW-PCB clean up, added WiFi code Feb 4, 2017
Vinduino-R3_Wifi Removed old ESP8266 code and replaced with version for R3 Feb 4, 2017
Vinduino-R_sensor_test adding conductivity measurement Oct 17, 2015
.DS_Store Update March 2017 Mar 8, 2017
LICENSE Initial commit Jun 7, 2015 Update Sep 24, 2016


The Vinduino project started from the necessity to manage irrigation in my small Southern California vineyard, by monitoring soil moisture at different depths and at several vineyard locations. Soil moisture monitoring systems have been around for decades, but they cost hundreds to thousands of dollars and -because these systems are proprietary- there will be ongoing cost to customize and maintain these systems. As a small vineyard owner, I needed something low cost and flexible. The open source Arduino platform, together with low cost gypsum soil moisture and salinity sensors, provides all that. While I first envisioned the Vinduino project (Vineyard + Arduino) for my personal interest and needs, but now the scope has broadened to providing easy to use, open source, low cost solutions for agricultural irrigation management.

Saving water is more important now than ever. The drought that is ongoing in California for four years, made everybody realize the importance of reducing water use. But it is not just California that is plagued by prolonged drought periods. Large agricultural areas in South America, India, China, and Africa suffer from continuing water shortage as well.

To date, the Vinduino project provided the following results, published on the Vinduino blog, Hackaday, and Github:

  • DIY calibrated gypsum soil moisture sensors (Watermark SS200 is also supported)
  • Hand held sensor reader (soil moisture, soil/water salinity, water pressure)
  • Solar powered remote sensor platform (Vinduino R3), available on Options include: 4 electrically separated inputs for soil moisture sensors Wifi (ESP8266) or Globalsat LM-210 LoRa module for long range (6 miles) Irrigation valve control, optional pressure sensor for valve operation feedback several options for temperature/humidity sensors Built in solar battery charger Built in real time clock for precise irrigation timing
  • Gateway to connect multiple LoRa end nodes to the Internet via Wifi (Vinduino Gateway)

All publicly released programming and documentation is available for free under the GNU General Public License 3.0.

Web site:

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