Sensors and Remote Pump Controls
Support Australian manufacturing
Floating Dam Level Sensor – NBIoT$1,490.00 ex GST Add to cart
Floating Dam Level Sensor – NanosatelliteRead more
Tank and Groundwater Level Sensor NBIoT$1,190.00 ex GST Add to cart
Tank Level Sensor – Nanosatellite$1,390.00 ex GST Add to cart
Solar Floating Level Sensor and Bluetooth Gateway – NanosatelliteRead more
Solar Tank Level Sensor and Bluetooth Gateway – NanosatelliteFrom $1,500.00 Select options
Satellite Pump SwitchRead more
Electric Pump Switch NBIoT$1,690.00 ex GST Add to cart
Solar Bluetooth Beacon with Multi-Sensor OptionsFrom $480.00 Select options
Budgie Tracker$436.00 ex GST Add to cart
Parakeet Tracker$558.00 ex GST Add to cart
Rosella Tracker$488.00 ex GST Add to cart
Lorikeet Tracker$596.00 ex GST Add to cart
Galah Satellite Tracker$825.00 ex GST Add to cart
Cockatoo Satellite Tracker$650.00 ex GST Add to cart
Macaw Solar Satellite Tracker$990.00 ex GST Add to cart
Solar Satellite Camera$6,900.00 ex GST Add to cart
Yabby products include Sensors, Trackers and Cameras and Platform. The products listed are not an exhaustive list of all the products that we can provide.
We are continually innovating, developing and improving products. The global industry is also developing technology at a rapid rate.
Our products can often have additional sensors or services added and we also provide bespoke solutions. Our solutions come with a choice of NBIoT/CATM1, Nanosatellite, Satellite, Bluetooth, Zigbee and LoRaWAN.
Depending on your budget and operational requirements our sensors can be powered three ways
- Battery powered for long lasting, low powered solutions for monitoring such as daily water levels and rainfall.
- Solar powered for more intense sampling and higher power requirements.
- High powered multichannel datanodes that can measure multiple parameters at once, switch and monitor pumps and a variety of other inputs.
Our products come with 12 months warranty and support
Pump Switching and Monitoring
- Suitable for diesel and electric pumps
- Remote switching and monitoring
- Monitor diesel level in tanks, record usage and receive alerts when low
- Link tank level sites to pump sites for automated refilling (hardwired or wireless)
- Solutions for small to medium pump installations
- Standalone watchdog options with remote monitoring of pressure and flow and alert on faults
- Connection to a wide range of complimentary sensors such as flow, pressure, water level, rain gauges, and more
- Monitor the run state of the pump and receive alerts – via SMS, email, or both
- Record historical data for immediate and future reference
After years of development, volume forecasting is now available and unique to the Yabby range.
Volume forecasting will provide you with
- greater confidence to plan for the upcoming season
- critical information to determine water licencing and seasonal trading arrangements for the season
- infrastructure investment confidence
- stocking rates
Over a number of years we have developed our own comprehensive platforms for sensors and tracking.
Our sensors are remotely monitored with the Yabby platform. Interrogate volume and level trends, set SMS, email alerts, change sampling intervals, turn pumps on and off to better manage your precious water resources. Request a custom built water balance model, integrate it with your sensors and make better informed decisions about your water requirements. We can also develop a local volume forecaster for your storages providing you with weekly and monthly volume forecasting (out to 3 months)
The Yabby range of sensors are the only products on the market that can forecast future (3 months) storage volumes. We also offer the only floating level and volume sensor ensuing you measure all the water available.
Water is your farm’s most valuable resource. Accurate monitoring and forecasting reduces your risk and gives you better control over this valuable commodity.
Easy installation and connection
We offer self install systems saving you costs or we can also install. You can select from 3 options
DAM YABBY – Floating battery powered cable and sensor systems
TANK YABBY – Fixed battery powered cable and sensor systems
ULTRASONIC YABBY – Ultrasonic battery powered level sensor
Traditional storage level sensors require construction of monitoring stations on the bank and a walkway or cabling to the deepest part of the dam. These systems are prone to failure due to cable damage, solar panel or battery failure, storm impacts (lightning, hail and high winds) or animal and operational impacts. The floating Yabby can be placed at the deepest part of the dam regardless of where that may be and is not constrained by cabling or farm infrastructure.
Your time-series data is relayed to the cloud and reported back instantaneously transforming your data into beautifully presented, actionable information.
The Yabby range of sensors and platform are low cost, compact and technologically advanced.
Site data can be accessed through our custom Yabby platform.
Our sensors can connect through all communication protocol options and the choice depends on many factors such as the scale of your operations and remoteness of your property. Our standard offering due to reliability, coverage and low cost is Telstra’s NB-IoT (Narrow Band IoT). Coverage maps for NB-IoT can be found here.
However, the cost of using other connection options are similar. We can provide the following options if you prefer – Satellite IoT, LoRaWAN (Long Range Wide Area Network) and on-farm WiFi systems.
More information about connectivity options can be found in the KPMG report ‘Agri 4.0 – Connectivity at our fingertips’.
Sensors and connectivity is technically complex. Professor David Lamb from University of New England recently reported that producers find it challenging to run their own networks and more than 75% of farmers with (internal) on-farm networks rate them as moderately to extremely challenging to maintain and the majority of those producers rely upon a others such as an external consultant to keep the systems running. Moreover, many producers find external connectivity daunting with 61% not even sure where to start.
If you would prefer Yabby can design and install a turnkey solution.
A recent book on the development of IoT noted that there is a lack of a common connectivity standard for wide area wireless IoT connectivity, the book concluded that NB-IoT should win out as it is a standard using licensed spectrum backed by network operators who have deployed a national interoperable network in Australia. LoRa in comparison is based on private deployments which are inherently patchy in terms of coverage in rural and remote areas.
Although we offer all modes of connectivity we have conscientiously developed NBIoT (CAT M1) battery powered sensors as one of our key offering. Studies from densely populated countries who advocate LoRaWAN are not as relevant to regional Australia and they often do not comprehend the connectivity issues due to the tyranny of distance and the infrastructure requirements to achieve ‘regional coverage’.
Benefits of NB IoT/CAT M1
Low cost (on par with LoRaWAN when considering gateway infrastructure),
Greatest range (100km) and coverage (4 Million sq km compared to Telstra mobile coverage of 2.5 million sq km ), underpinned and support by Telstra’s infrastructure
Lowest latency times
Best download capabilities
Long life battery (generally 10 years or more)
Best quality of service
Sensors are directly connected to Telstra towers and not though a gateway or third party application. This means that if the sensor fails it does not impact on the system, however if the gateway fails all sensors connected fail.
What is the best option
Another key finding in the book was that ‘those who buy IoT rarely want just devices, instead they want complete solutions’ . The benefit of working with complete solution providers is that all connectivity technologies should be considered and the best options selected for your property. There is no reason why your property can not have a hybrid of connectivity as all data is transmitted to the same platform. Selection criteria will depend on location, size and remoteness of your property, number of sensors required now and in the future, requirements of the sensor (basic levels, controls etc), sample interval required, latency (timing of signal from sensor to control) and cost amongst other things.