Remote Resource Monitoring
We create what we call Stations. Each of the Station types we build is specialized for certain applications. Our Stations are used to collect data, such as air temperature and water depth. Once the data has been recorded it is then uploaded to our database for both processing and storage where it can then be easily accessed from our website. All of our Stations are self-contained units featuring solar charging and 4g CAT-M1 cloud connection.
With the ability to receive flow rate and depth readings, remotely and instantly, the need for manual observation is eliminated saving both time and money. With an additional option to configure notifications custom to each user, alerts can be received instantly if the user-defined criteria are met.
All of our components that go into manufacturing our stations our industrial grade, right down to the batteries, ensuring reliable and long-lasting performance with minimal maintenance. No need for costly repairs on cheap or faulty equipment.
With our web utility, flow rate and depth measurements have never been easier to obtain. Live data is fed to our servers every minute and streamed instantly to users’ charts allowing for instant updates and the ability to configure notification that will be sent if any irregularities arise.
All of our services are accessible using any web browser on both desktop and mobile devices. Our streamlined web design shows the information you want to see while providing easy navigation. All actions on our site use HTTPS certification and End-to-End encryption to ensure all traffic is secure.
Using our advanced algorithms, that feature temperature and humidity compensation, all stations are able to filter false readings and smooth spikes to provide reliable and consistent data in all conditions. Distance measurements collected by stations are all within ±0.25% of the reading distance.
With solar power and battery backup, stations can be installed anywhere allowing for greater flexibility in placement. During the day the solar panels simultaneously charge the 20Wh battery backup and supply power to the station. At night, or in conditions where sunlight is limited, the backup powers the station for continuous service up to 7 days before needing to be charged again.
Best For Irrigation Canals, Provides Standard Depth Data Plus Volume And Flow Rate
Starting at $499
Best For Fish Hatcheries, Provides Standard Depth Data & Air Temperature To Monitor Sudden Fluctuations In Temp
Starting at $499
Real Time Access to All Recorded Data
$50 Per Month
Minimum of 3 Stations
This was the first station built and fully tested in a real world environment. Its currently used to monitor the levels of a small irrigation pond that is used to flood irrigate a lawn.
Alerts are configured by the user to notify them when the water is at or above the drainage line meaning the pond is full and extra water is flowing out the drain. A second alert is set to notify when the water is less then 1 ft deep.
This provides in-site on the best times to turn on the high flow pump vs the low flow pump.
BACK The First Station built to be fully and deployed. It was installed for Burley Irrigation. This Station was constructed above a Broad-Creased Weir and is used to measure the flow rate of all water passing over the top.
Using only the depth of the water head we are able to precisely calculate the flow using complex formulas tuned to the critical flow depth while even accounting for the compressive acceleration of water caused by gravity.
BACK The first station to be installed at a fish hatchery. It is used to measure the depth of the water flowing into the hatchery that is then divided among individual lanes.
Alerts are configured by the to notify workers when the water is above a set depth. A second alert is set to notify when the water is less then another set depth.
This provides in-site on the best times to feed the fish and how much water is available to use.
BACK This is the station setup to do the testing on all hardware to ensure it will stand up to long term use. All units go through various forms of testing before being available for sell.
Random water proof testing ensures rain will not damage internal or external components. Additionally all units go through a full submersion test.
Heat and cold testing is important to ensure batteries will last under the hot sumer and cold winter conditions.
The test station is mounted on PVC to allow flexibility to make wind test more extreme by letting the unit be thrown around more vigorously.
BACK The primary role of this station is to act as a high water alarm. when the water reaches a critical level a text message is sent to all users with access to the station telling them the current level.
The station is the first one where we bolted it directly to a concrete pad instead of pouring our own, it uses all galvanized parts to ensure it lasts while looking good.
BACK The H14 check is an automated system the is used to keep the hight of the upstream water at a consistent level. This station is used to measure the position of the check.
It is mounted with PVC to one of the arms that extends from the gear mechanism that controls the checks height.
BACK This is the first station we built using a dual sensor setup. It is used to measure the flow rate through a rectangular submerged orifices. Sensor-A is on the canal side and Sensor-B is on the other side of the orifice. Using the difference in water height between the two we can calculate the flow rate.
14 feet tall and made of all galvanized pipe it is sturdy and look very clean. It was welded to a flat plate then anchored to the side of the orifices box.
BACK This is the first station we built using a anchor system that bolts directly into the concrete. It is used to measure the depth of a concrete box that has one inlet and three outlets. When the water gets close to the top alerts are sent to the users warning of a potential overflow.
The sensor arm is made of all galvanized pipe it is sturdy and look very clean. This is also the first station to use our new motherboard that brought tones of performance improvmants and increased reliability.
BACKWe're only as strong and as knowledgeable as our team. Here are the members that have spent countless hours working to provide the best user experience.
Koby Hale
Electrical Engineer & PCB Designer
Daniel Brown
Project Leader & Financial Manager
Mohamed Jaouadi
Android developer & Embedded System Engineer
You can stop by or use the contact form for any questions. Just fill in the form and send it to us and we'll get right back with a call or email to help you decide what station will work best.