Working backwards…here’s a bit more info for those in the shit giving department.
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Being a grower myself, I know the kind of abuse that equipment needs to endure in our gardens, crop after crop. Some equipment falls apart after a single run, and some stands the test of time.
Pulse Hub getting wet
Here enters the Pulse Hub; designed to withstand the extreme conditions that occur during cultivation, it uses waterproof marine-style cabling, making it easy to connect and place sensors in the harshest environments.
Marine spec NMEA2000 cabling T-connector
The cabling design enables branching off of the main cable line to connect sensors (daisy-chaining), rather than requiring all individual sensor cables to lead back to the Hub. This streamlines setup, minimizes cable clutter, and simplifies sensor network management.
Our robust cabling, combined with the ability to accommodate up to 12 sensors per Hub, offers remarkable adaptability for tailoring your grow setup. I made a couple of sketches to give you an idea of what I mean.
For example, you can use a variety of sensors in multiple grow spaces connected to a single Hub:
Cover multiple grow spaces
If you run a larger facility, you can track the VWC, soil EC, and soil temp with up to 12 sensors per Hub:
Monitor VWC across a large room
Another potential way you could use Pulse Hub is to track pH, EC and water temperature in all of your nutrient reservoirs:
Keep an eye on all your tanks and reservoirs
I hope this gives you a better understanding of how you could use Pulse Hub to improve outcomes in your grow.
I certainly see a ton of excitement and enthusiasm from the community around Pulse Hub and am eager to share more (including pricing!) with you in the coming days.
You’re already in Early Access so you will get all the updates and exclusive access to the Pulse Hub launch before anyone else. Thanks for your support!
Preorders starting soon. First batch ships in April. Limited quantity available.
