Our Mission
Agriculture has an extractor problem. Corporations wrap expensive dependency in "green" branding. Dyson builds a $150,000 cogwheel strawberry harvester — because it is GREEN. A company sells a $500,000 weed laser that needs noble gas rods replaced constantly — because it is GREEN. John Deere locks farmers out of their own tractors with DRM — because DATA.
We call these systems out. Then we build counter-systems from junkyard parts and physics. A spark plug on a stick. Wooden gravity-fed grow horses. $4 sensor nodes. Motorcycle batteries and BIG RED BUTTONS.
Fisheye Farm exists to prove that the extractors are lying. Not in a pitch deck. In the dirt.
The Story
It Started With Servers
The Knuckledragger Empire started as a technology project: an operating system, a game engine, a social platform, 156 SaaS replacements. Three Dell rack servers in a closet, a 40-gigabit mesh, and the stubborn belief that one person with the right tools can outbuild teams of hundreds.
Then the fish tank arrived.
The Fish Tank
It was supposed to be decorative. But once you have a fish tank and a drawer full of ESP32 microcontrollers, the question is not whether you will add sensors. It is how many.
Temperature. pH. Dissolved oxygen. Ammonia. Then: why not pipe the water through grow beds? The fish waste becomes plant food. The plants clean the water. The water goes back to the fish. A closed-loop system, monitored by the same MQTT broker that tracks server temperatures.
The aquaponic system was running within a month. Within two, we had more lettuce than we could eat.
The Realization
Server monitoring and farm monitoring are the same discipline. Collect metrics. Set thresholds. Alert on anomalies. Visualize trends. The tools change (soil moisture sensors instead of CPU temperature probes), but the architecture is identical.
We already had UPIP, our IoT device operating system. We already had dashboards. We already had an alert pipeline. All we had to do was point it at biology instead of silicon.
The Extractor Problem
Once the farm was running, we started looking at what the "real" ag-tech companies sell. A company in Europe makes a weed-killing laser — half a million dollars, needs noble gas rods that need constant replacement, plus a service contract. We looked at the physics: you need a point of heat, applied briefly, to kill a weed root. A spark plug does that. A motorcycle battery powers it. A truck rotor gives you the thermal mass. Total cost: about $75 and a trip to a junkyard.
Dyson built a strawberry harvester with precision cogwheels — $150,000, damages 15-20% of the berries. We use wooden grow horses: gravity-fed PVC channels carrying nutrient water from the aquaponic system. Strawberries grow at picking height. Zero mechanical harvesting needed. $200 in lumber.
That is when Fisheye Farm stopped being just a farm and became a counter-system laboratory. The Extractors page documents every fight.
What UPIP IoT Does for Fisheye Farm
The same UPIP device variant that monitors server rack temperatures runs on ESP32 boards throughout the farm:
- Reads I2C sensors every 30 seconds (pH, EC, DO, temp, humidity, soil moisture)
- Publishes via MQTT to a local broker on the R420 server
- Data stored in TimescaleDB for long-term trend analysis
- Alerts via the unified notification system (same one the Empire uses)
- OTA firmware updates from the same deployment pipeline
- Solar-powered nodes with deep sleep for outdoor beds
Scaling Dirt
The fish tank grew into a two-tank aquaponic system. The aquaponic system justified a greenhouse. The greenhouse needed vertical racks. The vertical racks needed automated irrigation. The automated irrigation needed more sensors. The sensors needed a dashboard. The dashboard already existed.
That is how a software project accidentally became a farm. Or maybe how a farm project was always hiding inside the software. Either way: the lettuce does not care about your origin story. It just wants the right pH and enough light.
What We Believe
Radical Transparency
Every item we sell carries its sensor data history. Not a marketing claim — a provenance record. You can see the soil moisture curve for the kale you are eating.
Fair Pricing
No venture capital subsidies. No loss-leader pricing. Real costs, real margins, explained openly. The Knuckledragger way: honest, even if it is inconvenient.
Closed-Loop Systems
Fish waste feeds plants. Plant roots clean water. Kitchen scraps feed chickens and compost. The goal is zero waste, not as a slogan, but as an engineering constraint.
Open Counter-Systems
Every counter-build is documented with parts lists, costs, and physics explanations. If a $75 spark plug rig replaces a $500K laser, everyone should know how to build one.
Local First
Food miles matter. We sell to our neighbors first. The marketplace exists to connect local growers with local eaters, not to ship arugula across the country.
Data Over Dogma
We do not argue about organic vs conventional. We measure nutrient density, growth rates, water usage, and cost per calorie. The numbers speak for themselves.
Anti-Extractor
We study what corporations sell, analyze the physics, and build alternatives from junkyard parts. If their "innovation" is just complexity for profit, we call it out.
Junkyard First
Motorcycle batteries. Truck rotors. Spark plugs. Lumber scraps. The best agricultural tools are already sitting in a salvage yard waiting for someone with a physics textbook.
The Stack (Yes, the Farm Has a Stack)
Because every system has architecture, whether it grows tomatoes or serves web pages
Sensor Layer
24 ESP32 nodes running UPIP IoT firmware. Capacitive soil moisture, DS18B20 temperature probes, Atlas Scientific pH/EC/DO, BME280 weather stations, Hall-effect flow sensors.
Data Pipeline
MQTT broker on the R420 server ingests 1,200+ messages per minute. TimescaleDB for time-series storage. Grafana dashboards for visualization. Alert rules trigger notifications via the Empire's unified notification service.
Automation
Threshold-based irrigation triggers. Automated fish feeders on schedule with override capability. LED grow lights on photoperiod timers with cloud-cover compensation. All controllable via MQTT commands.
Infrastructure
Part of the 3-server Knuckledragger cluster: Dell R420 (gateway) + two R720s (compute). 40Gb mesh. WireGuard VPN. PM2 process management. Cloudflare tunnel for public access. Same infrastructure that runs the whole Empire.
By The Numbers
Timeline
First Fish Tank + Sensors
Aquarium with ESP32 monitoring. pH, temperature, dissolved oxygen. Data piped to the same Grafana instance monitoring servers.
Aquaponic Conversion
Added grow beds. Fish waste to plant nutrients. First harvest of aquaponic lettuce. Sensor count doubled.
Greenhouse + Vertical Racks
Climate-controlled space with LED grow lights on automated photoperiod. Three-tier vertical system for microgreens and herbs.
Outdoor Beds + Weather Station
Eight raised beds with drip irrigation. On-site weather station for hyperlocal data. Soil moisture automation.
UPIP IoT Firmware v2.0
Unified firmware across all 24 nodes. OTA updates, deep sleep for solar nodes, MQTT command channels.
Fisheye Farms API
Backend service built: marketplace, CSA subscriptions, sensor data API, growth provenance records. 13 sub-modules.
Public Launch
fisheye.farm goes live. Sensor dashboard, farm marketplace, and CSA waitlist. Part of the Knuckledragger Empire ecosystem.
CSA Subscriptions Open
Weekly box deliveries begin. QR provenance codes on every item. Partner vendor onboarding.
Open Source Sensor Kit
Publish ESP32 firmware, PCB designs, and dashboard templates. $50 starter kit for any small farm to add IoT monitoring.
Farm Systems for Hire
Custom data + hardware + AI + networking solutions for any farm operation. Making John Deere look like Billy Bob since 2026.
Developed Land → Forest & Farms
The endgame. Use the revenue from farm systems to convert developed land back into forests and food production. Every parking lot is a potential food forest. Every abandoned lot is a future greenhouse.
The Endgame
The point of Fisheye Farm is not to be a farm. The point is to turn developed land back into forest and farms. Strip mall parking lots become food forests. Abandoned lots become aquaponic greenhouses. Dead lawns become productive soil.
We fund this by building farm intelligence systems that actually work — custom data pipelines, sensor hardware, AI monitoring, mesh networking — for other farmers and operations. Every system we sell funds another acre of rewilding.
We need money to make it happen. We make money by being better than John Deere, not by locking farmers into subscription traps. Reach out and let us build something for your land.
Get In Touch
Want a farm system? Want produce? Want to talk about turning parking lots into food forests?