Ecosystem Symbiosis & Logic
Because writing code and assembling circuits is second nature to me, bringing that logic out of the office and straight into the dirt felt completely right. Technology should not exist in a corporate vacuum; it should wrap around our geospace, physically by drawing its layout, monitoring its shifts, and precisely calibrating our human touch upon it.
I design, build, and deploy custom hardware arrays and lightweight firmware that integrate natively with livestock lifecycles, weather telemetry, and mechanical operations. I build simple & practical solutions that solve my own real physical problems when needed, without introducing the burden of digital bloat. Some solutions may work for you, too.
Sovereign Systems vs. Digital Bloat
I build these custom setups to be entirely practical, operating under a strict philosophy of user sovereignty. Modern tech culture seems to force a loss of ownership and control. This does not sit well with how I believe systems should be built. My circuits and software do not 'call home', rely on fragile cloud dependencies, mandatory subscriptions, or third-party servers.
Whether you require basic microcontroller automation for water infrastructure, rugged sensor nodes for microclimate detection, or high-precision RTK land mapping, I focus on forging lean, offline-first infrastructure—blending practical hardware assembly with robust, lightweight code designed to solve problems on the ground.
| Hardware Architecture & Capabilities | |
|---|---|
| Core Logic | Microcontroller-Based Custom Hardware |
| Sovereignty Tier | 100% Local / Low-or-no Cloud Dependency / Offline First |
| Spatial Accuracy | Centimetre-Level RTK Geospatial Topography Mapping |
| Sensing Spectrum | Microclimate Detection, Hydrology, & Automation Control |
| Design Model | Bespoke Functional Builds for Land & Machinery |
Bench Workspace & Field Deployments
System Design & Project Inquiries
While my focus belongs primarily to the land here, I am always open to discussing clean, practical technological solutions for others—whether that means writing custom firmware, setting up localized telemetry, or laying out low-power microcontroller hardware. I welcome genuine queries and enjoy solving real-world problems.
However, because I run an active farm and work in limited capacity, my availability is strictly bounded by the seasons, my schedule, and current component markets. I take on external projects only when they fit my timeline and available resources.