I have already sketched out an automatic irrigation solution that combines resistive-type soil-moisture probes with an IR sensor perimeter, and the early lab tests show water savings of roughly 15-25 % and an expected 10 % bump in yield. Now I need a freelancer who can turn the prototype into a field-ready system and give me a clean, real-time dashboard. Core needs • Sensor integration: pull continuous data from the resistive probes and the IR intruder sensor, filter noise, and make it available through an API or direct serial link. • Irrigation logic: refine the schedule so the controller reacts to live moisture readings, maintaining the water-saving target while avoiding plant stress. • Dashboard: a web or mobile panel that auto-refreshes and presents soil-moisture levels at a glance. I would like the layout to leave room for future water-usage charts and alert pop-ups, but the first milestone is moisture data only. • Security tie-in: log IR sensor triggers and make the event stream accessible; no alarm logic is needed yet. Acceptance 1. I can open the dashboard from any LAN browser and see moisture values update in real time (≤5 s latency). 2. Changing soil moisture in a test bed shows a proportional change in the displayed value. 3. The system holds water consumption within the 15-25 % reduction window during a three-day field trial. Code should be well-commented Python, Node, or C++—whichever best suits the microcontroller you recommend—and all schematics or wiring diagrams must be included so I can replicate the build on additional plots later.