JakeTheRabbit · JakeTheRabbit · Aug 8, 2026
diff --git a/PARTS_LIST.md b/PARTS_LIST.md
@@ -1,54 +1,18 @@
-# Parts list
+# Parts list moved
 
-The bill of materials behind this build. Where there's more than one option, the **bold** one is what's actually in use; the rest are known-good equivalents.
+The hand-maintained HAGR bill of materials has been replaced by **[Awesome Grow Room Parts](https://jaketherabbit.github.io/awesome-grow-room-parts/)**.
 
-## Environmental control
+The catalogue is the current source for:
 
-### CO₂ injection
+- searchable and filterable grow-room hardware
+- observed pricing and vendor links
+- deployment evidence and quality tiers
+- I²C addresses and collision warnings
+- calibration notes and documented failure modes
+- scrubbed ESPHome examples
+- complete build recipes with calculated totals
+- DIY versus proprietary platform comparisons
 
-- **[Growshop NZ CO₂ regulator + solenoid set](https://growshop.co.nz/products/co2regulatorsolenoidset)** — or any equivalent CO₂ solenoid + regulator.
+The structured source data, safety guidance, and contribution workflow are in the **[Awesome Grow Room Parts repository](https://github.com/JakeTheRabbit/awesome-grow-room-parts)**.
 
-### CO₂ sensing
-
-Any Sensirion SCD3x / SCD4x will do. Pick by form factor.
-
-| Sensor | Form | Source |
-|---|---|---|
-| SCD30 | Bare PCB | [DigiKey – Sensirion SCD30](https://www.digikey.co.nz/en/products/detail/sensirion-ag/SCD30/8445334) |
-| SCD40 | M5Stack Grove unit | [M5Stack – CO₂ unit (SCD40)](https://shop.m5stack.com/products/co2-unit-with-temperature-and-humidity-sensor-scd40) |
-| **SCD41** | M5Stack Grove unit | [M5Stack – CO₂L unit (SCD41)](https://shop.m5stack.com/products/co2l-unit-with-temperature-and-humidity-sensor-scd41) |
-
-### Smart plugs (HA-controllable)
-
-Any Tuya or TP-Link Kasa works. In use: **[TP-Link Kasa KP303 multi-plug](https://www.pbtech.co.nz/product/SURTPL3020/TP-Link-Kasa-KP303-Smart-Wi-Fi-Surge-Strip-3-x-Out)**.
-
-## Substrate sensing
-
-- **TEROS-12** or a compatible SDI-12 sensor — see [`teros-12/Readme.md`](teros-12/Readme.md) for wiring, the ESP32 sketch, and calibration.
-- **THC-S soil sensor** — the coco-coir-calibrated pwEC template lives in [`esphome/THC-S Home Assistant Template Sensors calibrated for Coco coir`](esphome/THC-S%20Home%20Assistant%20Template%20Sensors%20calibrated%20for%20Coco%20coir).
-- **Recommended for new builds:** [Chill-Division SDI-12 substrate sensor](https://github.com/Chill-Division/sdi12-substrate-sensor) — calibrated and auto-discovers over MQTT, so you skip the whole calibration hassle.
-
-## Fertigation
-
-- **Atlas Scientific EZO modules** — pH, EC, RTD probes for reservoir and batch-tank monitoring. See [`esphome/atlas_wifi_hydroponics_kit.yaml`](esphome/atlas_wifi_hydroponics_kit.yaml).
-- **Peristaltic pumps** — driven from an ESPPoE relay/PWM. See [`esphome/espoe_peristaltic_pumps.yaml`](esphome/espoe_peristaltic_pumps.yaml).
-- **Ultrasonic distance sensor** for tank level — see [`esphome/m5stack-dial-tank-monitor.yaml`](esphome/m5stack-dial-tank-monitor.yaml) for the M5Stack Dial readout.
-- **Load cell + HX711** for CO₂ cylinder weight — see [`esphome/m5stack-dial-scales-co2-tank.yaml`](esphome/m5stack-dial-scales-co2-tank.yaml).
-
-## Microcontrollers and host boards
-
-- **M5Stack Atom / Atom S3 Lite / Atom Lite** — compact ESP32 boards with Grove ports for plug-and-play sensors.
-- **M5Stack ESPPoE** — ESP32 with PoE for permanent installs where you don't want to deal with flaky WiFi.
-- **M5Stack AirQ** — purpose-built air-quality node.
-- **M5Stack Dial** — round display + rotary encoder, good for at-tank readouts.
-
-Most of the sensors here come from the [M5Stack sensor catalogue](https://shop.m5stack.com/collections/m5-sensor).
-
-## Optical / thermal
-
-- **MLX90614** (single-pixel IR) — direct leaf-surface temperature for leaf-VPD. See [`esphome/thermal_camera_leaf_temp.yaml`](esphome/thermal_camera_leaf_temp.yaml).
-- **MLX90640** (32 × 24 thermal array) — canopy temperature mapping. See [`esphome/espatom_mlx90640.yaml`](esphome/espatom_mlx90640.yaml).
-
-## Lighting
-
-- **PWM-dimmable LED drivers** (0-10 V or PWM input) — wire the M5 PWM unit in place of the potentiometer. See [`esphome/pwm_led_lights.yaml`](esphome/pwm_led_lights.yaml).
+HAGR's field configs remain available in [`esphome/`](esphome/) for existing installations and implementation reference. New builds should choose hardware in the catalogue first, then follow the linked maintained firmware or recipe.
diff --git a/Packages/CropSteering/README.md b/Packages/CropSteering/README.md
@@ -0,0 +1,10 @@
+# Legacy crop-steering package
+
+This Home Assistant package remains available for existing HAGR installations and as an implementation reference.
+
+For new installations use:
+
+1. **[HA-Irrigation-Strategy](https://github.com/JakeTheRabbit/HA-Irrigation-Strategy)** for the custom integration, room and zone configuration, sensor fusion, and Home Assistant entities.
+2. **[f2-control](https://github.com/JakeTheRabbit/f2-control)** for the one-click Home Assistant add-on that runs the P0-P3 control engine, safety gates, hardware sequencing, and dashboards.
+
+The YAML files in this directory are not being removed, so existing links, forks, and installations continue to work. The original detailed guide is [`../ReadMe.MD`](../ReadMe.MD).
diff --git a/Packages/ReadMe.MD b/Packages/ReadMe.MD
@@ -1,5 +1,8 @@
 # Home Assistant Advanced Crop Steering Package
 
+> [!IMPORTANT]
+> **Legacy package:** retained for existing HAGR installations and reference. For new installs use [HA-Irrigation-Strategy](https://github.com/JakeTheRabbit/HA-Irrigation-Strategy) with the one-click [f2-control Home Assistant add-on](https://github.com/JakeTheRabbit/f2-control). The maintained controller adds multi-zone isolation, sensor fusion, fail-closed hardware checks, UI setup, and current dashboards.
+
 This package implements a dynamic, four-phase crop steering system for hydroponic setups within Home Assistant. It aims to optimize irrigation based on Volumetric Water Content (VWC), Electrical Conductivity (EC), time, and user-defined growth strategies (Vegetative vs. Generative).
 
 ## Core Principles