Untrack agent instructions, clean README status wording

.gitignore

@@ -17,3 +17,7 @@ __pycache__/
 
 # Analyzer output (regenerable)
 *_analysis.json
+
+# Agent instructions (local-only)
+CLAUDE.md
+.claude/

README.md

@@ -1,17 +1,19 @@
-# OpenRemoteID (WIP)
+# OpenRemoteID
 
 Open-source Remote ID broadcast module for drones. FAA + EU compliant.
 
+Status: schematic and component selection complete, PCB layout not routed yet, no firmware yet.
+
 ## Features
 
 ### Wireless
-- **ESP32-C3-MINI-1** — BLE 4/5 + WiFi, FCC/CE/IC pre-certified (2AC7Z-ESPC3MINI1)
+- **ESP32-C3-MINI-1**: BLE 4/5 + WiFi, FCC/CE/IC pre-certified (2AC7Z-ESPC3MINI1)
 - Broadcasts BLE 4 Legacy + BLE 5 Long Range + WiFi Beacon simultaneously
 - ASTM F3411-22a / EN 4709-002 compliant message encoding via opendroneid-core-c
 
 ### GPS
-- **ATGM336H-5NR32** — GPS + BeiDou, AT6558R chipset
-- Built-in SAW filter, LNA, TCXO — no external RF components needed
+- **ATGM336H-5NR32**: GPS + BeiDou, AT6558R chipset
+- Built-in SAW filter, LNA, TCXO: no external RF components needed
 - 2.5m accuracy, 32s cold start, -162 dBm tracking sensitivity
 - External GPS antenna via U.FL/IPEX connector
 
@@ -34,9 +36,9 @@ Open-source Remote ID broadcast module for drones. FAA + EU compliant.
 
 ## How It Works
 
-The module is **fully standalone** — it has its own GPS, its own BLE/WiFi radio, and its own processor. Just wire 5V + GND from the drone. No flight controller integration needed for Remote ID compliance.
+The module is **fully standalone**: it has its own GPS, its own BLE/WiFi radio, and its own processor. Just wire 5V + GND from the drone. No flight controller integration needed for Remote ID compliance.
 
-**Optional GPS passthrough:** Wire the module's TX pad to an FC UART RX — the module relays NMEA data from its GPS to Betaflight/iNAV for GPS Rescue and OSD coordinates. The FC gets a GPS source for free.
+**Optional GPS passthrough:** Wire the module's TX pad to an FC UART RX and the module relays NMEA data from its GPS to Betaflight/iNAV for GPS Rescue and OSD coordinates. The FC gets a GPS source for free.
 
 **Configuration:** Hold the boot button during power-on to enter WiFi AP mode. Connect with any phone/laptop browser to set operator ID, serial number, and region.
 
@@ -45,19 +47,16 @@ The module is **fully standalone** — it has its own GPS, its own BLE/WiFi radi
 ```
 OpenRemoteID/
 ├── README.md
-├── CLAUDE.md               ← Project instructions for AI assistants
 ├── hardware/
 │   ├── DESIGN.md            ← Full design document (netlist, BOM, layout, compliance)
 │   ├── OpenRemoteID.kicad_pro
 │   ├── OpenRemoteID.kicad_sch
+│   ├── OpenRemoteID.kicad_pcb
 │   ├── lib.kicad_sym        ← Local symbol library (16 symbols)
 │   ├── lib.pretty/          ← Local footprint library (17 footprints)
 │   ├── lib.3dshapes/        ← 3D models (STEP + WRL)
-│   ├── datasheets/          ← IC datasheets (local copies)
-│   ├── tools/               ← Analysis scripts
-│   └── production/          ← JLCPCB exports
-├── firmware/                ← Standalone RID firmware (planned)
-└── images/                  ← Board renders
+│   └── datasheets/          ← IC datasheets (local copies)
+└── research/                ← Remote ID module market research
 ```
 
 All libraries are project-local. No external library setup required.
@@ -71,18 +70,18 @@ All libraries are project-local. No external library setup required.
 
 ## Firmware
 
-Custom standalone firmware (planned). Uses:
+Custom standalone firmware, not started yet. Planned stack:
 - [opendroneid-core-c](https://github.com/opendroneid/opendroneid-core-c) for ASTM F3411-22a message encoding
 - ESP-IDF / PlatformIO build system
 - NMEA parser for direct GPS input from ATGM336H
 - BLE + WiFi broadcast engine
 - NVS parameter storage, WiFi AP web configuration
 
-No existing open-source RID firmware supports standalone GPS operation. ArduRemoteID only accepts MAVLink/DroneCAN from a flight controller. This project will provide the first complete open-source standalone RID firmware.
+No existing open-source RID firmware supports standalone GPS operation: ArduRemoteID only accepts MAVLink/DroneCAN from a flight controller. This project needs its own firmware for standalone use.
 
 ## Part of OpenDrone
 
-This module is part of the [OpenDrone](https://github.com/Project-Stinger) open-source drone electronics ecosystem by [Incutec](https://incutec.com). Designed to work standalone with any drone, or integrated into the OpenFC Pro flight controller.
+This module is part of the [OpenDrone](https://github.com/incutec-hw) open-source drone electronics ecosystem by [Incutec](https://incutec.com). Designed to work standalone with any drone, or integrated into the OpenFC Pro flight controller.
 
 ## License