RemoteID Spammer/Spoofer
An ESP8266/NodeMCU-based tool that spoofs multiple fake drone RemoteID broadcasts for testing and educational purposes.
What is RemoteID Spammer/Spoofer?
RemoteIDSpoofer is an open-source tool that generates fake drone RemoteID broadcasts using ESP8266/NodeMCU or ESP32 microcontrollers. It simulates multiple virtual drones flying around a specified GPS location, allowing users to test RemoteID detection systems without needing actual drones. The project addresses the need for accessible testing tools in the growing drone identification ecosystem.
Drone enthusiasts, researchers, and developers working with RemoteID systems who need to test detection capabilities without physical drone hardware. Educational institutions and hobbyists exploring aviation identification technologies.
Provides a low-cost, accessible way to test RemoteID detection systems using common microcontroller hardware. Unlike commercial testing solutions, it's open-source, customizable, and built on widely available ESP8266/ESP32 platforms with persistent configuration settings.
Overview
NodeMCU RemoteID Spoofer
Use Cases
Best For
- Testing drone RemoteID detection apps and devices
- Educational demonstrations of aviation identification systems
- Research on wireless packet spoofing techniques
- Developing and debugging drone detection algorithms
- Learning about ESP8266/ESP32 wireless capabilities
- Simulating multiple drone scenarios for system testing
Not Ideal For
- Regulatory compliance testing requiring certified RemoteID packets and region-specific formats
- Integration with enterprise systems needing real-time APIs or server-side data processing
- Environments with sensitive wireless equipment where packet broadcasting could cause interference
Pros & Cons
Pros
Spawns up to 16 fake drones with random flight patterns around a configurable GPS location, enabling comprehensive testing of detection systems without physical drones.
Provides a wireless access point and web interface at 192.168.4.1 for easy setup of GPS coordinates and parameters, accessible from any smartphone.
Configuration parameters are saved onboard and remembered across power cycles, eliminating the need for repeated setup after initial configuration.
Compatible with both ESP8266 and ESP32 microcontrollers, as confirmed in the to-do list, offering options for different performance and cost points.
Cons
The disclaimer states broadcasting fake RemoteID packets is likely illegal in public airspace, similar to ADS-B spoofing, restricting safe and legal use to controlled, educational environments.
Requires installation of Arduino IDE and manual board configuration, which can be a barrier for users not familiar with microcontroller programming or development environments.
Lacks support for valid RemoteID formats and region selection, as noted in the to-do list, reducing accuracy for simulations that mimic real-world drone identification.
Frequently Asked Questions
Related Projects
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Drone Remote ID Monitoring SystemWeb application to monitor drones based on the Remote ID technology over WiFi and Bluetooth.
RVDRobot Vulnerability Database. An archive of robot vulnerabilities and bugs.
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