mogenson wrote a Rust application that lets a Flipper Zero write to a Waveshare e-Paper Tag over NFC, effectively turning the passive paper tag into a programmable display.
i12bp8 writes about TagTinker, a Flipper Zero app for exploring infrared electronic shelf-label (ESL) protocols, enabling users to transmit custom images and text to supported e-ink graphics tags. The project bundles a browser-based image preparer with dithering and colour quantisation, NFC tag scanning for auto-identifying ESL targets, and optional WiFi plugins via an ESP32-S2 bridge that render live designs (crypto prices, weather, GitHub profiles) through a Cloudflare Worker without reflashing the Flipper.
- Security relies entirely on protocol obscurity; the Flipper team noted the IR signal is "same that you use in TV remotes"
- Tags store firmware in volatile RAM, so removing the battery permanently bricks them
- A sub-$5 ESP32 + IR LED setup replicates the functionality without a Flipper Zero
- The web preparer uses Oklab 3-colour quantisation with Floyd-Steinberg, Atkinson, or Bayer dithering
- Supports monochrome and accent-colour (red/yellow) tags including SmartTAG Color 2.6 (type 1626)
- Security relies entirely on protocol obscurity; the Flipper team noted the IR signal is "same that you use in TV remotes"
- Tags store firmware in volatile RAM, so removing the battery permanently bricks them
- A sub-$5 ESP32 + IR LED setup replicates the functionality without a Flipper Zero
- The web preparer uses Oklab 3-colour quantisation with Floyd-Steinberg, Atkinson, or Bayer dithering
- Supports monochrome and accent-colour (red/yellow) tags including SmartTAG Color 2.6 (type 1626)
V3SP3R, also known as Vesper, transforms the Flipper Zero into an AI‑powered command center. Users can control the device through natural language, voice, or images, leveraging OpenRouter models such as Hermes‑4 or Claude Sonnet‑4. The app offers real‑time interaction with Flipper subsystems—SubGHz, IR, NFC, BadUSB, GPIO, and more—while providing multimodal inputs including photo analysis and smart‑glasses integration via a Mentra bridge. Features include a visual waveform editor, AI‑generated payloads, a FapHub browser, resource search, and a risk‑aware permission engine that classifies actions and logs all activity. The project is open source under GPL‑3.0 and supports Android Kotlin with Jetpack Compose, Hilt, and Room.
Firmware and software to run an ESP32-CAM module on your Flipper Zero device. Allows capturing images and streaming live video to the Flipper Zero.
A MicroPython port for the Flipper Zero allowing users to create apps, games, and scripts using their favorite programming language without needing custom firmware.
A MicroPython application for the Flipper Zero is now available, complete with a library for hardware and software feature support. This allows users to script and run Python scripts on the device.
The FlipLibrary app for Flipper Zero is a versatile and user-friendly application that offers a wide range of features to enhance your Flipper Zero experience. It includes a dictionary, random facts, and numerous additional functionalities, all accessible directly from your Flipper Zero device. The app is designed for easy navigation and quick access to information, making it a handy companion for on-the-go learning and entertainment. It leverages the FlipperHTTP flash for the WiFi Devboard, and requires a WiFi Developer Board, Raspberry Pi, or ESP32 Device with FlipperHTTP Flash and a WiFi Access Point.
Application for Flipper Zero device to control radio boards. Supports the TEA5767 board and includes pin configuration instructions. Inspired by Arduino Radio project with acknowledgments to contributors.
The FlippenHeimer is an add-on module for the Flipper Zero, transforming it into a portable Geiger counter. This device allows users to measure radiation levels, making it a valuable tool for enthusiasts and professionals interested in radiation monitoring. Now available for purchase, the FlippenHeimer combines affordability with functionality.
A tool for flashing devices like t-embed-cc1101 ,M5Stack, Lilygo, CYD ESP32, and Generic boards by putting them into download mode and selecting the appropriate version and device.
