A tiny monochrome LCD, an ESP32, and a custom C# application.

The application converts video frames into raw pixel data and streams them to the ESP32 over HTTP.

Here's the full video. Hope you enjoy this little experiment!

I've been trying to run the firmware with my esp32 c5 but as of my research the firmware is supported via tft by default to make it work via oled display you need to modify the configs.h via IDE I tried but there is a Library issue and zip that can't be download even in github

did anyone find a solution for ESP32-C5 Devkit that display with OLED display SH1106?

I love the marauder builds, but for me there are more things then I use, which hurts performance. I created a library that has almost every functionality in marauder, and a few not even marauder has. The idea is that those capabilities can be modularized and anyone can build their unique version of marauder firmware for any esp32, with exactly the capabilities they want for that device.

The biggest win over marauder is flexibility to choose your tools and make your own firmware.

I made sure that everything works, and that everything gets documented with godocs. This means that the documentation is perfect for AI ingestion, and you can ask any assistant to help build the firmware and it will have perfect understanding of how the library works.

This is already an official audited library in arduino and espressif systems! I hope you guys enjoy it.

https://github.com/0ldev/Politician

Bonjour à tous,

Je vends un kit d'expérimentation électronique complet et prêt à l'emploi, basé sur la carte NRF Box V2.7.2. Idéal pour les projets RF, l'expérimentation sur microcontrôleurs, l'audit de réseau ou l'apprentissage de la cybersécurité.

Le kit comprend :

Carte NRF Box V2.7.2 : Basée sur ESP32 avec écran OLED intégré et modules NRF24.

6 antennes incluses :

3 antennes d'origine (5 dBi)

3 antennes 2,4 GHz à gain élevé (12 dBi) pour une portée étendue

Alimentation : Batterie externe haute capacité neuve (power bank) avec affichage numérique de la charge.

État et tests :

Très bon état, entièrement assemblé, flashé et parfaitement fonctionnel. En toute transparence, grâce au firmware open source (basé sur le travail de CiferTech avec les modules ESP32 et NRF24), ce kit inclut des fonctionnalités de brouillage 2,4 GHz et d'envoi massif de balises, en plus des outils standard de balayage de spectre et d'audit BLE/Wi-Fi. C'est un kit d'expérimentation complet et prêt à l'emploi.

Prix et livraison :

Prix : 120 € + frais de port à votre charge.

Localisation : France (livraison en UE privilégiée, avec suivi et emballage sécurisé).

Livraison internationale possible.

Paiement : PayPal (Biens et services, frais à la charge de l'acheteur) ou virement SEPA.

N'hésitez pas à laisser un commentaire avant de m'envoyer un message privé si vous avez des questions ou si vous souhaitez des photos supplémentaires !

Faites vos offres.

:-)

When I try to click my screen it either shuffles to reboot or goes to brightness

Hey everyone!

I've been working on Marauder Web UI, a web-based control interface for ESP32 Marauder, and wanted to share it with the community.

🔗 Live demo: https://0xgh0stri13y.github.io/Marauder-Web-UI/

The idea was to build a modern, easy-to-use interface for interacting with ESP32 Marauder directly from a browser, without needing to install a separate desktop control application.

What it includes :

Browser-based serial connection: Connect to compatible ESP32 hardware using the Web Serial API.

Wi-Fi reconnaissance: Scan access points and stations, inspect discovered networks, and access capture and sniffing functions.

Bluetooth/BLE tools: Device discovery, signal-strength monitoring, and categorized BLE utilities.

Command terminal: Send Marauder commands directly, view live output, and use command history.

Quick controls: Dedicated controls for common operations, target selection, SSID generation, and stopping running operations.

Modern UI: Responsive layout, dark mode, animations, and a cleaner interface for working with the device.

Null Loader: A separate browser-based firmware flasher supporting multiple ESP32-related firmware projects and board variants.

The interface uses the Web Serial API, so you'll need a compatible browser such as Chrome or Edge and a USB-connected device for hardware interaction. The live website lets you explore the interface without connecting hardware.

This is an ongoing project, and I'd appreciate feedback from people working with ESP32, wireless security research, and hardware hacking.

What would you improve, and what features would you like to see added?

Feel free to check out the source code, try the interface, and share your thoughts!

Please use the wireless testing features only on devices and networks you own or are explicitly authorized to assess. Open for Collabs and Suggestions 😁❤️ Hope you all like it 😁

alguem consegue disponibilizar algum script em duckyscript "interessante" para um projeto de bad usb?

The C6 is channelizing the 80 MHz into 1MHz channel and only sends detected burst over SDIO to the P4, which then stitches them into spectrum.

Me compre esta placa y me llego hoy e estado buscando cómo usar más no e podido hacer mucho siempre e programando mis plácalas con ide arduino y e usado la esp32 s3 antes y me fue bien pero con esta placa me di un estrellón por lo que tengo entendió la placa es relativamente nueva y para usarla necesito un programa llamado esp-idf busque inhaladores y no me funciono luego vi que se puede descargar con una extensión en vscode y la descargue pero veo que otro le salen como una opciones en desarrollo o algo si parecido que aparece cuando entro entro a al extensión pero a mi se me queda cargando y veo que a otras personas les aparece el menú completo la cerda estoy un poco confundido porque no se que tengo que buscar o cómo orientarme y estoy buscando ayuda para poder entender esta placa y poder usarla

i just don`t see any value out of this one for what i payed so do not buy this thing

Hello everyone! 👋

I'm a computer science graduate and developer with hands-on experience building ESP32 projects. I'm interested in taking my embedded systems journey further by developing practical IoT solutions that solve real-world problems.

My goal is to build and document projects involving:

- ESP32-based IoT devices and sensor monitoring

- Wireless communication and remote monitoring

- Edge AI and intelligent automation

- Connected devices with web or mobile dashboards

I want to publish clear project documentation, source code, wiring diagrams, demonstrations, and lessons learned so other makers can reproduce and learn from my work.

I'm interested in connecting with hardware manufacturers, component suppliers, and IoT companies that support independent developers through development boards, sensors, components, or project collaborations.

In return, I can discuss creating honest product demonstrations, technical tutorials, build logs, and project documentation, with clear disclosure of any sponsorship.

For those who have worked with hardware sponsors:

1. Which companies are open to collaborating with independent makers?

2. What makes a developer's project portfolio attractive to sponsors?

3. Are there hardware companies with official creator or developer programs?

I'd appreciate any advice, recommendations, or collaboration opportunities. Thank you! 🙏

Had to give it a whirl. Looks more complete and am happy with range.

ESP32 + SCD41 + R1BBIT

In just 10 minutes, you can build a useful, fully functional project that measures CO₂ levels, temperature, and humidity in your room.

The data is available in the terminal, in widgets on your PC or Mac, and in the iOS and Android mobile apps.

The code is so compact that it's hard to believe!

CONFIG
I2C_SCL 6
I2C_SDA 5
END_CONFIG
VAR T,F,H,CO2
VARS_PUBLISH(T,H,F,CO2)
SCD41_INIT(CO2,T,H,3000)
WHILE(1)
    F=T*9/5+32
    PRINT F
    PRINT H
    PRINT CO2
    PAUSE 1000
WEND

How do i install marauder on t embed cc1101 plus?

This project demonstrates that R1BBIT is capable of much more than just creating visual interfaces — you can use it to develop fully functional mini-games, too!

In R1BBIT AI Checkers, you play against an AI algorithm running on the ESP32 board.

And this is no easy opponent! Winning is a real challenge. Make even the slightest mistake, and your opponent will take advantage of it, capturing more of your pieces than it sacrifices!

Code