Picture a sleek, neon-charged AI board that bridges the gap between imagination and reality, transforming your edge AI ideas into deployed, industry-ready solutions faster than ever.
In October 2025, Botshop's Cyberpunk series will unveil a game-changing, industry-standard AI development board, designed in South Africa, that combines cutting-edge modularity (like our AI module plugin boards) with a futuristic aesthetic.
Whether you're a student exploring AI or a developer racing to deploy IoT innovations, edge AI board solutions or facial recognition deployments, this AI board is your ticket to a cyberpunk-powered future!
And here's the kicker-our AI board is modular, so if you don't need a neural processor, no problem. The neural processor is also modular, so you can save on final costs by not having to include it in the board.
Here's what's coming:
At Botshop, we’re redefining edge AI computing with a board that’s both a learning powerhouse for students and a deployment-ready platform for developers. Engineered to slash the time from concept to market, our Cyberpunk AI Board is a versatile, intelligent, and a stylish tool that empowers you to bring your ideas to life.
Modular Design for Speed: The board is built around the ESP32-S3, a Wi-Fi and Bluetooth-enabled microcontroller running MicroPython, delivering seamless connectivity and control. In addition to its Wi-Fi and Bluetooth capabilities, it also features enhanced vector computations and additional features, making this CPU ideal for an AI microcontroller board. For advanced AI, you can plug in the Kendryte neural processor module (K201). This module, with its lightning-fast image and voice processing capabilities, is a game-changer for AI projects. Future-proofed with a standardised CPU module header, you can swap in other processors (e.g., RP2040, STM32) to keep your projects cutting-edge. We will, for now, mainly develop the Kendryte as our AI module of choice, but we will also release other AI modules.
Multimodal Intelligence: On board, you will find:
- Camera connections (one on board for ESP32-S3 processing or on a neural processor for direct camera-to-neural network processing). Capture the world with the OV2640 camera for real-time vision.
- Listen with the INMP441 MEMS microphone for voice commands.
- Respond with crisp audio via the MAX98357A amplifier.
- The ICM-42670-P IMU, powered by TDK’s APEX Motion Processing Engine, detects precise gestures, vibrations, and impacts, making it perfect for interactive and responsive applications.
Vivid Visuals: A 2.8" ILI9341 TFT LCD or OLED screen brings your projects to life with vibrant video feeds and dynamic interfaces, wrapped in a neon-green and purple cyberpunk aesthetic with pulsing RGB LEDs that scream “future.”
Edge-Ready Efficiency: The Cyberpunk AI Board is designed for efficiency and portability. With its compact size (~60x60 mm) and battery-powered feature, it's ready for deployment in a variety of AI applications, from smart homes to autonomous robotics. The high-quality connectors ensure reliable performance, and the modular flexibility allows it to adapt to any project. This makes our offering a no-brainer for edge AI board development, offering both portability and versatility.
A dual-purpose board
What sets this board apart and makes it a must-have for students and developers? It's a unique dual-purpose marvel that not only accelerates learning but also simplifies deployment, making edge AI accessible and impactful. The Cyberpunk AI Board is designed to grow with you.
- For Students: Our Cyberpunk AI Board grows with you through Botshop's educational journey. In beginner courses, use the ESP32-S3 with MicroPython for smaller AI modules, such as predicting watering schedules, training enforcement AI models, or mastering gesture-controlled displays, voice-activated audio, and Wi-Fi-connected sensors in just 5 hours.
For advanced learners, plug in the K210 module to dive into AI-driven projects, such as real-time face detection or voice-commanded IoT, powered by our CyberpunkAI library for effortless coding. The board's neon-lit, cyberpunk design makes every project feel like a sci-fi adventure, inspiring your creativity while building real-world skills. - For Developers: The Cyberpunk AI Board is your secret weapon for accelerating the path from idea to deployment. This industry-ready AI microcontroller board is designed for various applications, such as IoT and edge AI, allowing you to create innovative projects in record time. The ICM-42670-P's APEX engine simplifies gesture and motion detection.
At the same time, the K210 handles complex vision and voice tasks at the edge, reducing cloud reliance. The board's modular design and rapid prototyping capabilities enable you to adapt to new requirements without starting from scratch, helping you deploy IoT solutions faster, cheaper, and smarter. - AI Applications: This board excels in low-power, real-time scenarios—think autonomous robots navigating obstacles, smart mirrors with voice and gesture interfaces, or IoT sensors monitoring industrial environments. With the K210's neural processing capabilities and the ESP32-S3's connectivity, you'll build standalone devices that process data locally, ensuring both privacy and efficiency. The board's OTA update capability via MicroPython keeps your deployments future-proof, while its South African design and manufacturing (with Trax Interconnect) deliver quality and local pride.
Its support for real-time AI applications will give you the confidence to tackle any project. Whether you're a student dreaming of AI innovation or a developer racing to market, the Cyberpunk AI Board is your ultimate tool to learn fast, build smart, and deploy now. Its modularity means you only add what you need—start simple, scale to AI-powered brilliance, and stay ahead with a platform designed for the edge.
Some features
To highlight the board’s power, here are the core components driving its edge AI capabilities:
ESP32-S3 Features
Feature | Details |
|---|---|
Processor | Dual-core Xtensa LX7 @ 240 MHz |
Memory | 512 KB SRAM, 8 MB PSRAM, 16 MB flash (WROOM-1 module) |
Connectivity | Wi-Fi (2.4 GHz, 802.11 b/g/n), Bluetooth 5.0 LE |
Interfaces | SPI, I2C, I2S, UART (supports ILI9341, ICM-42670-P, INMP441, MAX98357A) |
Edge AI Role | Controls peripherals, relays data to K210, handles gesture/display tasks |
Programming | MicroPython for rapid prototyping and student-friendly coding |
Applications | Manages IoT connectivity, gesture-based control, and real-time interfaces |
Kendryte K210 Features
Feature | Details |
|---|---|
Processor | Dual-core RISC-V @ 400 MHz |
Memory | 8 MB SRAM, 16 MB flash |
AI Acceleration | KPU (0.8 TOPS) for vision and voice machine learning |
Interfaces | DVP (OV2640), I2S, SPI, I2C, UART (integrates with main board) |
Edge AI Role | Runs ML models for vision, voice, and motion detection, offloading to the ESP32-S3 |
Programming | MaixPy (MicroPython-based) for AI tasks |
Applications | Powers face detection, voice recognition, and advanced edge AI processing |
And that's a wrap for now. Please feel free to ask us questions or share your thoughts in the comments. And especially ideas related to our Cyberpunk AI boards, please express them in the comments section.
Sneak Peek: Botshop’s Cyberpunk Series AI Board – Unleashing Edge Intelligence