SUPERIOR BOY v2 - Advanced Education & Cyber security Device

⚡ Introduction

Superior Tech is dedicated to developing innovative products in technology, embedded systems, and cybersecurity. We also foster a community passionate about these fields. Our vision is twofold: to create user-friendly devices accessible to everyone and to contribute to a safer digital world. In the ever-evolving world of technology and cyber security, having the right tools can make a big difference. As a result, we created Superior Boy, a compact device that combines the RP2040 and ESP32 microcontrollers to offer cybersecurity professionals, researchers and even students a portable device. This sleek device combines Wi-Fi, Bluetooth, NFC/RFID and more to provide a one-stop solution for security professionals on the go.

What sets Superior Boy apart is its versatility - it's not just about fancy tech-speak, it's also about user-friendliness. With easy-to-use software and interfaces, this device adapts to your needs. Whether you're a seasoned pro or just starting out, Superior Boy makes cybersecurity accessible without sacrificing functionality. Join us to unlock your potential. Superior Boy is not just a tool; it is your assistant in the cyber security world.

🌟 About the Project

Superior Boy is a device consisting of two parts: the main PCB and the antenna PCB. This versatile device harnesses the power of RP2040 and ESP32 microcontrollers, combining all the hardware and features that cybersecurity experts may need. It includes Wi-Fi (ESP32), Bluetooth (ESP32), Sub-1 GHz transceiver (CC1101), 2.4 GHz transceiver (NRF24), NFC/RFID (PN532), Infrared transceiver, Gyroscope (MPU6050), Barometer (BMP280), MicroSD card support, a display (ST7735s TFT RGB Screen), control unit, and more.

Through to the USB hub inside the device, you can access and manage the ESP32 and RP2040 microcontrollers separately in a dedicated manner. With our own software, interfaces, and GPIO pins, you can easily access all the features of the device and integrate your own development boards and software. With its user-friendly features and customizable structure, the device is also ideal for educational purposes. (We will share educational content and resources through our community and social media accounts.)

The Expansion Board provides complete freedom by connecting to the device via GPIO pins. You can easily access 2 SPI, 2 I2C, 2 UART, and 1 Analog pin through the GPIO pins on the device and the Expansion Board. Additionally, with SMA and U.FL antenna sockets on the specially developed Expansion Board, you can use your own antenna to extend the range, effectiveness, and power of signals when the internal antennas of Superior Boy are insufficient. This expansion board will save you from many expenses and provide you with the freedom to develop. Just imagine and make it happen!

🎯 Core Functions

• Bad USB/HID: This function enables the "Superior Boy" device, through the RP2040, to inject malicious software into a computer system or act as a Human Interface Device (HID) via a USB connection. HID emulation allows the device to be recognized as an input device, such as a keyboard or mouse, enabling it to automatically send specific key presses or mouse clicks to gain access to computer systems. This feature assists cybersecurity experts in simulating malicious software attacks and detecting security vulnerabilities.
• Jammer: The Jammer function provides the capability, using the CC1101, NRF24, and ESP32 modules, to disrupt, block, or interfere with wireless communication. This means the device can render Wi-Fi, Bluetooth, LoRaWan, ZigBee, Z-Wave, or other wireless communication protocols ineffective. It is especially useful for assessing network security vulnerabilities because it allows testing how a network responds to such attacks and its vulnerability.
• Advanced Development Features: Are you looking for a new way to enhance and customize the potential of your device? With 2 different development boards designed to meet your specific needs, you can now make more free and flexible developments. Development boards facilitate the integration of external components and modules by providing access to GPIO pins on your device. With these boards, you can integrate a wide range of components from sensors to motor drivers. Each board is designed to meet different needs, so you can choose the one that best fits your project. Antenna outputs for all communication modules (NRF24, ESP32, and CC1101) have been added to the development boards with both SMA and U.FL sockets. This access option provides more flexibility in wireless communication. You can easily change the antenna of your communication module according to your preference and improve communication performance. Additionally, the device's onboard display and control unit offer easy usability. Don't forget to add your own developed code to the device to unleash endless possibilities!
• NFC/RFID Read, Write and Emulator: This function, facilitated by the PN532 module, enables the device to interact with NFC (Near Field Communication) and RFID (Radio-Frequency Identification) technologies. Users can read and write NFC and RFID cards and even emulate these cards. This is valuable for testing and improving the security of physical access control systems.
• Sub-1 GHz and 2.4 Ghz Scanner: The device, with the CC1101 and NRF24 modules, has the capability to scan wireless communication devices operating on specific frequencies. Sub-1 GHz and 2.4 GHz scanning allows users to detect and analyze devices operating in these frequencies. This is a valuable skill for cybersecurity professionals to evaluate the security of their networks and identify specific devices.
• WiFi Scanning: The device can scan and analyze Wi-Fi networks. Users can detect nearby Wi-Fi networks, identify network security vulnerabilities, and conduct security testing. This function is crucial for cybersecurity assessments and network analysis.
• Beacon Spamming: This function includes the device's ability to broadcast beacon signals for Bluetooth or other wireless networks. Beacon signals can encourage other devices to join specific networks or gain covert access to networks. Beacon spamming can be used to test network security vulnerabilities and perform penetration tests.
• Brute Force: Brute force attacks are the capture of passwords, logins and encryption keys through constant trial and error. It is important to note that the use of brute force attacks is unethical and in many cases illegal. While this method is generally considered suitable for use in test environments, it is a simple but effective strategy for gaining unauthorised access to encrypted security systems and networks. These attacks target system vulnerabilities and aim to find the right combination through brute force. These attacks can be time-consuming and require high processing power, but with enough time and resources, almost any password can be cracked. Security experts recommend implementing measures to protect against password cracking attacks, such as using complex passwords, enabling two-factor authentication, and limiting login attempts.
• Infrared Transceiver: The Infrared Transceiver function is used for infrared communication. Users can transmit and receive infrared signals, making it easier to interact with devices like TV remotes or other infrared-equipped devices.
• Playing Basic Games: The device can run basic games, providing some entertainment for cybersecurity experts during breaks or while intensively working.
• IoT: IoT (Internet of Things) functionality includes access to, management of, and security testing for IoT devices. IoT devices are often targeted due to security vulnerabilities, and "Superior Boy" serves as a useful tool for evaluating and securing these devices.

And you will have many features you may want. Just imagine, what you can do with Superior Boy is limitless!

🧰 Hardware Features

• RP2040: The device draws its main power from this microcontroller. Thanks to its power, the microcontroller performs all essential functions of the device, and it can even run games.
• ESP32: It offers essential Wi-Fi and Bluetooth capabilities for wireless communication, enabling the device to connect to networks and communicate with other devices.
• CC1101: It can operate on all frequencies below 1 GHz, allowing the device to be used in a wide range of applications.
• NRF24: A transceiver that provides wireless communication in the 2.4 GHz band.
• PN532: It enables interaction with NFC and RFID technologies.
• Infrared Transceiver-Receiver: Used for infrared communication.
• MPU6050: Used to detect motion and track the device's position.
• BMP280: Used to measure atmospheric pressure and temperature.
• MicroSD Card: Support for data storage using a MicroSD card.
• ST7735s TFTRGB Screen: Provides visual feedback and displays information.
• USB Hub: During the establishment of a connection between the device and a computer or mobile phone (via a single USB port), the ESP32 and RP2040 microcontrollers are identified as two separate USB ports. This feature enhances accessibility to the device, making management and interaction seamless and user-friendly.
• Control Unit: Manages all these components and facilitates user interaction with the device.
• Customizable Software and Interfaces: Provides access to the device's features and makes it easy for users to integrate their own development boards and software.
• Development/Expansion Board: The Expansion Board gives you complete freedom by connecting via the GPIO pins of the device. The board has solderable area to access 1 SPI, 2 I2C, 2 UART and 1 Analog pin and also SMA and U.FL antenna sockets for NRF24, ESP32 and CC1101.

🌟 Conclusion

In conclusion, Superior Boy stands as a testament to Superior Tech’s commitment to innovation and community-building in the realms of technology, embedded systems, and cybersecurity. This device is not only a powerful tool for professionals but also an educational platform that empowers users to explore and create. With Superior Boy, the possibilities are limitless.

As we continue to advance and refine our technologies, we invite you to join us on this journey. Together, we can push the boundaries of what’s possible and forge a path towards a more secure and technologically empowered future. Superior Boy is more than just a device; it’s a movement towards democratizing cybersecurity and making it a part of everyone’s toolkit.

Thank you for being a part of our story. We are excited to see the innovations and solutions you will create with Superior Boy. Let’s build a safer, smarter world together. 🚀

📸 Photos

🔴 Main PCB

🟠 Antenna PCB

📡 Antenna Development / Expansion Board

🪚 Basic Development / Expansion Board

🙌 Special Thanks to Our Sponsor: PCBWay

No project is complete without the right tools and materials. That's where our sponsor, PCBWay, stepped in to provide essential support for this project. PCBWay is a leading provider of high-quality printed circuit boards (PCBs) and PCB assembly services.

Website: PCBWay Official Website

⚠ Future Changes

The Superior Boy project is not yet complete. This article may be updated in the future with hardware or especially software improvements. Or we may share a new article. Please stay tuned for updates (you can come to our Discord server for updates)

🌍Social Media:

Superior Tech Community:Discord Server

Superior Tech Official Instagram Address:Instagram

E-Mail:emirheks53@gmail.com or emrelimustafasezgin057@gmail.com

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