The world of portable and specialized cybersecurity hardware is experiencing a revolution thanks to projects such as CyberT by Carbon Computers. This device, still in beta phase, is generating great excitement among technology enthusiasts, cybersecurity professionals and lovers of hardware libreIts inspiration from the legendary BlackBerry aesthetic, combined with a modular, open-source architecture, places it at the center of a community eager for versatile and compact solutions.
In this article we offer you a comprehensive and updated analysis of the technical characteristics of CyberT, its development philosophy, its positioning compared to similar projects and the challenges it faces in its evolution. We'll walk you through its specifications, usage possibilities, comparisons, and current status, so you have all the information you need before deciding on this innovative tool.
What is Carbon Computers' CyberT?
The CyberT is a portable, compact, and rugged device designed primarily for pentesters, makers, system administrators, and open source software enthusiasts. Born from a passion for compact Linux systems and portability, it focuses on cybersecurity tasks, mobile development, and use as a personal terminal in any environment.
Its heart is a Raspberry Pi Compute Module 4 (CM4), which gives it enough power to run distributions such as Kali Linux or Raspberry Pi OS, making it a true pocket-sized 'cyberdeck'.
Design and philosophy: a fusion of the classic and the functional
The CyberT recaptures the essence of BlackBerry devices, with a form factor reminiscent of the legendary physical QWERTY keyboards, but adapted to today's demands. This nostalgic inspiration translates into a case specifically designed for 3D printing and modding enthusiasts, facilitating customization and access to its internal components.
The backlit and programmable keyboard via QMK provides a precise and flexible touch experience, particularly useful for those who prefer the convenience of a physical keyboard over touchscreens, and the small, integrated touchpad (BlackBerry Touch Sensor) eliminates the need for an external mouse, optimizing portability.
Detailed technical characteristics of the CyberT
- Main processor: Raspberry Pi Compute Module 4 (CM4), with proven compatibility for most variants, although the CM5 version is currently ruled out due to power requirements.
- Custom PCB: The device is built on a board created from scratch, adapted to all the functions it integrates.
- Integrated Audio: Stereo speakers and 3,5mm headphone output, perfect for private listening or working in a variety of environments.
- Smart Battery Management (BMS): It includes a safe charging system, allowing several hours of autonomous use thanks to its internal LiPo battery and USB-C recharging.
- Backlit QWERTY keyboard, QMK compatible: This compact, programmable keyboard is ideal for comfortably typing code, terminal commands, and long texts.
- BlackBerry type touch sensor: Allows you to move the cursor and navigate through the operating system quickly without additional accessories.
- HDMI Output: Essential today, since the internal screen does not yet have a stable driver under Linux (ST7701S), so viewing is done through external HDMI monitors or displays.
- Micro SD slot: For storing the operating system and quickly updating or swapping cards based on usage.
- Raspberry Pi Camera Support: Any standard camera module can be used, expanding its possibilities for vision projects, video calls, or light recording.
- Integrated microphone: Suitable for recording tasks, voice commands or basic communication.
- Status LEDs: Indicators for system diagnostics and battery status, improving user control.
- Physical buttons: Access essential functions such as power, volume, or reset directly from the body of the device.
- Portable and Rugged Design: Focused on mobility, the case is robust, yet lightweight and compact.
Screen: Challenges, Options, and Future
The CyberT was conceived with the idea of ​​mounting an integrated 4-inch RGB touch screen with 720×720 resolution using ST7701S technology, seeking a compact, standalone experience. However, developing a stable driver for this panel on the Raspberry Pi CM4 has proven to be a significant technical challenge. Despite prototypes and testing, the necessary compatibility under Linux has not yet been achieved.
Currently, the CyberT relies on external HDMI displays as its primary alternative. Low-profile and compact displays (for example, the Waveshare 4" HDMI model) have been successfully tested, maintaining aesthetics and portability. This allows the device to continue to be used while, in parallel, work continues to achieve native RGB display integration.
Autonomy, energy and connectivity
Autonomy is a fundamental aspect in the design of the CyberT. The system is powered by an internal LiPo battery with dedicated BMS management, ensuring safe charging and overload protection. This combination allows the terminal to operate for several hours without relying on power, ideal for security auditors, system administrators, or developers on the go.
Charging is done via USB-C, simplifying the use of standard chargers and facilitating intensive usage. The presence of an HDMI output and audio port, along with common connectors like Micro SD, make connectivity robust and seamless.
User interface: keyboard, buttons and sensors
The backlit QWERTY keyboard—fully programmable with QMK—is one of the CyberT's hallmarks. It offers a professional and comfortable typing experience even in low-light situations, improving productivity compared to 100% touch devices. Additionally, its compatibility with the QMK community guarantees access to custom firmware and a wide range of configurations.
The BlackBerry touch sensor adds a plus of usability, allowing precise and agile cursor control, eliminating the need for a mouse in most scenarios. The remaining physical buttons contribute to a complete user experience, allowing for quick response to any issues.
Software Compatibility: Linux and Beyond
CyberT is designed with software flexibility in mind, focusing on specialized Linux distributions such as Kali Linux (for pentesting and security auditing) and Raspberry Pi OS. Developers and advanced users can install other ARM-compatible distributions, opening the door to creating a terminal completely tailored to each professional's workflow. This makes it an ideal platform for both ethical hacking and administrative or educational tasks.
Within Carbon Computers there is a perceived desire to keep the system open, facilitating community participation to improve compatibility, add features, and fix issues, such as developing the long-awaited driver for the integrated display.
Project status and evolution
Currently CyberT is in beta phase, This means that units are already available for pre-order (approximately US$89 at the current exchange rate), although development is still active and there are still significant technical challenges to be resolved.
The biggest challenge identified is the driver for the ST7701S display, The development of this would be key to eliminating external monitors and bringing the device closer to its original design. Meanwhile, renderings and prototypes of updated cases with adequate support for HDMI displays have been presented, ensuring the system's usability.
Another important challenge is to adapt the power supply for future versions with Raspberry Pi CM5, since power consumption and requirements increase and current hardware does not support them stably.
Comparative Perspective: CyberT vs Zinwa Q25
Although the CyberT occupies its own niche, there are other projects that revitalize the BlackBerry format from different perspectives. One of the most talked about right now is the Zinwa Q25, a reinterpretation of the BlackBerry Q20 Classic—but aimed at the nostalgic Android smartphone user.
- Zinwa Q25: It takes the classic BlackBerry Q20 chassis and keyboard and equips it with modern hardware (MediaTek Helio G99, 12 GB of RAM, 256 GB of storage, 50 and 8 MP cameras, 3000 mAh battery, Android 13). It's a product focused on the consumer who wants to feel at home with a physical keyboard, but without giving up current mobile phone features. In addition, it includes full connectivity (4G LTE, NFC, microSD slot, USB-C, headphone jack) and OTA updates, although the jump to future versions of Android is not guaranteed.
- CyberT: It's aimed at a more technical and professional audience, both for its aesthetics and functionality. It doesn't include mobile capabilities or high-definition cameras, but it relies on modularity, compatibility with open source software, and customization for tasks such as pentesting, remote administration, or off-site development.
Both projects rescue the mystique of the physical keyboard and direct interaction, But their philosophies and target audiences are clearly different. While the Zinwa Q25 appeals to nostalgic users who don't want to lose the power of a smartphone, CyberT is a true Swiss Army knife for hackers and makers looking to build their own environment on a robust and customizable foundation.
Limitations, challenges and future potential
CyberT still has a few things to do before it can establish itself as an undisputed leader in the sector:
- Fix lack of stable driver for ST7701S internal display.
- Optimize power consumption to support more powerful versions of the Compute Module.
- Refine housing designs and deliver final materials that move from prototype to final product.
- Establish an active community capable of contributing at both the hardware and software levels, taking advantage of the open nature of the project.
As for Zinwa Q25, Its biggest challenge will be maintaining a long-term support and update policy, as its stock depends on the availability of refurbished BlackBerry Q20 units and the development of appropriate software for hardware changes.
Both projects will need to demonstrate their ability to move from interesting prototypes to reliable and useful products for advanced users. Demand for compact, rugged, customizable devices with physical keyboards remains strong, and success will depend on the ability to refine the technical details and maintain community engagement.
Community, support and prices
CyberT has been committed to transparency in its development from the beginning, sharing progress, challenges, and soliciting direct input from users and experts to improve the product. If you have experience in driver development or want to contribute ideas, the community is active on platforms like Discord (CyberArch Community) and via support email.
The price of access to CyberT has been set at around 89 US dollars in its beta version, This makes it attractive even to hobbyists and professionals looking for a customizable tool without a large initial investment. The developers have indicated that both the housing designs and circuit diagrams are geared toward DIY ease, reinforcing the DIY spirit surrounding the product.
The open, portable hardware ecosystem continues to grow, and devices like the CyberT demonstrate that there's still much to explore at the intersection of nostalgia, functionality, and freedom of modification. Although still in the development phase, its capabilities and flexibility make it a worthwhile option, especially for those looking for something different from traditional laptops and smartphones.