Skip to main content

AutoKeybo: World's First Automatic Keyboard & Mouse

In the ever-evolving world of technology, keyboards have largely remained the same—until now. Imagine a keyboard that can switch between a traditional typing layout, a number pad, and even a touchpad with just a simple hand gesture. That’s exactly what the AutoKeybo promises to deliver.

Unveiled at CES 2025, the AutoKeybo is a fascinating yet somewhat unusual innovation that pushes the boundaries of what a keyboard can do. But is it a game-changer, or is it just another tech experiment that won’t see mainstream success? Let’s dive into its features, functionality, and whether it’s worth its hefty price tag.


What Makes AutoKeybo Unique?

At first glance, the AutoKeybo looks like a standard keyboard, but it offers much more. Unlike traditional keyboards, it combines three essential computer peripherals into one device:

  1. A traditional keyboard – For regular typing needs.
  2. A number pad – Essential for professionals who work with numbers.
  3. A touchpad or mouse – Eliminating the need for a separate external device.

The biggest highlight is that you can switch between these modes seamlessly using simple hand gestures. The device features an AI-powered camera that detects movements and automatically adjusts the function of each half of the keyboard.


Split Design for Maximum Versatility

The AutoKeybo is designed as a split keyboard, meaning it consists of two separate halves:

  • Right Half: Includes the standard keyboard keys and the touchpad. Some versions replace the touchpad with a built-in mouse.
  • Left Half: Features the number pad and additional keyboard keys.

However, you can’t use multiple functions on the same side at once. Instead, you must switch between them with a hand movement, which is where the AI camera comes into play.


How Well Does It Work?

During testing at CES 2025, the AutoKeybo’s AI gesture recognition performed reasonably well but had a slight learning curve. While switching between modes worked most of the time, there were occasional failures in detection. This could lead to frustration, especially for users who rely on quick transitions between typing and cursor movement.

Another challenge is muscle memory—people are accustomed to using separate devices for typing, number input, and navigation. Adapting to a new workflow may take time and effort.


More Than Just a Keyboard: It’s a Complete Computer

What truly sets AutoKeybo apart is that it’s not just a keyboard—it’s actually a standalone computer.

Built-in Features:

  • Linux-powered mini-computer
  • Mini HDMI port for external display
  • USB-C port for connectivity

This means you don’t even need a separate PC to use it. You could connect it directly to a monitor and start working instantly, making it a great option for portability and minimal desk setups.


Potential Downsides

Despite its unique features, the AutoKeybo has a few drawbacks:

1. Price Tag: Is It Worth $700?

At $700, the AutoKeybo is far more expensive than a traditional keyboard, a number pad, or a high-quality touchpad combined. For that price, you could buy a premium mechanical keyboard, a professional mouse, and still have money left for accessories.

2. Durability Concerns

With multiple mechanical components and moving parts, wear and tear could be a big issue. The AI camera, touchpad, and gesture controls introduce more potential failure points compared to a standard keyboard.

3. Learning Curve

Since the hand gesture detection isn’t perfect, users may find it challenging to rely on this feature entirely. Muscle memory from traditional setups might make switching to AutoKeybo a frustrating experience at first.


Who Is AutoKeybo For?

The AutoKeybo is not for everyone. However, certain users may find it appealing:

Tech Enthusiasts & Early Adopters – If you love experimenting with new gadgets, this could be a fun addition to your setup.

Minimalist Workspaces – If you prefer a clutter-free desk, the AutoKeybo’s all-in-one functionality could reduce the number of separate peripherals.

Frequent Travelers – Since it functions as a standalone computer, it may be useful for those who need a portable workstation.

On the other hand, most everyday users and professionals who are used to separate peripherals may struggle to justify the cost and learning curve.


Final Verdict: Innovation or Gimmick?

The AutoKeybo is an ambitious attempt to redefine how we interact with our keyboards. The concept is exciting, but its real-world usability is questionable due to its high price, durability concerns, and imperfect gesture detection.

That said, it’s a perfect example of CES innovation—a product that pushes boundaries, even if it might not replace traditional setups anytime soon.

For now, if you’re willing to spend $700 on a futuristic keyboard-computer hybrid, the AutoKeybo is a fun experiment. But for most users, separate devices still offer better reliability and value.

Would you try the AutoKeybo, or do you think traditional keyboards are still the way to go? Let us know in the comments!

Popular posts from this blog

How Planetary Movements Might Explain Sunspot Cycles and Solar Phenomena

Sunspots, dark patches on the Sun's surface, follow a cycle of increasing and decreasing activity every 11 years. For years, scientists have relied on the dynamo model to explain this cycle. According to this model, the Sun's magnetic field is generated by the movement of plasma and the Sun's rotation. However, this model does not fully explain why the sunspot cycle is sometimes unpredictable. Lauri Jetsu, a researcher, has proposed a new approach. Jetsu’s analysis, using a method called the Discrete Chi-square Method (DCM), suggests that planetary movements, especially those of Earth, Jupiter, and Mercury, play a key role in driving the sunspot cycle. His theory focuses on Flux Transfer Events (FTEs), where the magnetic fields of these planets interact with the Sun’s magnetic field. These interactions could create the sunspots and explain other solar phenomena like the Sun’s magnetic polarity reversing every 11 years. The Sun, our closest star, has been a subject of scient...

How Wedge Holography Reveals the Multiverse?

Have you ever wondered if our universe is just one among many, or if there are parallel universes in a vast cosmic landscape? These are questions that have intrigued scientists and philosophers alike for centuries. In a recent study by Gopal Yadav, the concept of wedge holography sheds light on these mysteries, offering insights into the possibility of communicating universes and multiverses. Unveiling the Concept of Wedge Holography Wedge holography is a fascinating concept that helps us understand the structure of the universe, particularly in the context of de-Sitter space—a space with a positive cosmological constant. In his paper, Yadav constructs wedge holography for the de-Sitter bulk, paving the way for a deeper exploration of the multiverse hypothesis. From AdS to dS: A Journey of Discovery The journey begins with a comparison between wedge holography in anti de-Sitter (AdS) space and de-Sitter (dS) space. While previous research focused on AdS space, Yadav's work delves i...

Could Primordial Black Holes Have Formed from Aborted Phase Transitions?

Ai and colleagues propose a new way that primordial black holes (PBHs) could form in the early universe, using a mechanism that involves an "aborted phase transition." This takes place during the reheating phase after inflation, a period when the universe's temperature rises and then falls. During reheating, the universe is filled with a pressureless fluid called a reheaton. As the temperature rises to a maximum (Tmax), it surpasses the critical temperature needed for a phase transition, but not enough for bubbles to fully form and expand. These bubbles, which briefly nucleate as the temperature reaches Tmax, expand and then shrink as the temperature falls back below the critical level. When the bubbles shrink, they leave behind dense regions. These regions collect surrounding matter and eventually collapse into primordial black holes. The PBHs formed this way continue to grow in mass until the universe transitions into radiation domination. Primordial black holes (PBHs) ...