CyboPal today announced the Kickstarter launch of CyboPal One, the world’s first Active-Tracking AI robotic monitor — a 4K desktop display mounted on a 6-degree-of-freedom robotic arm that actively repositions to keep a comfortable, aligned viewing experience as a user’s posture shifts throughout the day.
First unveiled at CES 2026 in the TCL main showcase, CyboPal One represents a fundamental rethinking of the desktop display. For decades, monitors have remained flat, fixed rectangles — static containers for information in a world where AI agents can already pass the Turing test. CyboPal One challenges this assumption entirely, treating screen position not as a one-time morning setup but as a continuous, real-time variable that adapts to how people actually work.
A Display With Agency
CyboPal One is built around a simple but powerful insight: people don’t work like mannequins. They shift from focused typing to standing calls, lean back to read, pivot to collaborate, and return to flow — often dozens of times a day. A fixed monitor disrupts this natural movement, forcing users to constantly readjust or suffer poor posture.
The CyboPal One solves this with a 6-axis robotic arm that suspends the lightest 4K office-size display currently available. Through industrial-grade, high-precision active-adaptive motion control algorithms, the system achieves millimeter-level active, safe tracking and interaction with user posture. Whether you lean forward, recline back, or stand up, the screen follows — maintaining an optimal viewing angle without a single manual adjustment.
The system is engineered to support up to eight hours of comfortable work without constant micro-adjustments, reducing strain on the neck and back, decreasing eye fatigue, and helping sustain concentration during long sessions.
Touch-Free, Multimodal Control
CyboPal One integrates voice and gesture input with an Air Cursor that enables touch-free navigation for everyday actions such as pointing, clicking, and scrolling. Users can interact with the screen through:
- Voice commands — a built-in voice interface transforms spoken commands into actions on the computer
- Gesture recognition — intuitive hand movements control the system
- Air Cursor — point, click, and scroll without touching a mouse
The system integrates with installed AI agents capable of performing cross-application tasks: launching programs, processing data, managing files, generating documents, and automating repetitive operations. According to the developers, delegating “cursor routine” to AI can save at least one hour of mechanical work per day — more than 260 hours per year.
Pauli: Feedback You Don’t Have to Chase
To keep the system legible in motion, CyboPal One includes Pauli, an on-screen character that provides immediate visual confirmation — what mode you’re in, what the system recognized, and what it’s doing next — without forcing users into settings screens.
Key Features
| Feature | Description |
|---|---|
| Display | 4K office-size screen — the lightest in its class |
| Robotic Arm | 6 degrees of freedom (6-DOF) |
| Active Tracking | Millimeter-level posture tracking and adaptive positioning |
| Control | Voice, gestures, and Air Cursor — touch-free |
| AI Integration | Cross-application task automation via AI agents |
| Interface | Pauli on-screen feedback character |
| Safety | Industrial-grade motion control with safe, adaptive movement |
| Positioning | Desktop-scale spatial computing field — Perception, Planning, Control |
Designed for the AI-Native Workforce
CyboPal One is aimed at developers, designers, content creators, analysts, and anyone who spends 6–10 hours a day at a computer. It is particularly suited for professionals who work closely with AI assistants and seek to minimize routine tasks while focusing on architecture, ideas, and creativity.
The system is designed around reducing digital friction: fewer clicks, fewer window switches, fewer repetitive actions. It combines two major trends — the robotization of user interfaces and the widespread integration of AI agents into workflows — into a single, coherent desktop experience.
The Team Behind CyboPal One
CyboPal One is developed by Jiangsu Cell Wall Intelligent Technology Co., Ltd. , a company founded in 2023 and based in Kunshan, Jiangsu Province. The core team hails from Tsinghua University’s technical circles, bringing together experts in robotic motion control, L4 autonomous driving perception, and top-tier consumer electronics.
The company recently secured a multi-million RMB angel round of funding led by Hainuo Capital and participated in by Nanshan Zhanxin Investment, to support R&D and market expansion. Founder Frederic Peng, Ph.D., articulates the company’s vision: “I believe we humans should be the center of every scenario that matters in the age of AI”. CyboPal One brings robotics and perception into the display itself — a desktop-scale spatial system that can sense change, decide what to do, and move.
Summary
CyboPal One is not merely a display — it is a new class of desktop system: a display with agency. It represents an attempt to rethink the very model of computer interaction: instead of a static monitor and manual control, a movable display and voice commands; instead of clicking, automated scenarios.
As founder Frederic Peng puts it: “The freedom we pursue is not letting humans adapt to the new operational logic of machines, but letting machines adapt to human biological instincts”. CyboPal One is that vision made real — a robotic screen that moves with you, understands your voice, and takes over digital routine.
