Our latest prototype Genesis 4.0
Genesis 4.0 is Kynetix’s latest exoskeleton platform—engineered to advance the next generation of assistive mobility through intelligent design, accessibility, and real-world performance.
Built on a foundation of iterative development and close collaboration with users, Genesis 4.0 is designed to meet real demands with precision fit, ergonomic comfort, and reliable functionality. The system reflects Kynetix’s commitment to creating assistive devices that truly adapt to the individual—delivering performance that feels natural, intuitive, and dependable.
At its core, Genesis 4.0 focuses on reducing complexity and cost without compromising capability. By streamlining system architecture, optimizing user interaction, and enabling rapid deployment, the platform makes advanced exoskeleton technology more accessible and scalable.
Genesis 4.0 is not a static product, but part of a continuous process of refinement—shaped by real-world feedback and evolving user needs. The result is a platform that balances innovation with practicality, bringing high-performance mobility solutions closer to everyday use.
Next step: Genesis 5.0
Genesis 5.0 represents the forward-looking development pathway of the Kynetix platform, building on the concept to explore deeper integration between exoskeleton systems and the human nervous system.
As part of this direction, Genesis 5.0 is being developed to investigate bidirectional communication between user intent and device response. By combining advanced control systems with emerging neural interface technologies, the platform aims to enable more intuitive and responsive interaction—while maintaining a strong focus on safety, reliability, and clinical applicability.
At its core, the system is built around a modular, anthropomorphic mechanical architecture that mirrors natural human movement. The hip, knee, and ankle joints are carefully aligned with the user’s biomechanics to ensure comfort, reduce strain, and enable fluid, natural gait patterns. Lightweight, high-strength materials provide the structural integrity required for full body-weight support while maintaining a wearable and ergonomic form factor. The modular design allows the system to adapt to different users and clinical needs without compromising performance.
Actuation is driven by high-efficiency brushless DC motors paired with compact, high torque-density transmissions. This enables the system to deliver powerful yet precise assistance where it is needed most. The joints are designed with backdrivability in mind, allowing safe and compliant interaction between the user and the device. With peak torque capabilities reaching up to 120 Nm in key joints, the system supports demanding movement tasks while remaining responsive and energy-efficient. All actuators are connected through a robust CAN-bus network, ensuring reliable, real-time communication and scalable system integration.
On top of this hardware foundation sits an advanced AI-driven control system. By combining data from joint encoders, inertial sensors, and force measurements, the system continuously interprets user movement and intent. Machine learning models enable accurate gait phase detection and adaptive assistance, allowing the exoskeleton to respond dynamically to each individual. Instead of enforcing rigid motion, Kynetix delivers assist-as-needed support, promoting natural movement and long-term rehabilitation outcomes.
The result is a tightly integrated system where mechanics, electronics, and intelligence work together in real time. Kynetix is designed not only to move with the user, but to understand them, delivering a new standard for intuitive, personalized mobility support.
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Upgrades from Genesis 4.0 to Genesis 5.0
Neurotechnology • AI • Semiconductors • Robotics • Clinical
