GENTO and NVIDIA Showcase Advanced Robotic Manipulation at CoRL 2026
New dexterous hand technology and GR00T 2 platform redefine robotic dexterity standards.
1CoRL 2026 Robotics Showcase
The Conference on Robot Learning 2026 serves as the primary stage for these major hardware and software announcements. GENTO and NVIDIA presented their latest innovations in robotic manipulation during the event. These developments highlight a significant shift toward more human-like dexterity in autonomous systems, marking a milestone for the field.
2GENTO 21-DoF Hand
GENTO introduced a sophisticated dexterous hand featuring 21 degrees of freedom, or DoF. This high level of articulation allows the robotic hand to perform complex tasks that require precise motor control. By mimicking human anatomical movement, the device aims to improve how robots interact with delicate objects in unstructured environments.
3NVIDIA GR00T 2 Launch
NVIDIA utilized the CoRL 2026 platform to officially launch its GR00T 2 foundation model. This software update is specifically designed to enhance the learning capabilities of humanoid robots. The demonstration focused on how the model processes sensory input to execute fine-grained movements, representing a leap forward in general-purpose robotic intelligence.
4TIANJI Marvin Pro Integration
The TIANJI Marvin Pro platform acted as the central hardware backbone for the NVIDIA GR00T 2 demonstrations. This computing architecture provides the necessary processing power to handle real-time data streams required for complex manipulation. Its integration ensures that the software model can operate with low latency during high-precision robotic tasks.
5Synergy in Robotic Systems
The collaboration between GENTO’s hardware and NVIDIA’s software ecosystem illustrates a growing trend in robotics. By combining a 21-DoF hand with the GR00T 2 model, developers can achieve greater synergy between physical actuators and cognitive processing. This integration is essential for creating robots that can navigate and manipulate objects like humans.
6Advancing Dexterous Manipulation
Dexterous manipulation remains one of the most challenging hurdles in robotics research today. The ability to grasp, rotate, and manipulate objects with high precision is vital for industrial and service applications. GENTO’s new hardware directly addresses these mechanical limitations, providing a platform for more robust and versatile robotic hand movements.
7Future Industry Implications
These advancements at CoRL 2026 suggest a rapid acceleration in the deployment of humanoid robots. As hardware becomes more articulated and software models become more intuitive, the barrier to entry for complex automation lowers. Industries ranging from manufacturing to logistics may soon benefit from these highly capable and adaptable robotic systems.
8Technological Trajectory Analysis
The convergence of GENTO’s 21-DoF hand and NVIDIA’s GR00T 2 indicates that the industry is prioritizing high-fidelity physical interaction. Moving forward, researchers will likely focus on scaling these capabilities to more diverse environments. The success of these demonstrations sets a new benchmark for what is possible in modern robotic manipulation research.
Original article: Gizmodo — GENTO and NVIDIA Showcase Advanced Robotic Manipulation at CoRL 2026