TITAN is an industrial mobile manipulator developed by RoboForce, featuring a humanoid upper body with dual arms mounted on a wheeled or tracked mobile base. Designed for demanding industrial environments, TITAN offers 40 kg payload capacity, 1,100 mm arm reach, 1 mm precision, and 8-hour runtime. Powered by RF-Net, a proprietary 3D foundation model for spatial understanding, TITAN delivers five core primitive capabilities: Pick, Place, Press, Twist, and Connect. Target industries include solar, data centers, shipping, mining, and manufacturing. RoboForce raised $15M in total funding as of 2025.
Primary use case: Industrial Automation
Height
210 cm
Payload
40 kg
Battery
8 hrs
Height
210 cm
Locomotion
Wheeled
Balance
static
Hand Type
2-finger gripper
Payload
40 kg
Max Lift/Arm
5 kg
Battery Life
8 hrs
Autonomy Level
semi-autonomous
AI Capabilities
manipulation, navigation, vision
Availability
Pre-order
Primary Use Case
Industrial Automation
Virtuix's Omni One Wins Award for Humanoid Robot Teleoperation
Nebius presents a Physical AI Workbench for agentic robotics workflows on its AI cloud, which supports training, simulation, evaluation, deployment, and inference. A highlighted RoboForce case study says its Robo-Labor workflow using NVIDIA Blackwell infrastructure reduced AI setup pipeline time by 70 percent and shortened model iteration cycles from months to days, while TITAN achieved 1 mm manipulation precision. The page discloses no funding round or valuation.
NVIDIA announced the open Physical AI Data Factory Blueprint, a reference architecture for automating the curation, augmentation, generation and evaluation of robotics, vision-agent and autonomous-vehicle training data. The architecture combines NVIDIA Cosmos Curator, Cosmos Transfer, Cosmos Evaluator and OSMO, with Microsoft Azure and Nebius integrating their cloud infrastructure and multiple physical AI developers adopting or testing the system. NVIDIA expects the blueprint to become available on GitHub in April.