//2026
Education
A humanoid lab platform for embodied AI coursework
A university robotics deployment focused on perception events, safe motion states, voice interaction, SDK access and semester-ready maintenance.
12MP
Stereo Vision
Camera pipeline for perception labs, HRI demos and SDK event capture.
42DOF
Motion States
Scriptable safe-motion envelopes for labs and public demonstrations.
<90ms
Gesture Loop
Local interaction cycle for gesture, gaze and classroom routines.
SDK
Lab Access
APIs for perception events, behavior trees and supervised workflows.
“The humanoid gives students a real machine to reason about: sensors, timing, safety states and human interaction all in one platform.”
Robotics program director
The site had to become readable to the robot
Universities need more than a demo unit. They need a platform students can inspect, program and safely operate across a semester without turning every lab into a maintenance project.
Maps, workflows and telemetry move together
Alpha configured course-ready scripts, SDK access, supervised interaction states and maintenance procedures. Faculty can expose perception, voice and motion events without asking students to rewrite the robot's safety layer.
Operational robotics instead of a standalone device
The humanoid becomes a repeatable teaching system for embodied AI, human-robot interaction and public demonstrations.
How the deployment works
Each capability is tied to a business workflow: the robot sees the site, chooses a safe action, records the mission and keeps operators informed when reality changes.
Prepare
Faculty choose safe motion states, SDK scope and teaching modules.
Run
Students trigger perception, voice and behavior events through supervised exercises.
Observe
Logs reveal timing, sensor confidence and interaction outcomes for analysis.
Reset
The platform returns to a known classroom profile for the next cohort.
SDK
Students inspect real perception and behavior events
The SDK exposes vision, voice, gesture and supervised workflow events without bypassing safety controls.
Hands-on robotics learning
Motion
Safe interaction envelopes for labs
Faculty can script controlled gestures, gaze and classroom routines inside defined motion states.
Repeatable demonstrations
Vision
Camera events for embodied AI projects
Stereo vision and perception hooks support human-robot interaction, localization and classroom experiments.
Real sensor data
Operations
Semester-ready maintenance model
Profiles, release channels and support procedures keep the lab unit available between courses.
Less lab downtime
Teaching Platform
Students work with a complete embodied AI stack rather than a black-box demo.
Lab Exercises
Perception, voice, gesture and safe motion states can be exposed through guided coursework.
Public Demos
Repeatable scripts help faculty run open days, HRI demos and research showcases.
42DOF
Embodied AI in the classroom
Students evaluate how motion, perception and language interact on a physical machine.
<90ms
Responsive gesture loop
Low-latency interaction makes demos feel immediate while keeping motion states guarded.
SDK
Research-ready access
APIs let labs build coursework around behavior trees, perception events and supervised workflows.
Explore the Alpha range
Each deployment maps back to a product line with its own hardware, firmware, maps, benchmarks and support workflow.
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