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Research & Education

The platforms the next generation of robotics gets built on.

Research buyers need something different from operators: full control access, sensor logs, simulation assets, and reproducibility. Education buyers need durability, curriculum, and a path from block programming to real code. This is where most humanoid platforms actually ship today — and where CosmicBrain's data tooling plugs directly into experiment pipelines.

Use cases
LAB

University Research Labs

Locomotion, manipulation, perception, and whole-body control research with reproducible experiment design.

  • +Match control access (torque-level vs. API) to your agenda
  • +Confirm simulation assets before hardware purchase
  • +Require logs, raw sensor access, repeatable setup
EDU

STEM Programs

Teaching programming, systems thinking, and embodied computing from K-12 through university.

  • +Curriculum materials and beginner tooling matter most
  • +Plan charging, storage, and repair logistics
  • +Platform should grow from blocks to real code
CARE

Clinical & Rehab Research

Controlled social-interaction and therapy-adjacent studies with human subjects.

  • +Ethics-board evidence and safety docs up front
  • +Data handling must meet human-subject standards
  • +Repeatability across sessions is the scientific requirement
COMP

Competitions & Benchmarks

RoboCup, challenge events, and standardized benchmark development on affordable hardware.

  • +Crash-survivability and spare parts availability
  • +Community ecosystem and open tooling
  • +Cost per unit low enough for a team fleet
Evaluation checklist

Openness

  • SDK depth: joint-level control vs. black box
  • ROS 2 support and community packages
  • Simulation model (URDF/MJCF) provided

Practicality

  • Repairability and spare-part lead times
  • Documentation quality and example code
  • Total cost fits a grant cycle

Ready to put humanoids in research & education to work?

CosmicBrain is the teleoperation, data, and deployment layer for every platform on this page. We don't make robots — we make robots work.