Core Technology

Engineered for precision beverage robotics

Three proprietary stacks - motion control, vision intelligence, and workflow orchestration - work together to replicate expert beverage execution.

Dual-Arm Motion Control

Sub-millimeter repeatability, force-controlled milk pouring, and real-time path adaptation built on industrial-grade component supply chains.

  • 6-DOF x dual-arm architecture
  • Wrist torque sensing
  • Real-time trajectory replanning
  • +/-0.1 mm repeatability
  • Validated through 10,000-cycle endurance testing

Vision & Latte-Art AI

Cup-rim detection, crema tracking, and on-device pattern generation without cloud dependency.

  • RGB-D camera with proprietary models
  • Real-time foam and surface estimation
  • 20+ latte-art patterns
  • Custom pattern upload support
  • Trained on a proprietary beverage robotics dataset

Workflow & Operations Intelligence

ArmasterEngine orchestrates parallel tasks, telemetry, alerts, and fleet operations for commercial deployment teams.

  • Parallel dual-arm scheduling
  • Live telemetry and alerts
  • REST API / webhook integration
  • Fleet OTA upgrades
  • Batch rollout across full device fleets
Hardware Platform

From joint modules to end effectors

Critical hardware components are designed for food-contact compliance and commercial uptime in demanding hospitality environments.

Joint modules

Brushless motors, high-resolution encoders, and harmonic drive reduction

End effectors

Milk pitcher grippers, handle tools, and cup-handling tooling

Compliance & enclosure

Food-contact compliant materials, IP54 splash resistance, CE / 3C certification

Hardware Platform
Software Stack · Developer Access

An open platform for integration partners

Operating system

Linux-based real-time control environment with low-latency loops

Middleware

Optional ROS2 integration with standard robotics tooling

SDK

Python SDK plus REST APIs for POS and membership integration

Simulation

URDF assets for MuJoCo / Gazebo-based validation workflows

Request SDK access