HOLOTYPE ROBOTICS

About Us

• I. Our Vision
  • A. Robot Objectives
    • 1. Learn from Physical Interactions
      • Robots operate in home and office spaces, acquiring knowledge through movement and object interactions, akin to infants. Varied senses, including touch, vision, and balance, contribute to expanded neural models.
    • 2. Behavior-Based Actions
      • Robots assess unfolding scenarios to determine appropriate activities.
      • Actions are based on internal goals and the environment rather than external commands.
      • Goal-directed yet reactive actions driven by internal state and external stimuli.
    • 3. Knowledge Transfer
      • Learned skills transfer across robots through a cloud knowledge base, facilitating rapid skill-building through shared experiences.
    • 4. Inner Common Subspace for Context
      • Sensor fusion using HTM enables the representation of environmental context in time and space.
      • Correlating occurrences in time and space provide environmental insight and causal inference.
  • B. Guiding Principles
    • Fluid lifelong learning.
    • Critical sensory associations.
    • Transferable hierarchical knowledge.
    • Predictive planning from experiences.
  • C. Target Markets
    • Robotics kits.
    • Toys.
    • Vehicles.
    • Home automation.
• II. What We Offer
  • A. Hardware Modules
    • Flexible controllers and peripherals for easy customization.
    • Emphasis on I2C capable sensors and Zephyr support.
    • Compatibility with multiple interconnect buses and popular connector types.
    • Different kit series tailored for specific purposes, with defined size parameters.
  • B. Starter Kits
    • Complete packages for common builds.
    • Comprehensive cookbook instructions designed for beginners.
  • C. Preliminary Community
    • Early adopter feedback steering ongoing development.
    • Building connections through an open and collaborative ecosystem.
• III. Core Principles
  • A. Commitments
    • Openness - sharing designs
    • Accessibility - lowering barriers
    • Extensibility - enabling additions
  • B. Business Model
    • 1. Accessible Robotic Solutions
      • We freely share design files for our robots' mechanical components, encouraging customization through easy modifications or 3D printing.
    • 2. Community-Driven Software Progress
      • Our control software, and machine learning modules are publicly released under open licenses, inviting external contributions that enhance real-world capabilities.
    • 3. Knowledge Sharing at the Core
      • We collect and link insights from the robotics community, accelerating progress through collaborative learning.
    • 4. Sustainable Business Growth
      • While our ecosystems remain open, we sustain our business through:
      • Direct sales of complete robots, kits, and components via our online shop
      • Collaborations with leading hardware suppliers through distributor partnerships
      • Offering value-added support services for enterprise deployments
      • This approach enables us to maintain a sustainable business model, fostering open development while delivering quality products, documentation, and services. Revenues support the continual expansion of collective innovation boundaries.