Vision - HanabiAI

Vision for Embodied
Intelligence

The Future of Embodied Intelligence We Envision

We believe that embodied robots should neither be “metal boxes” confined to industrial

zones nor “showcase devices” overloaded with features for the sake of publicity. Instead,

our ideal future is one where robots quietly take on hazardous, repetitive, and heavy duty

tasks in everyday living and working environments freeing people to direct their time and

energy toward more creative and meaningful pursuits. HanabiAI’s vision is to build this

future step by step layer by layer by developing the robot brain across chips, platforms,

models, modules, and applications.

SCENES

The Future We Envision

Intelligent Patrol in Urban Environments

Autonomous Guarding in Public Spaces

In the cities of the future, embodied robots will take on essential duties such as routine inspections, security patrols, and equipment checks creating a world where night shifts and constant monitoring no longer rely solely on human labor.

Indoor Guide Service

A Reliable and Persistent Intelligent Partner

In spaces such as campuses, hospitals, and exhibition halls, robots can serve as “patient guides” not cold machines, but reliable systems that deliver stable and reproducible service experiences.

Multi-Robot Coordinated Operation

Smart Workforce for Campuses and Campus Districts

In parks, campuses, or large public spaces, multiple robots share roles and coordinate to perform tasks such as inspection, guidance, and material transport, forming a scalable smart operation system.

BELIEFS

Our Unwavering Conviction

Expanding Human Potential
Through Technology

Robots are meant to take on tasks that people should not or are not well suited to perform, allowing humans to devote more time to creativity and communication. They are never intended to remove humans from the system.

Embodied Intelligence Is a Long Term
Technological Challenge

Rather than chasing market trends with one off demos, we prioritize steadily evolving our chips, platforms, and models generation by generation.

Value Lies Not in Concepts,
But in Proven Progress

We prioritize reproducible experiments, quantifiable metrics, and traceable iteration paths, aiming to ensure that every improvement accumulates in a form that can withstand verification in real world scenarios and long term operation.

Prioritizing Ecosystem Coordination
and Evolvability

With open interfaces and a software–hardware system designed for continuous evolution at the core, we work with developers, research institutions, and hardware partners to build a scalable embodied ecosystem.

PRINCIPLES

Principles of Action

Safety & Observability First

Unobservable or inexplicable behaviors are risks in themselves. Therefore, platforms, chips, and modules must be designed with observability and safety as the highest priorities.

Human-Centered Interaction

We respect human senses, boundaries, and habits as essential constraints, and pursue human robot interactions that are natural, controllable, and easy to understand.

Long-Term Orientation

In our technical decisions and choice of collaboration partners, we place greater emphasis on whether they will remain sound five to ten years from now.

Sustainable Delivery

Grounded in real world constraints, we aim for each iteration to accumulate as a sustainable, transferable, and scalable technical asset.