HanabiAI - Building the Brain for Embodied AI Robots

Building the Brain for
Embodied AI Robots

From chips to platforms, models, modules, and toolchains we are committed to building the entire ecosystem.

HanabiAI Co., Ltd. focuses on designing purpose-built chips for embodied AI robots and has developed an end-to-end ecosystem that spans everything from semiconductor design to final applications.
Our specialized teams cover the full stack, including IC design, module manufacturing, and system-level engineering, and our core members bring deep industry expertise as well as a strong track record in mass production.
We are committed to advancing the “brain” of next-generation robots and building a foundation that enables developers and hardware partners to create embodied AI robots that make a meaningful impact on society.

ROBOT BRAIN STACK

Robot Brain Architecture

We decompose the brain of an embodied robot into five layers chips, platforms, models, modules, and applications. By having these layers work in concert, we are building a complete ecosystem for embodied-intelligence development.

Chip / Embodied AI SoC

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For scenarios that demand high computational performance and low power consumption, we design our own dedicated SoC, providing a robust foundation for perception, planning, and control.

Platform / Embodied AI Compute Platform

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As an integrated HPC&AI platform for universities and R&D teams, it centrally manages simulation, reinforcement learning, training, and evaluation.

Models / Embodied Intelligence Models

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We focus on policy representation, multimodal perception, and memory coordination, with an emphasis on explainability, deployability, and iterative improvement.

Modules / Embodied AI Module Kit

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We package the robot’s brain as an integrable computing module, enabling flexible connectivity with a wide range of service robot embodiments.

Applications / Embodied AI Robot

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By using patrol and guided-tour scenarios as foundational use cases, we validate our full stack technologies and build application templates for embodied-robot services.

Our strength is a single team that understands both chip/process design and long-standing module and system development. This lets us design the entire chip → module → platform → application stack with one unified technical vision.

TECHNOLOGY HIGHLIGHTS

From chips to low-level platforms

CHIP FIRST

Embodied AI SoC

To ensure embodied robots can operate reliably in diverse and rapidly changing environments, we design from the chip layer upward, anticipating multimodal processing and future algorithmic expansion.

Define compute requirements, interfaces, and power boundaries based on embodied intelligence needs.
Define the power-consumption boundaries and reduce integration costs through the coordinated codesign of the computing and perception subsystems.

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COMPUTE PLATFORM

HPC&AI for Embodied Development

Platform integrates simulation, training, and evaluation into a single visual workbench, delivering performance and collaborative experiences optimized for embodied tasks.

Integrated scheduling of HPC, AI, and simulation tasks.
significantly improving resource utilization and development efficiency.

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COLLABORATION

OUR PARTNERS IN CO-DEVELOPMENT

Together with research institutions and partners who share a medium- to long-term technology roadmap, we explore embodied technologies and collaboratively build an ecosystem for embodied intelligence developers.

Research Labs & Universities

We advance research in embodied intelligence, robotics, and reinforcement learning, enabling researchers to focus more of their energy on solving core scientific challenges.

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Robotics & Embodied AI Teams

We explore service robots and embodied routes, aiming to integrate chips, platforms, models, and modules under a unified architecture.

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Compute & Infrastructure Teams

We support the construction and operation of computing infrastructure for schools, research institutions, and enterprises, and aim to enhance the overall management experience amid increasingly complex combinations of HPC and AI workloads.

ABOUT PLATFORM

EXPLORE

From Vision to Execution

Vision

On the Vision page, we describe the following:

• The roles embodied robots will play in public spaces
• Why we focus specifically on the "brain" of the robot
• How we balance technology, ethics, and safety

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Company

On the Company page, we describe the following:

• HanabiAI’s core identity and business focus
• Our philosophy behind the product and technology roadmap
• The collaborative rhythm created by a small, high density team

ABOUT HANABIAI

NEWS

Latest Updates

We share our latest releases, research reports, and collaboration updates from the team.

2025-12-04

Events&Community: HanabiAI Co., Ltd. Visits the International Robot Exhibition 2025 (iREX)

Investigating the Latest Trends in Robotics and Embodied AI.

2025-11-28

Changelog: Official Release of the Positioning and Capabilities of the Embodied AI Compute Platform

We are releasing the role of the Embodied AI Compute Platform in HPC, AI, and Embodied fields, to make it easier for research institutions and partners to understand the support we can provide.

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CAREERS

Join the HanabiAI team

If you’re passionate about embodied AI, robot brains, HPC & AI, or custom chip technologies, and want to grow alongside us, we’d love to hear from you.

What we look for

Engineers who want to build foundational infrastructure with their own hands
Research-driven talent capable of pursuing embodied intelligence with persistence
Product thinkers / architects who can translate complex technologies into clear roadmaps

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Partnerships

Full-time roles / internships / campus collaborations
Joint research projects with labs and research institutions
Long-term collaborative research with partner companies

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CONTACT

Whether you’re envisioning an embodied robot, building out computing infrastructure, or simply want to explore whether your ideas

are feasible, please feel free to send us a message via the Contact page.

We carefully review every inquiry and will respond as best we can within the scope of what is possible.

CONTACT