Global Institute for Advanced Informatics Technology

Giving intelligence
a form.

informatics · neuromorphic computing · humanoid robotics

GIATEC integrates intelligent systems, neuromorphic computing, and humanoid robotics into practical, scalable technology — built through rigorous research and shaped for real-world impact.

MissionSTATEMENT
GIATEC advances the frontiers of informatics by integrating intelligent systems, neuromorphic computing, and humanoid robotics into practical, scalable technologies. We are committed to creating innovative platforms that empower learning, accelerate scientific discovery, and drive the next generation of autonomous and computational systems. Through rigorous research, global collaboration, and a focus on real-world impact, GIATEC strives to shape a future where informatics transforms how people learn, interact, and innovate.
Three Pillars

Where our research is concentrated

I

Intelligent Systems

Platforms that turn informatics research into tools for learning and discovery — built to scale from the lab to the classroom.

II

Neuromorphic Computing

Brain-inspired architectures that compute with the efficiency of biological systems, engineered for reliability at scale.

III

Humanoid Robotics

Autonomous, embodied systems that bring computational intelligence into physical, real-world environments.

Research Activities

Advanced Research Activities

Our work spans a connected set of research areas, from chip-level architecture to embodied intelligence.

  • Multicore and manycore system-on-chip architectures
  • 3D-IC and interconnect technologies
  • Neuromorphic and brain-inspired computing
  • High-performance embedded systems
  • Intelligent autonomous systems
  • Humanoid robotics for education
Development

From lab to platform

Selected initiatives currently moving from research prototype toward deployable systems.

Research Prototype

AIzuHand Prosthetic

A low-cost prosthetic hand controlled by spike-based neuromorphic signal processing, built to make advanced control more accessible to amputees.

Algorithm Development

Neuromorphic Algorithms for Intelligent Control

Spike-based control algorithms that bring the efficiency of neuromorphic computing to real-time autonomous systems.

Platform

Humanoid Educational Systems (N-HuRo Platform)

A humanoid robotics platform designed for the classroom, pairing embodied robotics with informatics education for students.

Roadmap

Future Commercialization Roadmap

A phased plan for carrying GIATEC's research prototypes into scalable, real-world products and services.

Our Approach

How we work

Three commitments run through every project at GIATEC, from early research to deployed systems.

01 Research

Rigorous, peer-grounded inquiry that pushes the boundaries of informatics before it ever reaches a product.

02 Collaboration

Global partnerships across universities, labs, and industry that bring diverse expertise to shared problems.

03 Impact

A constant focus on real-world deployment — technology judged by what it changes, not just what it proves.

Inquiries & Research Exchange

As an R&D startup, GIATEC advances foundational technologies in intelligent systems, neuromorphic computing, and robotics, laying the groundwork for our upcoming commercial products.

Get in touch
Location
Aizu-Wakamatsu, Fukushima, Japan
info@giatec.io
giatec.io