A Japan-based applied AI and smart mobility initiative
Autonomax focuses on transportation intelligence, safety analytics, autonomous systems, and practical technical prototyping.
Applied AI for real-world mobility
Autonomax is a Japan-based applied AI and smart mobility initiative focused on transportation intelligence, safety analytics, autonomous systems, and practical technical prototyping.
Our work spans the full mobility stack — from roadside traffic analytics and in-vehicle safety to smart parking concepts, last-mile coordination, and edge AI prototypes. We combine transportation engineering with modern AI to build systems that are credible, deployable, and grounded in real operating conditions.
We collaborate with research partners, mobility teams, and pilot hosts to move ideas from concept to validated technical systems.
Practical over hype
We build working systems and credible prototypes, not slideware. Every concept is tied to a real implementation path.
Engineering rigor
Transportation engineering and safety-critical thinking inform our AI work, not the other way around.
Privacy by design
Edge-first processing and data minimization are built into how we approach mobility data.
Where our capabilities are concentrated
A blend of transportation domain knowledge and hands-on AI and edge engineering.
Transportation Engineering
Grounding every system in real transport principles and study methods.
Traffic Analysis
Counting, classification, and flow analysis for planning and operations.
AI / Computer Vision
Detection, tracking, and perception models for mobility use cases.
Autonomous Mobility
Experimentation with autonomous and assisted mobility systems.
ROS 2 / Jetson / Edge AI
Robotics and edge deployment for real-time, on-device intelligence.
Safety-Critical Systems
Careful design where reliability and safety are non-negotiable.
Technical Documentation
Clear architecture notes and specifications for stakeholders.
Pilot Support
Field pilots, data collection, evaluation, and iterative refinement.
Let's build credible mobility technology together.
Whether it's a study, a pilot, or a prototype — we'd like to hear about it.