/01
Truck & Container Automation
Autonomous loading and unloading systems that handle real-world variance — mixed SKUs, damaged packaging, uneven stacks.
Intelligent Industrial Automation
Engineering reliability
into intelligent
automation.
AI-powered robotic systems for warehousing, manufacturing and industrial automation — designed by engineers, built to endure.
01
Robotics
Core capability
02
AI Vision
Core capability
03
Motion Planning
Core capability
04
Industrial Software
Core capability
Truck LoadingTruck UnloadingContainer AutomationWarehouse AutomationMachine TendingVision InspectionMaterial HandlingRobot CellsAI PickingSensor FusionTruck LoadingTruck UnloadingContainer AutomationWarehouse AutomationMachine TendingVision InspectionMaterial HandlingRobot CellsAI PickingSensor FusionTruck LoadingTruck UnloadingContainer AutomationWarehouse AutomationMachine TendingVision InspectionMaterial HandlingRobot CellsAI PickingSensor Fusion
Capabilities
Systems, not products.
We engineer robotic capabilities from the ground up — combining mechanics, vision, AI and control software into systems that perform every shift, for years.
/02
AI Vision & 3D Perception
Point-cloud reasoning, semantic segmentation and grasp planning tuned for industrial reliability, not lab demos.
/03
Cobot & Machine Tending Cells
Collaborative robotic cells engineered around the operator, integrated with existing machines, ready for the factory floor.
Technology Platform
A single stack.
Six disciplines.
Our platform is layered — each discipline responsible for what it does best, working in concert. The result is a system that behaves predictably in unpredictable environments.
Explore the platform →L6→
Analytics
Operational insight, telemetry, digital twin feedback.
L5→
Software
Application logic, orchestration, PLC integration.
L4→
Simulation
Physics-accurate testing before a single bolt is turned.
L3→
AI & Vision
Computer vision, 3D perception, learned grasping.
L2→
Control
Deterministic motion planning and safety.
L1→
Robotics
Industrial and collaborative manipulators, end-effectors.
Engineering Philosophy
We build systems
industry can
depend on.
Reliability isn't a feature we add at the end. It's the constraint that shapes every decision — from mechanical tolerance to software architecture to how we test.
01
Design for reliability
Every subsystem chosen for how it fails, not just how it performs.
02
Engineer for maintainability
A machine no one can service is not an asset.
03
Automate with purpose
Automation is a means. The customer's outcome is the goal.
04
Keep complexity hidden
Sophistication belongs inside. Simplicity belongs at the interface.
05
Precision before scale
Get one system right before building the second.
06
Reliability over novelty
Long service life is the highest form of innovation.
Industries & Applications
Where our systems work.
Our initial focus is on the hard, physical problems inside warehouses and factories — the operations where reliability is measured in years of uninterrupted service.
In Development
Emerging Focus Areas
Mission-Critical RoboticsExploration
Defence AutomationExploration
Factory IntelligenceExploration
Autonomous Industrial SystemsExploration
Research and exploration areas informing the next generation of Tetsu systems.
Development Approach
How we work with customers.
- 01
Understand
Site study, cycle analysis, understanding what a good day and a bad day look like.
- 02
Design
Mechanical, electrical, software and safety architecture designed together, not in silos.
- 03
Simulate
Digital twin validation of throughput, edge cases and failure modes before build.
- 04
Integrate
Assembly, calibration, PLC and enterprise integration, tested against the real workload.
- 05
Deploy & Support
Pilot operation, tuning, and long-term partnership focused on uptime and life.
Get in touch
Building something
that has to work.
If you have a physical operation that automation could transform — we'd like to hear about it. We take on a small number of engagements each year.