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Industrial automation
Automate repetitive production, material handling, inspection, machine tending, warehouse movement, and other factory workflows where consistency and throughput matter.
Robotics · Humanoids · AI · Simulation
We engineer robots for real-world work.
Rovatics turns physical-world problems into deployable robotic solutions. When a task requires repetitive, hazardous, physically demanding, or continuously monitored human effort, we design the right robotic system — from industrial robots and mobile platforms to humanoids — and engineer the intelligence that makes it work.
Problem → Robot → Simulation → ValidationLarge-scale testingReduced human intervention
◉ Physical-world automation
↗ Simulate before deployment
Our purpose
Every physical problem deserves a robotic solution.
We start with the work, not with a particular robot. We understand the task, constraints, environment, human effort, and required outcome — then determine what kind of automation makes sense.
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Humanoid & general-purpose work
Explore humanoid robots for environments designed around people — especially where stairs, tools, workstations, objects, and existing infrastructure make fixed automation difficult.
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Physical-world problem solving
For logistics, facilities, field operations, inspection, handling, and other sectors, we engineer systems around the real task and the level of human intervention you want to remove.
How Rovatics worksWhy Rovatics ↗
We don't just build a robot. We build the complete path to reliable automation.
Our work connects task analysis, robot selection, simulation, AI, control, testing, and deployment. The objective is measurable reduction of manual effort while maintaining appropriate safety and operational oversight.
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Understand the work
Map the physical task, human actions, environment, constraints, failure modes, and business outcome.
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Choose the right robot
Select or combine industrial arms, mobile robots, manipulators, humanoids, sensors, and supporting systems.
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Simulate at scale
Run large numbers of scenarios, variations, edge cases, and task repetitions before risking expensive physical trials.
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Validate & deploy
Move through staged physical testing, measure performance, refine the system, and deploy with defined human oversight.
From idea to operation
One engineering loop. Thousands of virtual trials.
We use simulation as a force multiplier: test more conditions, find failures earlier, compare approaches, and reduce unnecessary physical experimentation.
01
Discover
Identify where human effort can be automated, assisted, or safely removed.
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Model
Build the environment, robot, task, sensors, constraints, and success metrics.
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Simulate & stress-test
Run large-scale experiments across normal conditions, variations, and failure cases.
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Deploy & improve
Validate in the real environment, monitor outcomes, and continuously improve the robotic system.
Have a physical-world problem?
Discuss the problem ↗Tell us what humans are doing today.
We’ll explore whether robotics, automation, or humanoid systems can do the work more consistently, safely, and efficiently.