See, learn, and the robot executes.

Vision recognition, work judgment, and robot control connected in one flow — so inspection results lead to actual on-floor automation.

Contact us

Field operations

Human-level robot control completed by the fusion of vision and sensors

We added force/torque sensor technology to image data. AI-derived data is immediately converted into precise and safe robot motion, like a human.

Before

Limited object understanding that relies only on simple visual information

Collect vision and physical data simultaneously in real time

After

Recognize object states three-dimensionally to provide the basis for decisions

An environment that controls multiple robot brands as one — without coding

Manage robots from different brands on a single screen, and instruct movements easily in everyday language.

  1. No-Code

    Intuitive robot control without requiring expert knowledge

    • Drag-and-drop blocks to compose work flows easily
    • Preview and safely validate on a 3D screen before actual operation
    • Floor operators set robot movements directly without coding
    • Robot actions complete from natural-language instructions
  2. Edge control

    Lightweight anywhere, standalone operation on a low-power PC

    • Runs on a small PC without expensive servers or cloud connection
    • Operates reliably even on mobile sites with limited power and space
  3. Integrated equipment control

    Manufacturer-agnostic, fully controlled from a single screen

    • Seamless integration of robot arms, cameras, and grippers across brands
    • Control multiple robot brands simultaneously without vendor lock-in
    • Cuts new equipment costs by reusing existing hardware as is
  4. Reinforcement learning

    Robots that move like humans without programming

    • Removes the complex robot teaching step by imitating a human demonstration
    • Detects obstacles in real time and finds a safe path on its own
    • The robot evolves its own motion for ever more precise work

On-floor automation that sees, judges, and moves immediately

The more demanding the process — the more precise the seeing and motion required — the brighter AIVot's combined AI + robot capability shines.

  • 1

    Vision-guided pick-and-place/assembly

    Recognizes the target's position and condition with a camera and directs the robot to perform the task.

  • 2

    Image-based situational assessment

    Rather than simply extracting grasp positions, AI algorithms assess the process state and enable the robot to perform tasks based on the assessment results.

  • 3

    VLA-based robot control

    A VLA foundation model trains the robot model with a small amount of on-site data, while reinforcement learning further refines its accuracy over time after deployment.

From recognition to hardware control — the ecosystem that completes AIVot

Vision cameras, AI models, and operating data connect to the robot arm in perfect harmony, like a single organism.

Precise recognition

Eyes that read the floor

  • Recognizes objects of varying shapes and sizes in real time.
  • Pinpoints exact positions and gives the robot visual information.
  • (within ±0.5mm) Realizes high-precision assembly automation where no margin of error is allowed.
  • (within ±5mm) Performs pick-and-place quickly and reliably for cargo of various sizes and shapes.

Wondering about rollout units and operating conditions?

Check the questions we hear most often

Q.Is it compatible with the robots or equipment we are currently using?

Yes, it is fully compatible. AIVot is designed with a Hardware-Agnostic architecture that is not dependent on any specific robot brand. We support seamless integration with major industrial robot manufacturers—including KUKA, Doosan, Yaskawa, Hyundai, and Neuromeka—as well as your existing facility equipment.

Q.Is operation still possible if there are vibrations on-site or deviations in part positioning?

Yes, it is possible. AIVot supports Adaptive Autonomy, which detects changes in the working environment in real-time—such as on-site vibrations or minute deviations in part positioning—and automatically compensates the robot's motion to ensure stable and precise operation.

Q.Is it possible to customize the gripper according to the target object?

Yes, custom design is available. By precisely analyzing the unique shape, material, and weight of the target object, we customize the most suitable type of gripper, whether vacuum, magnetic, or mechanical. Additionally, a multi-purpose Tool Changer system can be applied to handle high-mix, mixed-flow production flexibly.

Q.Does it operate stably despite ambient light or changes in on-site lighting?

Yes, it operates robustly against environmental changes. By applying our proprietary shading structures and dedicated optical solutions, we effectively block the influx of ambient light. This ensures that robustness is maintained for consistent performance even when the surrounding lighting environment fluctuates.

Q.Can challenging objects (reflective, glossy/matte, transparent, surface variations, similar objects, etc.) be accurately recognized?

Yes, it is possible. We select the optimal lighting and camera setup—such as coaxial, dome, or structured light—tailored to the specific surface characteristics of the target object. For similar objects or surface variations that are difficult to distinguish with standard vision, we utilize deep learning-based recognition algorithms to accurately classify and respond.

Completing robotics solutions that erase the boundary between technology and the field

Based on your on-site conditions, infrastructure, and rollout flow, we review the PoC scope and the impact you can expect — together.

Contact us