AGV
Automated Guided Vehicle; mobile platform that usually follows predefined paths or markers.

Robotics
Automated Guided Vehicle; mobile platform that usually follows predefined paths or markers.
Autonomous Mobile Robot; uses sensing and mapping to navigate with greater flexibility.
Robot designed with features that can enable collaborative operation after application risk assessment.
Tool attached to the robot wrist, such as a gripper, welder or camera.
Maximum load the robot can handle under stated conditions.
Working distance available to the robot arm.
Ability to return to a taught position consistently.
Cameras, optics and software used to inspect or guide actions.
Sensor that measures contact forces and moments.
Simultaneous Localization and Mapping; building a map while estimating position.
Software coordinating tasks, traffic and charging across mobile robots.
Digital representation used to simulate equipment or operations.
Broad model trained to support multiple robotic tasks or embodiments.
Vision-Language-Action model linking images and language to actions.
Human remote control of a robot.
Training a robot using examples of a task.
Running a trained model to produce a prediction or action.
Processing near the robot or operation rather than only in a remote cloud.
Engineering discipline ensuring safety functions respond predictably to faults.
Structured analysis of hazards, exposure, severity and protective measures.
Overall Equipment Effectiveness; combines availability, performance and quality.
Robotics as a Service; commercial model based on recurring payment or usage.
No. Collaborative features do not make every application safe without guarding. Tooling, speed, payload, workpiece and contact scenarios require a risk assessment.
Some platforms can be purchased or contracted, while others remain prototypes or pilots. Availability must be separated from proven production capability for a specific task.
No. Check whether the task was autonomous, scripted, teleoperated, controlled or edited, and request continuous operational evidence.
When route flexibility and dynamic navigation add value. Stable repetitive routes can still favor simpler approaches.
They support training, simulation, synthetic data and increasingly edge inference. The safe control architecture still needs deterministic protections.
Throughput, quality, safety, interventions, uptime, recovery, integration, maintenance and total operating cost.
NR-12 safety, import and tax structure, possible INMETRO or ANATEL requirements, LGPD when personal data is processed, and local integration and support.
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