Challenge II: robots require an extended grip


Let's go back to our instance of a stamp distribution loop. Automating this task requires a full-time technician to manage ten robots. The technician should closely monitor the monitoring system to make sure there are no errors.

But the robot batteries die randomly. They get stuck due to obstructions. They got lost. In other words, errors will invariably occur.

When they do, the technicians should react as soon as possible. But the solution is not always easy to find because it is not always clear which devices are involved, the emergency level, or the root cause. It shouldn't be that difficult to manage and maintain bots.

The solution: smarter alert systems

Suppose our industrial manufacturer uses a robotic fleet management system that can provide detailed alerts that answer these open questions and pass them through convenient channels. It's time to offer practical knowledge to problem solvers.

Freedom Robotics smart alerts provide real-time notifications when faulty conditions arise in factories. Operators can use fleet maps and alerts to quickly and easily identify the following:

Which robot had a problem?

When the alert was fired

What went wrong and wants to be fixed

Where should the operator go to solve the problem

As shown below, we can directly see that the robot has problems (which one). It broke down ten minutes ago (when) due to a low battery (what), and was last understood on the south side of the line near the chargers (where).

Operators responsible for ensuring availability are responsible for monitoring multiple production lines spread across different buildings in large factory plants. The simplicity of smart alerts and detailed summaries provided by the Freedom platform make it easy to track all of this in real time. pasted-image-0- (4)

Freedom's smart alerts can be sent via text message or email and directly integrated with services like PagerDuty, Slack, IFTTT, and more.

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