Understanding Triggers

Triggers in Connect Intelligent Cloud are essential tools for proactive fleet management, allowing you to automate alerts based on specific conditions. In this article, we go through triggers, how they work, common uses and benefits. 

What is a Trigger?

A trigger is a predefined rule or set of conditions that, when met, initiates a specific action within Connect Intelligent Cloud. Triggers act as intelligent prompts, automatically responding to events or data points in real time, allowing fleet managers to stay ahead of potential issues and optimize their operations.

How Triggers Function

There are three main functions of triggers. 

1. Event Recognition: Triggers are designed to recognize specific events or conditions within the fleet. These events could range from an asset exceeding a specific speed limit to a sudden change in temperature.

2. Rule-Based Logic: Triggers operate on rule-based logic. Fleet managers define the rules or conditions that, when satisfied, will activate the trigger. For example, a trigger may be set to activate when an asset enters or exits a geofenced area.

3. Automated Response: The system automatically triggers a predefined response once the trigger conditions are met. This could include generating an event notification or sending alerts to relevant stakeholders.

Common Trigger Applications

1. Geofence Monitoring:

Triggers are often employed to monitor geofenced areas. If an asset enters or exits a predefined geographic boundary, a trigger can generate an alert, providing fleet managers with real-time information about the location of their assets.

2. Temperature Monitoring:

In industries with critical temperature control, triggers can be set to monitor temperature variations within assets or containers. A trigger can initiate an immediate alert if the temperature falls outside the acceptable range. This is especially crucial in transporting sensitive goods, such as pharmaceuticals or perishable items, where maintaining specific temperature conditions is paramount.

3. Speed and Conduct Oversight:

Triggers help monitor and control speeding and unsafe driving behavior. If a vehicle exceeds a set speed limit or exhibits erratic driving patterns, a trigger can immediately notify fleet managers, allowing prompt intervention. Please note that speed is not always accurate, so these results should be interpreted with caution. 

Benefits of Triggers:

1. Proactive Problem Resolution:

Triggers empower fleet managers to address issues in real time, preventing potential problems from escalating.

2. Operational Efficiency:

Triggers automate responses to specific events, reducing the need for manual intervention and optimizing operational efficiency.

3. Cost Savings:

Monitoring, e.g. temperature changes through triggers, can help prevent damage to temperature-sensitive cargo, ensuring product quality and minimizing losses. This proactive approach can contribute to significant cost savings in industries reliant on precise temperature control.

Conclusion:

Triggers are key in fleet management, monitoring and responding to critical events. By using triggers, fleet managers can proactively manage their operations, leading to improved efficiency and cost savings.