Which three components are required for a non-time-aggregated rule condition?

A non-time-aggregated rule condition in the context of Azure IoT involves evaluating incoming telemetry data in real-time based on specific conditions. The inclusion of telemetry, operator, and value is essential for defining a condition that can trigger actions based on the incoming data.

Telemetry refers to the stream of data coming from IoT devices, representing various measurements or state information. The operator is used to perform a comparison within the rule condition (such as equals, greater than, or less than), determining how the telemetry data will be evaluated against expected thresholds or values. The value is the reference point against which the telemetry data is compared, providing the specific figure or condition that the telemetry must meet for the rule condition to be considered true.

Together, these three components allow for a dynamic and responsive rule condition that can react based on real-time data inputs from devices. This configuration is pivotal for applications requiring immediate responses to device behavior or environmental changes, such as alerting systems or automated responses in an IoT solution.

This pairing of telemetry, operator, and value ensures that rules are precise and actionable, which is foundational in IoT implementations where timely data processing and action are crucial.