Composer FAQs

Question 1

What makes Composer's pipeline definition unique?

Accepted Answer

Composer uses an expressive 'flow' language for declarative pipeline definition, allowing users to focus on 'what you want' to achieve rather than imperative steps. This simplifies the creation of complex workflows like validating sensors, detecting anomalies, and computing statistics in real-time.

Question 2

What kind of data streams can Composer analyze?

Accepted Answer

Composer is versatile, capable of analyzing live data streams from diverse applications such as Industrial IoT (predictive maintenance), Vehicle Telematics (fleet analytics), E-commerce (clickstream insights), and Smart Infrastructure (energy optimization).

Question 3

What is Wink Composer?

Accepted Answer

Wink Composer is a powerful software tool that transforms live data streams into clear, actionable insights by composing small, focused building blocks into intelligent, declarative pipelines, deployable consistently from edge to cloud.

Question 4

Can Composer be deployed on the edge and in the cloud?

Accepted Answer

Yes, Composer is designed for consistent code and deployment across both edge and cloud environments. It's production-ready with features like offline queuing, circuit breakers, and auto-recovery to ensure robust operation regardless of the deployment location.

Question 5

How does Composer handle AI and insights?

Accepted Answer

Composer employs Agentic RAG (Retrieval-Augmented Generation) to query pre-computed insights like anomalies and patterns, not raw data streams. This provides AI with refined context for root cause analysis, next steps, and prescriptions, ensuring a clear separation of concerns.

Composer

Composer

Key Features

Use Cases

Key Features

Use Cases