Conversing with Large Language Models using Dapr

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2026-02-04 ~1 min read www.cncf.io #cncf

⚡ TL;DR

Posted on February 4, 2026 by Siri Varma Vegiraju, CNCF Project Maintainer CNCF projects highlighted in this post Imagine you are running a bunch of microservices, each living within its own boundary. What are some of the challenges that come into mind when operating them? Retries : Service-to-service calls are not always reliable.

📝 Summary

Posted on February 4, 2026 by Siri Varma Vegiraju, CNCF Project Maintainer CNCF projects highlighted in this post Imagine you are running a bunch of microservices, each living within its own boundary. What are some of the challenges that come into mind when operating them? Retries : Service-to-service calls are not always reliable. They can fail due to a number of reasons, ranging from timeouts to transient network issues, or downstream outages. In order to recover, it is common for applications to implement retry logic. Over time, this logic becomes tightly coupled with business code, and every developer is expected to configure retries correctly. Observability also presents a similar challenge. Each service must be instrumented with metrics, logs, and traces to understand request flow, latency, and failures. This instrumentation is often repetitive and easy to get wrong or overlook and when observability is inconsistent, debugging production issues becomes slow and frustrating. This is where Distributed Application Runtime ( Dapr ) comes into picture. Dapr is a CNCF-hosted, open-source runtime that provides building blocks for distributed applications through a sidecar architecture. It helps abstract most of these constructs into a sidecar runtime so that you as developers can concentrate on business logic. Simply put, it is an open-source and event-driven runtime that simplifies some of the common problems developers face with building distributed systems and microservices.