Confluent CCAC Networking Decisions Guide

This chapter matters because many Confluent Cloud outages that look like “Kafka is broken” are really path-selection problems. CCAC rewards operators who know when public connectivity is enough, when private connectivity is necessary, and how DNS and routing decide whether the private path is real.

Public connectivity: Simpler internet-reachable path with access controls layered on top.

Private connectivity: Network model that keeps traffic on private paths, with DNS and routing still required to make that path usable.

Public role alignment

Confluent’s Cloud docs treat networking as a first-class operating concern. That lines up directly with CCAC: choosing the right path is part of running the platform, not an afterthought.

Work this chapter in order

Fast routing inside this chapter

What strong answers usually do

• match connectivity design to the real requirement instead of defaulting to ideology
• treat DNS and routing as part of the connectivity design, not postscript details
• keep reachability problems separate from RBAC and schema problems

Common CCAC traps

• assuming private networking is always required even when the requirement does not demand it
• assuming a private endpoint means DNS is automatically correct
• debugging permissions before proving the client can reach the intended path

In this section

• Confluent CCAC Public vs Private Connectivity Guide
  Study Confluent CCAC Public vs Private Connectivity: key concepts, common traps, and exam decision cues.
• Confluent CCAC DNS and Private Routing Guide
  Study Confluent CCAC DNS and Private Routing: key concepts, common traps, and exam decision cues.