Microsoft Azure Architect Technologies (AZ-300) Practice Exam 2025 - Free AZ-300 Exam Questions and Study Guide

Designing for recoverability primarily focuses on the ability to restore systems and applications following data loss and disasters. This involves creating a robust recovery plan that addresses how data can be efficiently backed up, restored, and accessed again after unexpected events such as hardware failures, natural disasters, or cyber incidents.

When designing for recoverability, it’s essential to establish processes and tools that enable quick recovery to minimize downtime and data loss. This can include utilizing automated backups, implementing redundancy measures, and ensuring that there are tested disaster recovery plans in place.

While immediate data access, prevention of all outages, and enhancing application performance are important aspects of overall system design, they do not encompass the primary focus of recoverability, which is aimed specifically at ensuring that systems can recover effectively in the face of disruptions. Thus, the emphasis is on the strategies and technologies that aid in recovering from incidents rather than preventing them or enhancing performance during normal operations.