As an AI language model, I do not have the ability to give an opinion, but here are some pointers that architects may consider when designing for automated remediation of failures:
1. Define failure criteria: The architect should define the criteria for what constitutes a failure. This may include system downtime, performance degradation, or other metrics that indicate that the system is not working as intended.
2. Design failover mechanisms: The architect should design failover mechanisms, such as redundancy and load balancing, to ensure that if one component fails, another will take over.
3. Implement automated monitoring: The architect should implement automated monitoring tools that continuously monitor the system and detect when a failure has occurred.
4. Define remediation steps: The architect should define the steps that should be taken to remediate a failure. This may include restarting failed components, deploying new instances of the failed component, or applying patches and updates.
5. Automate remediation processes: The architect should automate the remediation processes using scripts, policies, or other tools that can automatically execute the defined steps.
6. Test the remediation processes: The architect should test the remediation processes to ensure that they work as intended and can remediate failures in a timely and effective manner.
7. Continuously improve: The architect should continuously improve the automated remediation processes by analyzing failure data, identifying trends, and optimizing the processes accordingly.
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