Importance of Kubernetes multi-cluster management
Businesses are increasingly deploying multiple Kubernetes clusters to enhance availability, flexibility, isolation, and scalability. Multi-cluster is a method for deploying an application across multiple Kubernetes clusters to improve availability. Kubernetes multi-cluster management can be implemented to ensure compliance with distinct and conflicting regulations. The speed and security of software delivery can also be improved. Individual development teams deploy applications to isolate clusters and specifically expose which services are available for testing and release.
- Better operational readiness: troubleshooting,
associated operational runbook, and tools are simplified with
standardizing cluster creation. It alleviates common sources of
operational errors while reducing the cognitive load for support engineers,
which leads to improved response time.
- No vendor lock-ins: a multi-cluster strategy allows
businesses to shift workloads between various Kubernetes vendors to take
benefit of new capabilities and pricing offered by various vendors.
- Enhanced performance: multi-cluster allows the
application to be deployed in or across multiple availabilities zones and
regions, improving application availability and regional performance for
global applications.
- Better: robust isolation
simplifies key operational processes such as cluster and application
upgrades. In addition to that, isolation can decrease the blast radius of
a cluster outage. Businesses with strong tenancy isolation requirements
can route each tenant to their individual cluster.
- Better compliance: cloud applications have to
comply with plenty of regulations and policies. A multi-cluster strategy
decreases the scope of compliance for each individual cluster.
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