Using Traefik Mesh TrafficSplit for Safe Canary Deployments
Learn how Traefik Mesh TrafficSplit enables weighted canary releases without code changes, including setup, verification via Prometheus, and key limitations.
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traefikmeshArchitecture Note: Enabling Mutual TLS for Service‑to‑Service Traffic in Red Hat OpenShift Service Mesh
Guidance on requirements, minimal design, trust boundaries, operational checks, failure scenarios and rollback when enabling Istio‑based mTLS in OpenShift Service Mesh.
redhatChoosing Between Operator-Managed and Manual Traefik Mesh Configurations
Decide between Traefik Mesh Operator and manual CRD configuration. Learn how to balance mTLS automation against granular control and implement weighted traffic splitting.
kubernetesManaging Zero-Trust Traffic with Consul Connect Intentions
Stop relying on fragile firewall rules. Learn how to use Consul Connect Intentions to declaratively control service-to-service communication without changing a single line of code.
consulUsing Traefik Mesh Weighted Traffic Splitting for Safe Canary Deployments
Learn how to shift a fraction of traffic to a new service version with Traefik Mesh’s TrafficSplit resource, verify the split with Prometheus metrics, and understand the operational constraints.
Choosing an Envoy Load Balancing Policy: Decision Guide for Service-to-Service Traffic
Compare Envoy's built-in load balancing algorithms (Round Robin, Least Request, Ring Hash, Maglev, Random) for service-to-service traffic. Learn trade-offs, session affinity, failover behavior, and how to validate your choice in Envoy 1.28+.
grpcArchitecting Service-to-Service Trust with Traefik Mesh Sidecars
Learn how Traefik Mesh uses sidecar proxies and mTLS to eliminate implicit trust in Kubernetes clusters, moving from IP-based security to a Zero Trust identity model.
Leveraging Red Hat OpenShift Service Mesh for Secure, Observable, and Resilient Microservices
Deploy Red Hat OpenShift Service Mesh using sidecar injection to secure, observe, and make microservices resilient. This architecture note covers requirements, design, trust boundaries, operational checks, failure modes, and when to change the design.
Choosing the Right Envoy Load Balancing Policy for Upstream Clusters
A technical guide on selecting the optimal Envoy load balancing policy, comparing Round Robin, Least Request, and Consistent Hashing to optimize backend performance.