Content by EldertGrootenboer (6)

EldertGrootenboer breaks down Azure Service Bus reliability as a set of layered choices rather than a single SLA number, explaining what each layer protects you from and where the real trade-offs show up when you plan for zone and regional failures.

EldertGrootenboer explains how to secure Azure Service Bus namespaces using layered controls—firewall rules, service endpoints, private endpoints, and Network Security Perimeter—then ties the network layer to identity with Entra ID and managed identities, including practical notes on geo-replication and DNS.

EldertGrootenboer announces the general availability of confidential computing for Azure Service Bus Premium, explaining how TEEs protect message data while it’s being processed and how it complements existing encryption and network controls. The post also covers regional availability and how to enable the feature in the portal or via templates.

EldertGrootenboer announces the general availability of Network Security Perimeter (NSP) support for Azure Service Bus, explaining how it complements existing network controls and how to roll it out safely using transition and enforced modes.

Eldert Grootenboer announces the GA release of Geo-Replication for Azure Service Bus Premium, outlining technical details on replication modes, region promotion, and disaster recovery approaches.

Eldert Grootenboer explores why agentic AI systems require advanced messaging capabilities. He outlines how Azure Service Bus helps orchestrate distributed workloads, manage unpredictability, and reduce operational waste at scale.