- Public Preview: Azure Database for PostgreSQL Entra ID group login using user credentials
- Generally Available: Azure SQL updates for late-August 2025
- Public Preview: Azure SQL updates for late-August 2025
- Generally Available: Schema migration is now available in Azure Database Migration Service (DMS)
- Public Preview: Azure Cosmos DB for MongoDB (vCore)—add shards and rebalance data
- Generally Available: Entra ID and RBAC support for GetAccountInfo and other supplemental APIs for Azure Storage
- Public Preview: Custom block response code and body for Application Gateway WAF
- Generally Available: CNI Overlay for Application Gateway for Containers and AGIC
- Public Preview: Azure NetApp Files short-term clones
- Public Preview: Roslyn Analyzer for Durable Functions in .NET isolated
New servers now support Entra ID group login with user credentials, simplifying management and improving security in Azure Database for PostgreSQL Flexible Server.
Updates include general availability of local SQL Server container creation within the MSSQL extension.
Azure SQL Database adds a replication lag metric for real-time visibility into recovery point objectives when Geo-DR is enabled.
Azure DMS now supports schema migration alongside data, enabling smoother Azure SQL Database migrations.
Users can now add physical shards and rebalance data for scalable Azure Cosmos DB for MongoDB (vCore) clusters.
Azure Storage APIs, including GetAccountInfo and ACL operations, now support Entra ID and RBAC for stronger security.
Application Gateway WAF now supports customizable status codes and response bodies for blocked requests.
Azure CNI Overlay is generally available, conserving VNet IP space and easing multi-cluster AKS deployments with Application Gateway for Containers and AGIC.
Short-term clones allow instant, space-efficient read/write data access from snapshots, avoiding full data copies and saving capacity.
A built-in Roslyn Analyzer now helps enforce durable orchestration coding rules in Durable Functions with .NET isolated model.