AI-Powered Threats Demand AI-Powered Defense While AI supports growth and innovation, it is also reshaping how organizations address faster, more adaptive security risks. AI-driven security threats, including “vibe-hacking”, are evolving faster than traditional defenses can adapt. Attackers can now combine reinforcement learning (RL) with LLM capabilities in code generation, tool use, and multi-step reasoning to create agents[…]
Read MoreAzure Site Recovery now offers alternative VM Size recommendations during ASR failover when the current target VM Size may have limited allocation availability due to capacity constraints. This feature enhances disaster recovery by providing guidance on s Source: Microsoft Azure – aggiornamenti
Read MoreAzure Site Recovery now supports up to 5x churn (500 MB/s per VM). This major enhancement empowers customers to confidently run high IOPS workloads with Azure Site Recovery, ensuring robust disaster recovery for even the most demanding applications like d Source: Microsoft Azure – aggiornamenti
Read MoreYou can now perform major Linux OS version upgrades — without disabling Azure Site Recovery, interrupting their replication, or losing existing recovery points. This is supported on RHEL and SLES. (e.g. update from RHEL 8 to RHEL 9). This simplifies the O Source: Microsoft Azure – aggiornamenti
Read MoreAzure Site Recovery now enables failback from Azure VMs to on-premises Hyper-V, even if replication from on-premises to Azure happened to storage account and the failed-over Azure VM uses managed disks. Learn more. Source: Microsoft Azure – aggiornamenti
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