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GHSA-7r7f-9xpj-jmr7: Ash Framework: Filter authorization misapplies impossible bypass/runtime policies

### Summary When using **filter** authorization, two edge cases could cause the policy compiler/authorizer to generate a permissive filter: 1. **Bypass policies whose condition can never pass at runtime** were compiled as `OR(AND(condition, compiled_policies), NOT(condition))`. If the condition could never be true at runtime, the `NOT(condition)` branch evaluated truthy and the overall expression became permissive. 2. **Runtime policy scenarios that reduce to “no checks are applicable”** (an empty SAT scenario) were treated as an empty clause and dropped instead of being treated as **`false`**, which could again produce an overly broad (permissive) filter. These bugs could allow reads to return records that should have been excluded by policy. ### Impact Projects that rely on **filter-based authorization** and define: * `bypass ... do ... end` blocks whose condition(s) are only resolvable at runtime and can never pass in a given request context, **or** * runtime checks tha...

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CVE-2025-0033: AMD CVE-2025-0033: RMP Corruption During SNP Initialization

**When will an update be available to address this vulnerability?** Updates to mitigate this vulnerability in Azure Confidential Computing's (ACC) AMD-based clusters are being developed but are not yet complete. Once complete, the updates with be deployed across all AMD-based infrastructure and customers will be notified via Azure Service Health Alerts if they are required to reboot their ACC resources. The Security Updates table for this CVE will be updated immediately upon availability of the mitigated versions for any affected ACC product SKUs. Additionally, customers who have subscribed to the Security Update Guide will be notified when this CVE is revised to indicate updates are available. If you wish to be notified when these updates are released, we recommend that you register for the security notifications mailer to be alerted of content changes to this CVE.