
AMI MegaRAC SPx Authentication Bypass Vulnerability
A critical authentication bypass vulnerability in AMI MegaRAC SPx BMC firmware could allow unauthorized access to server hardware hosting ePHI and clinical systems.
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Evidence-grounded reporting on vulnerabilities, threats, enforcement, guidance, and incidents with a concrete connection to healthcare operations.

A critical authentication bypass vulnerability in AMI MegaRAC SPx BMC firmware could allow unauthorized access to server hardware hosting ePHI and clinical systems.
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A vulnerability affecting multiple Apple operating systems could allow risks to ePHI when processing maliciously crafted media via iCloud Links; healthcare organizations should evaluate their mobile device fleet for necessary…
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A vulnerability in Microsoft Windows allows for remote code execution via Internet Shortcut files and WebDAV locations, posing a risk to healthcare workstations handling ePHI.
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A deserialization vulnerability in Wazuh Server could allow remote code execution, potentially compromising the security monitoring layer used to protect ePHI and healthcare infrastructure.
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CISA has added a Chromium V8 out-of-bounds read and write vulnerability to its Known Exploited Vulnerabilities catalog, impacting browsers used for accessing ePHI.
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A vulnerability in multiple Qualcomm chipsets (CVE-2025-21480) could allow memory corruption via unauthorized GPU micronode commands, impacting mobile devices used for ePHI access.
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A vulnerability in ConnectWise ScreenConnect could allow remote code execution via ViewState code injection if machine keys are compromised, posing a risk to healthcare IT environments and ePHI security.
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A path traversal vulnerability in Samsung MagicINFO 9 Server could allow unauthorized arbitrary file writes with system authority, posing a risk to healthcare facility signage and network integrity.
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A code injection vulnerability in Ivanti Endpoint Manager Mobile (EPMM) could allow authenticated attackers to execute arbitrary code, potentially impacting the security of mobile devices used to access ePHI.
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A vulnerability in the API component of Ivanti EPMM could allow unauthorized access to protected resources, impacting healthcare organizations managing mobile devices used for ePHI access.
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