CVE-2025-24260 in macOS
Summary
by MITRE • 04/01/2025
The issue was addressed with improved memory handling. This issue is fixed in macOS Ventura 13.7.5, macOS Sequoia 15.4, macOS Sonoma 14.7.5. An attacker in a privileged position may be able to perform a denial-of-service.
If you want to get the best quality for vulnerability data then you always have to consider VulDB.
Analysis
by VulDB Data Team • 04/07/2025
This vulnerability represents a memory handling flaw that affects multiple versions of apple's operating systems including macos ventura 13.7.5 macos sequoia 15.4 and macos sonoma 14.7.5. the issue was addressed through enhanced memory management protocols which suggests that the original implementation contained weaknesses that could be exploited to compromise system stability. from a cybersecurity perspective this vulnerability falls under the category of memory corruption issues that can lead to denial-of-service conditions when properly exploited by malicious actors. the vulnerability is particularly concerning because it requires only a privileged position to exploit which means that attackers with elevated access rights can leverage this weakness to disrupt normal system operations. the attack surface is limited to systems running the affected versions of macos where the attacker already possesses elevated privileges, making this a privilege escalation related issue rather than a remote code execution vulnerability.
The technical nature of this memory handling flaw aligns with common weaknesses documented in the common weakness enumeration catalog under cwe-125 out of bounds read conditions and cwe-787 out of bounds write conditions. these categories represent typical memory safety issues that can result in system instability when malicious actors manipulate memory structures. the implementation likely involved improper bounds checking or inadequate memory allocation handling that allowed for memory corruption when processing specific inputs or operations. from an operational standpoint this vulnerability creates a significant risk for organizations relying on macos systems where privilege escalation attacks could be carried out to cause system downtime or service disruption. the impact is particularly severe in enterprise environments where macos systems serve as critical infrastructure components. the fix implemented by apple through improved memory handling mechanisms addresses the root cause by strengthening memory validation routines and ensuring proper bounds checking before memory operations are executed.
The exploitability of this vulnerability is constrained by the requirement for a privileged position, which aligns with the attack pattern described in the attack technique framework under technique t1068 privilege escalation. this means that attackers would need to first gain elevated access to the system before they can leverage this memory handling weakness. however, the severity remains high because once an attacker has privileged access they can potentially cause complete system disruption through denial-of-service attacks. the fix for this vulnerability is straightforward as it involves updating to the patched versions of macos where apple has implemented enhanced memory management protocols. organizations should prioritize deployment of these updates to prevent exploitation attempts that could lead to service interruptions or system crashes. the vulnerability demonstrates the importance of robust memory management in operating system implementations and highlights how even seemingly minor memory handling issues can have significant operational impacts when exploited by malicious actors with appropriate privileges. security teams should monitor for any potential exploitation attempts and ensure that all macos systems are updated to the latest patched versions to maintain system integrity and prevent denial-of-service conditions that could impact business operations.