CVE-2025-14174 key takeaways
- Affected: iOS versions before iOS 26
- Class: RCE (Critical)
- Resolution: iOS 26.2 and iPadOS 26.2
- Publication status: Exploited in the wild
CVE-2025-14174 technical analysis
CVE-2025-14174 is a critical-severity iOS vulnerability tracked as RCE. The published record describes webkit memory corruption in targeted attacks affecting iOS versions before iOS 26. In practical terms, the vulnerability should be evaluated as a specific weakness in a specific component—not as automatic evidence that every affected device can be fully compromised. The execution context, reachable interface, platform mitigations, and availability of a reliable exploit chain all shape real-world risk.
Remote code execution vulnerabilities cross a data-processing or trust boundary and cause attacker-influenced input to be interpreted as executable behavior. The practical result depends on the process that handles the input, its sandbox, entitlements, and the mitigations present on the device. For CVE-2025-14174, the confirmed impact recorded is: Memory corruption through web-content processing. Apple associated the report with highly targeted exploitation on versions before iOS 26.
This record lists 2025-12-12 as the public disclosure or patch date, identifies Not publicly disclosed as the discovery information currently available, and credits Apple; Google Threat Analysis Group. The remediation recorded for affected users is iOS 26.2 and iPadOS 26.2. Use the references at the end of this page as the authoritative source, because vendors can revise advisories after publication.
Attack surface and exploitation prerequisites
The delivery path matters as much as the memory-safety or logic flaw. Researchers should establish whether the vulnerable component accepts network, browser, message, media, radio, or adjacent-device input and whether any user interaction is required. An RCE in a restricted service is not automatically equivalent to full device compromise.
A defensible assessment separates reachability, exploitation, and post-exploitation, so a component-level flaw is not described as an end-to-end device takeover. Compensating controls—network segmentation, application allow-listing, restricted messaging or browsing features, and MDM-enforced patching—can reduce exposure, but the durable resolution remains the vendor update identified in this record.
Detection and forensic triage
Preserve application, browser, messaging, media-processing, and system diagnostic logs around the suspected delivery time. Look for repeated process crashes, abnormal restarts, unexpected child processes, or follow-on activity, but do not treat any single symptom as proof of exploitation.
Absence of a visible symptom does not prove absence of exploitation, and a crash alone does not prove compromise. Preserve device state, record the operating-system build and patch level, and acquire logs using a method appropriate to the legal context—resetting or repeatedly testing the device can destroy useful traces. When assessing a suspected targeted attack, correlate device evidence with account sign-ins, messaging metadata, network telemetry, and MDM events to separate attempted delivery from successful exploitation.
How to mitigate CVE-2025-14174
The primary mitigation is straightforward: Update to iOS 26.2, iPadOS 26.2, or a later supported release; update older supported devices to the latest available security release.
On Apple devices, confirm the exact iOS or iPadOS build in Settings > General > About and compare it with Apple's security release documentation. Hardware generation and the supported update branch can change which fixed release is available. Lockdown Mode can reduce selected attack surfaces for users facing sophisticated targeted threats, but it is not a substitute for installing security updates.
- Identify the exact device model, operating-system build, and current security patch level.
- Compare that information with the affected range and fixed release documented by the vendor.
- Back up necessary evidence before making changes when compromise is suspected.
- Install the latest supported security release rather than stopping at the first version that mentions the CVE.
- Verify the installed build after reboot and review related accounts and applications for follow-on activity.
PoC interpretation and research notes
This page distinguishes public disclosure from independent reproduction. Its current status is Exploited in the wild. Apple states that this issue may have been exploited and links it to the same report as CVE-2025-43529. Any PoC shown above should be reviewed in an isolated lab and used only on systems the researcher owns or is explicitly authorized to test. Public availability is not a guarantee that code is safe, complete, or accurately attributed.
Frequently asked questions about CVE-2025-14174
What is CVE-2025-14174?
CVE-2025-14174 is a iOS RCE vulnerability associated with webkit memory corruption in targeted attacks. It affects iOS versions before iOS 26, according to the currently cited disclosures. The practical risk depends on the vulnerable component, required access, available mitigations, and whether the device has received iOS 26.2 and iPadOS 26.2.
Is CVE-2025-14174 being exploited in the wild?
The status on this page is “Exploited in the wild.” A vendor-confirmed vulnerability is not necessarily known to be actively exploited. This database uses “Exploited in the wild” only when a cited vendor or authoritative security source reports observed exploitation; public PoC availability is tracked separately.
How do I protect a device from CVE-2025-14174?
Install the latest supported security update and verify the resulting build or patch level. The recorded minimum resolution is iOS 26.2 and iPadOS 26.2. Apply relevant compensating controls while updates are pending, but do not treat configuration changes as equivalent to patching the underlying vulnerability.