Ipp Software CVE-2026-22618

The vulnerability requires that a user be simultaneously authenticated to a vulnerable Eaton IPP instance AND visit an attacker-controlled webpage or follow an attacker-crafted link. The insecure HTTP response header must be present in the IPP web application responses (specifically, the missing or improperly configured header for clickjacking/MIME-sniffing protection). The attack depends on the IPP instance being network-accessible and the user's browser being configured to honor HTTP directives (standard behavior). No special IPP configuration or deployment mode is explicitly required based on the vulnerability description; however, the high attack complexity (AC:H) suggests exploitation may depend on specific browser conditions, timing, or network circumstances not detailed in available advisories. Exploitation is limited by the requirement for user interaction (UI:R) and unusual attack complexity (AC:H), meaning the attacker cannot exploit the vulnerability through automated, passive network scanning or direct protocol manipulation alone-the user must actively engage with attacker-controlled content.

The CVSS score of 5.9 (Medium) is driven by a network attack vector (AV:N) but mitigated by high attack complexity (AC:H), requiring no privileges (PR:N) but mandatory user interaction (UI:R). This vector profile suggests the attack depends on unusual network conditions or specific circumstances, combined with user interaction-for example, the attacker may need to cause a user to click a link or visit a malicious site while a vulnerable IPP instance is accessible. The confidentiality impact is low (C:L) and availability is none (A:N), but integrity is high (I:H), indicating an attacker can modify content seen by users. The high attack complexity combined with user interaction requirement substantially reduces real-world exploitation probability compared to the base CVSS score; however, the high integrity impact (content modification in a critical infrastructure power management tool) is operationally significant. No EPSS score, public exploit code, or CISA KEV listing is present in the provided data, and no active exploitation has been reported. This suggests the vulnerability, while genuine, is not yet widely weaponized. For organizations running IPP, the risk is conditional on user interaction with untrusted content during sessions to the IPP interface, and the impact (content modification) is relevant only to administrative or monitoring actions. The absence of patch version details in the advisory reference requires verification with Eaton to confirm fix availability and upgrade path.

An attacker crafts a malicious webpage containing a hidden iframe pointing to an IPP administrative interface (e.g., to modify UPS settings or access logs). A user with IPP access is socially engineered to visit the attacker's website while logged into their organization's IPP instance. Because the IPP response headers do not include proper framing protections (missing X-Frame-Options), the iframe loads successfully, and the attacker injects JavaScript to modify displayed content or exfiltrate information from the IPP interface visible within the frame. The user's browser processes the unprotected response, allowing the attack to succeed.