HCL IntelliOps IEM CVE-2025-62299

Exploitation requires an authenticated attacker with high-level privileges (PR:H) already granted within the HCL IEM application - unauthenticated or low-privileged attackers cannot exploit this directly. The attacker must be able to reach the IEM application over a network (AV:N), so network segmentation isolating IEM management interfaces reduces exposure. High attack complexity (AC:H) indicates that specific, non-default conditions or a particular application state must exist for exploitation to succeed, though the vendor advisory does not detail the precise configuration or workflow required. The CVE description does not specify a particular IEM feature or module that must be enabled; the exact prerequisite configuration condition is not confirmed from available data. Limiting factor: this vulnerability is not exploitable by unauthenticated users or by accounts without pre-existing elevated IEM credentials.

The CVSS base score of 6.6 (Medium) reflects a constrained real-world impact: Attack Complexity is High (AC:H), meaning exploitation requires uncommon conditions or careful preparation, and Privileges Required is High (PR:H), meaning the attacker must already hold significant authenticated access to the IEM platform before attempting exploitation. The primary impact is confidentiality (C:H), with only low integrity impact (I:L) and no availability impact. There is no EPSS score provided, no CISA KEV listing, and no known public exploit code, all of which together suggest this is not currently a priority target for opportunistic attackers. The real-world risk is further constrained by IEM's limited deployment footprint and the requirement for pre-existing high-privilege credentials. The Changed scope signal is notable - it implies some boundary crossing - but without further vendor detail on exactly which resource tiers are reachable, the practical exploitation impact remains uncertain. The discrepancy between PR:H (attacker needs high privilege) and S:C (scope changes to reach elevated resources) may indicate a role-confusion or IDOR-style flaw within the application's authorization model rather than a full system-level privilege escalation.

An attacker who has already obtained high-privilege credentials to the HCL IEM platform - whether through credential theft, phishing, or insider access - sends crafted requests to the IEM application over the network that exploit the improperly enforced privilege boundary, gaining access to data or functionality reserved for a higher authorization tier. Because AC:H indicates non-trivial complexity, the attacker likely needs to identify a specific API endpoint, role combination, or application workflow where privilege enforcement is absent or bypassable. No public exploit code is known at time of analysis.