Elastic Charging Engine CVE-2026-101792

Exploitation requires the attacker to have access to the physical/adjacent communication segment attached to the hardware on which Elastic Charging Engine runs (AV:A) - it is not exploitable from a remote network or the Internet. No authentication is required (PR:N) and no user interaction is needed (UI:N), but AC:H indicates high attack complexity: success depends on conditions outside the attacker's control (e.g., timing, race conditions, or specific runtime state), per Oracle's 'difficult to exploit' designation. The dominant limiting factor is network adjacency; standard network segmentation isolating the ECE host from untrusted adjacent systems effectively neutralizes this vector.

This is a medium-severity issue (CVSS 3.1 base 5.9) whose real-world risk is substantially constrained by its own vector. AV:A means the attacker must sit on the adjacent/physical communication segment attached to the hardware running Elastic Charging Engine - not reachable from the open Internet - and AC:H confirms Oracle's own 'difficult to exploit' language, requiring conditions outside the attacker's control. PR:N (unauthenticated) and UI:N raise exposure somewhat, and the impact is asymmetric: I:H (unauthorized create/delete/modify of critical data) with only C:L and A:N. No EPSS score, CISA KEV listing, or public POC is present in the provided intelligence, so there is no signal of active or probable exploitation to amplify the base score. Net assessment: a real but low-urgency issue - the high integrity impact matters for a billing/charging system, but adjacent-only access plus high complexity make widespread or opportunistic exploitation unlikely; prioritize as part of the normal Oracle October 2026 CPU patch cycle rather than as an emergency. Note one tension to verify: the 'Authentication Bypass' input tag is not substantiated by the description, which describes an unauthenticated adjacent attack rather than a bypass of an authentication control.

An attacker positioned on the local communication segment physically attached to the ECE host (e.g., a compromised adjacent host or on-link device in the telecom operator's network) sends specially crafted traffic to the Elastic Charging Engine. Because exploitation is difficult (AC:H), it requires favorable timing or configuration, but success yields unauthorized modification or deletion of critical charging/billing data plus limited read access. No public exploit code was identified at time of analysis.