CVE-2026-22054: Hard-Coded Credentials in NetApp Active IQ Config Advisor 6.7.3

Technical summary

CVE-2026-22054 is rooted in CWE-259 (hard-coded credentials), affecting Active IQ Config Advisor 6.7.3. The vulnerability exists because the application hardcodes credentials used for AutoSupport functionality rather than deriving them from user authentication or secure credential management. An authenticated attacker with low privilege status can obtain these embedded credentials from the application binary or memory and use them to invoke AutoSupport operations that should require elevated authorization. The attack requires network access and valid authentication to the application, but does not require user interaction. The vulnerability carries a CVSS 3.1 score of 8.8 (HIGH) under the vector AV:N/AC:L/PR:L/UI:N/S:U/C:H/I:H/A:H, reflecting high impact on confidentiality, integrity, and availability across the network boundary.

Business impact

Unauthorized AutoSupport operations can result in sensitive diagnostic data being sent to external systems or attackers gaining insight into system health, configuration, and performance metrics. In a compliance-sensitive environment, this creates data leakage risk and audit trail complications. An attacker could trigger automated support interventions, potentially disrupting monitoring or triggering unwanted support escalations. For organizations relying on Config Advisor for infrastructure assessment and reporting, this vulnerability undermines the trust model and could compromise the integrity of diagnostics used for capacity planning and troubleshooting.

Affected systems

NetApp Active IQ Config Advisor version 6.7.3 is affected. Organizations running this specific version should verify their inventory immediately. Customers on earlier or later versions should consult NetApp advisories to confirm the scope of affected releases. Config Advisor is typically deployed as a standalone assessment tool used by NetApp customers and partners to analyze and report on NetApp storage systems, so impact is concentrated among NetApp infrastructure users rather than broader enterprise deployments.

Exploitability

Exploitation requires a valid user account with authenticated access to Config Advisor; the barrier to entry is low privilege status, not zero privilege. Once authenticated, an attacker can trivially extract or invoke the hard-coded credentials without complex tooling. The network vector is direct, no complex exploitation chain is required, and there is no user interaction dependency. This is a classic privilege escalation via credential reuse: a low-privileged user escalates to perform high-privilege AutoSupport functions. The vulnerability is not currently tracked in the CISA Known Exploited Vulnerabilities (KEV) catalog, but the simplicity and directness of the attack pattern suggest that exploitation would be straightforward for any attacker with internal or partner-level access.

Remediation

NetApp has released patched versions of Active IQ Config Advisor that remove hard-coded credentials and implement proper authentication controls for AutoSupport operations. Organizations should upgrade to the latest available version—verify the specific patched version number against the NetApp security advisory. During patching, monitor AutoSupport activity logs for anomalies that may indicate the vulnerability was exploited. Consider implementing network-level controls to restrict outbound AutoSupport communications to known-good destinations and audit all AutoSupport invocations for the period prior to patching.

Patch guidance

Contact NetApp support or consult the official NetApp security advisory for the specific patched version number applicable to your Active IQ Config Advisor installation. Patches should be validated in a non-production environment before production deployment, particularly because Config Advisor is often used in production diagnostic workflows. After patching, verify that AutoSupport functionality remains operational and that legitimate support workflows are not disrupted. Establish a testing plan that confirms both the absence of hard-coded credentials and the proper function of credential-based AutoSupport operations.

Detection guidance

Search application logs and audit trails for unexpected AutoSupport invocations, particularly those initiated by low-privilege accounts or outside normal support windows. Use endpoint detection and response (EDR) tools to monitor Active IQ Config Advisor processes for unusual file access, credential dumping, or network communication to unexpected AutoSupport endpoints. Review Config Advisor configuration files and binaries for evidence of hard-coded credentials using static analysis or forensic techniques. Monitor outbound network traffic from the Config Advisor host for suspicious communication patterns to external support systems. Implement alerting on successful AutoSupport operations initiated by non-administrative accounts.

Why prioritize this

CVE-2026-22054 should receive prompt attention due to its HIGH CVSS score (8.8), the low barrier to exploitation (requires only low-privilege authentication), and the sensitive nature of AutoSupport data. Organizations with Config Advisor in production environments should treat this as a near-term patching priority. While not yet in the KEV catalog, the simplicity of the attack and the value of AutoSupport data to an attacker make this a credible risk in any environment where Config Advisor is deployed alongside valuable storage infrastructure.

Risk score, explained

The CVSS 3.1 score of 8.8 reflects the combination of network accessibility (AV:N), low attack complexity (AC:L), low privilege requirement (PR:L), no user interaction (UI:N), and intact scope (S:U) with HIGH impact across confidentiality, integrity, and availability (C:H/I:H/A:H). The hard-coded credential flaw directly enables an authenticated attacker to bypass authorization controls on AutoSupport, which can modify system diagnostics, exfiltrate configuration data, and potentially trigger automated remediation or escalation. The lack of a UI requirement and the simplicity of the attack vector justify the HIGH severity rating.

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