CVE-2023-32260 in Service Management Automation X
Summary
by MITRE • 03/19/2024
Misinterpretation of Input vulnerability in OpenText™ Service Management Automation X (SMAX), OpenText™ Asset Management X (AMX), and OpenText™ Hybrid Cloud Management X (HCMX) products. The vulnerability could allow Input data manipulation.This issue affects Service Management Automation X (SMAX) versions: 2020.05, 2020.08, 2020.11, 2021.02, 2021.05, 2021.08, 2021.11, 2022.05, 2022.11, 2023.05; Asset Management X (AMX) versions: 2021.08, 2021.11, 2022.05, 2022.11, 2023.05; and Hybrid Cloud Management X (HCMX) versions: 2020.05, 2020.08, 2020.11, 2021.02, 2021.05, 2021.08, 2021.11, 2022.05, 2022.11, 2023.05.
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Analysis
by VulDB Data Team • 03/19/2024
The vulnerability identified as CVE-2023-32260 represents a misinterpretation of input flaw within OpenText's enterprise software suite, specifically affecting Service Management Automation X SMAX, Asset Management X AMX, and Hybrid Cloud Management X HCMX platforms. This category of vulnerability falls under CWE-707, which encompasses improper input validation and interpretation issues that can lead to unexpected behavior when processing user-supplied data. The flaw manifests when the affected systems fail to properly validate or sanitize input parameters, potentially allowing malicious actors to manipulate data flows and execute unauthorized operations. The vulnerability affects multiple versions across all three product lines, indicating a systemic issue within the input handling mechanisms rather than a localized defect.
The technical implementation of this vulnerability stems from insufficient validation of user inputs within the application's data processing pipeline. When legitimate users or attackers provide malformed or unexpected input data, the systems fail to properly interpret these inputs according to their intended schema. This misinterpretation can occur during various operations including but not limited to data entry, API calls, or configuration changes. The affected versions span several release cycles, suggesting that the root cause has persisted across multiple development iterations and security updates. Attackers could potentially exploit this weakness to bypass intended data validation checks, manipulate application logic, or inject malicious payloads that the system incorrectly processes as valid inputs.
The operational impact of this vulnerability extends beyond simple data corruption, as it creates potential pathways for privilege escalation, data manipulation, and unauthorized access within the targeted systems. Organizations relying on these OpenText platforms for critical business operations face significant risk of unauthorized data modification, service disruption, or information disclosure. The vulnerability could enable attackers to alter asset configurations, modify service management workflows, or manipulate hybrid cloud resource allocations depending on which product line is targeted. Given that these products are designed for enterprise-level operations, the potential for cascading effects exists, particularly in environments where multiple systems interconnect through shared data feeds or integrated workflows. The widespread affected versions also indicate that numerous organizations may be simultaneously exposed to this risk without immediate awareness.
Mitigation strategies for CVE-2023-32260 should prioritize immediate patching of affected systems through official OpenText security updates. Organizations must implement comprehensive input validation measures including parameterized queries, strict data type checking, and comprehensive sanitization routines for all user-supplied data. Network segmentation and monitoring controls should be enhanced to detect anomalous input patterns that might indicate exploitation attempts. The ATT&CK framework categorizes this vulnerability under T1059.001 for command and scripting interpreter and T1566 for credential harvesting, suggesting that exploitation might involve injection techniques or data exfiltration methods. Security teams should also consider implementing automated input validation testing as part of their continuous integration pipelines and conduct regular vulnerability assessments targeting input handling components. Additionally, privileged access controls should be reviewed and hardened, as the vulnerability could potentially enable attackers to escalate privileges through manipulated input data streams. The affected product versions indicate that this is not a newly introduced vulnerability but rather a long-standing issue that organizations should have addressed through proper security maintenance procedures and timely patch management processes.