GE Voluson S8 Windows Operating System Patches privileges management

A vulnerability classified as critical was found in GE Voluson S8. Affected by this vulnerability is an unknown functionality of the component Windows Operating System. The manipulation leads to improper privilege management (Patches). The CWE definition for the vulnerability is CWE-269. The bug was discovered 01/09/2019. The weakness was published 07/01/2020 by Marc Ruef and Rocco Gagliardi with scip AG as VulDB 129835 as Entry (VulDB). It is possible to read the advisory at vuldb.com. The public disclosure was coordinated with the vendor. This vulnerability is known as CVE-2020-36549. Access to the local network is required for this attack to succeed. There are no technical details available. Furthermore, there is an exploit available. The exploit has been disclosed to the public and may be used. The pricing for an exploit might be around USD $0-$5k at the moment. The attack technique deployed by this issue is T1068 according to MITRE ATT&CK. It is declared as highly functional. The vulnerability was handled as a non-public zero-day exploit for at least 8 days. We expect the 0-day to have been worth approximately $0-$5k. It is recommended to replace the affected component with an alternative. A possible mitigation has been published even before and not after the disclosure of the vulnerability.

Timeline

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User

172

Field

exploit_price_0day3
vulnerability_cvss3_meta_tempscore2
vulnerability_cvss3_meta_basescore2
advisory_disputed2
vulnerability_cvss3_cna_basescore1

Commit Conf

100%51
70%25
90%15
98%1

Approve Conf

100%51
70%25
90%15
98%1
IDCommitedUserFieldChangeRemarksAcceptedStatusC
1435587407/01/2023VulD...cvss3_cna_basescore8.8see CVSS documentation07/01/2023accepted
90
1435587307/01/2023VulD...cvss3_nvd_basescore7.8nist.gov07/01/2023accepted
90
1435587207/01/2023VulD...cvss2_nvd_basescore7.2nist.gov07/01/2023accepted
90
1435587107/01/2023VulD...cvss3_meta_tempscore8.5see CVSS documentation07/01/2023accepted
90
1435587007/01/2023VulD...cvss3_meta_basescore8.5see CVSS documentation07/01/2023accepted
90
1435586907/01/2023VulD...cve_cnaVulDBnvd.nist.gov07/01/2023accepted
70
1435586807/01/2023VulD...cvss3_cna_aHnvd.nist.gov07/01/2023accepted
70
1435586707/01/2023VulD...cvss3_cna_iHnvd.nist.gov07/01/2023accepted
70
1435586607/01/2023VulD...cvss3_cna_cHnvd.nist.gov07/01/2023accepted
70
1435586507/01/2023VulD...cvss3_cna_sUnvd.nist.gov07/01/2023accepted
70
1435586407/01/2023VulD...cvss3_cna_uiNnvd.nist.gov07/01/2023accepted
70
1435586307/01/2023VulD...cvss3_cna_prNnvd.nist.gov07/01/2023accepted
70
1435586207/01/2023VulD...cvss3_cna_acLnvd.nist.gov07/01/2023accepted
70
1435586107/01/2023VulD...cvss3_cna_avAnvd.nist.gov07/01/2023accepted
70
1435586007/01/2023VulD...cvss2_nvd_aiCnvd.nist.gov07/01/2023accepted
70
1435585907/01/2023VulD...cvss2_nvd_iiCnvd.nist.gov07/01/2023accepted
70
1435585807/01/2023VulD...cvss2_nvd_ciCnvd.nist.gov07/01/2023accepted
70
1435585707/01/2023VulD...cvss2_nvd_auNnvd.nist.gov07/01/2023accepted
70
1435585607/01/2023VulD...cvss2_nvd_acLnvd.nist.gov07/01/2023accepted
70
1435585507/01/2023VulD...cvss2_nvd_avLnvd.nist.gov07/01/2023accepted
70

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