Multiple vulnerabilities in Siemens products (September 10, 2019)
Reporting by CERT-FR AdvisoriesRead the original at cert.ssi.gouv.fr
Executive Summary
Multiple vulnerabilities have been identified across various Siemens products, presenting risks including data confidentiality breaches, circumvention of security policy, remote denial of service, and the ability to execute arbitrary code remotely. The affected systems include CloudConnect 712 versions prior to V1.1.5, SCALANCE SC-600 versions prior to V2.0.1, SIMATIC TDC CP51M1 versions prior to V1.1.7, SINEMA Remote Connect Server versions prior to V2.0 SP1, and SINETPLAN versions V2.0 without TIA Administrator V1.0 SP1 Upd1. Solutions involve applying patches provided in the vendor security bulletins. A comprehensive list of vulnerabilities is detailed across several Siemens security bulletins, alongside numerous associated CVE references.
Facts Only
Risks include data breach confidentiality, circumvention of security policy, remote denial of service, remote arbitrary code execution, remote code injection (XSS), and remote cross-site request forgery (CSRF). Affected systems are CloudConnect 712 versions prior to V1.1.5, SCALANCE SC-600 versions prior to V2.0.1, SIMATIC TDC CP51M1 versions prior to V1.1.7, SINEMA Remote Connect Server versions prior to V2.0 SP1, and SINETPLAN versions V2.0 without TIA Administrator V1.0 SP1 Upd1. Referenced security bulletins include ssa-187667, ssa-189842, ssa-191683, ssa-250618, ssa-462066, ssa-834884, and ssa-884497. Related CVE references include CVE-2019-10915 through CVE-2019-13923.
Full Take
The pattern of disclosure involves aggregating specific technical vulnerabilities and corresponding system versions, framed around a single vendor's product line. This creates a clear path from a specific software state to defined security risks involving remote execution and denial of service. The sheer volume of associated CVEs suggests a systemic issue within the product lifecycle or patching process rather than isolated bugs. The implication for cognitive sovereignty is recognizing that technical advisories, when presented in such a dense format, necessitate moving beyond the immediate threat list to understand the structural dependencies between software versions and potential catastrophic outcomes like remote code execution. The locus of control shifts from simply knowing the vulnerability to understanding the systemic responsibility embedded in the software ecosystem that allows these vulnerabilities to persist across multiple product lines. What mechanisms exist to ensure that these disclosures translate into prioritized, context-aware defensive action for end-users rather than just a list of remediation steps?
From the original · CERT-FR Advisories
Risks - Confidentiality of data breach - Circumvention of security policy - Remote denial of service - Remote arbitrary code execution - Remote code injection (XSS) - Remote cross-site request forgery (CSRF) Affected systems - CloudConnect 712 versions prior to V1.1.5 - SCALANCE SC-600 versions prior to V2.0.1 - Refer to the vendor bulletins for the complete list of vulnerable products, including…Read the full story at cert.ssi.gouv.fr
Sentinel — Human
Confidence
This text functions primarily as a highly structured index of cybersecurity vulnerabilities and references, displaying the characteristics of official security reporting rather than standard journalistic analysis.
Signals Detected
low severity: Moderate sentence length variance; dense listing of technical details.
low severity: Highly structured list format characteristic of technical advisories, lacks typical journalistic flow.
low severity: Heavy reliance on explicit citation of specific CVEs and Siemens bulletins; highly factual structure.
low severity: The content is a collection of technical references (CVEs, bulletin numbers) rather than an argumentative narrative; verification relies entirely on external links.
Human Indicators
The structure shifts abruptly from vulnerability descriptions to highly specific, verifiable references (CVEs and PDF links), suggesting the content is sourced from a security bulletin or technical advisory.