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CWE-1269 — Vulnerability Class 2

2 vulnerabilities classified as CWE-1269. AI Chinese analysis included.

CWE-1269 represents a critical configuration weakness where software is inadvertently deployed with pre-production or manufacturing settings rather than secure, production-ready parameters. This flaw typically exposes sensitive debug hooks and capabilities, allowing attackers to bypass cryptographic checks, authentication mechanisms, and integrity validations. Exploitation often involves leveraging these hidden interfaces to read, modify, or dump internal system states, effectively granting unauthorized administrative access or facilitating data exfiltration. To prevent this vulnerability, developers must implement rigorous build and deployment pipelines that explicitly distinguish between development and release environments. Automated testing should verify that debug features are disabled and that only hardened configurations are packaged for distribution. Additionally, strict access controls and configuration management practices ensure that sensitive debugging tools remain isolated from the final product, thereby maintaining the integrity and security of the released software.

MITRE CWE Description
The product released to market is released in pre-production or manufacturing configuration. Products in the pre-production or manufacturing stages are configured to have many debug hooks and debug capabilities, including but not limited to: Ability to override/bypass various cryptographic checks (including authentication, authorization, and integrity) Ability to read/write/modify/dump internal state (including registers and memory) Ability to change system configurations Ability to run hidden or private commands that are not allowed during production (as they expose IP). The above is by no means an exhaustive list, but it alludes to the greater capability and the greater state of vulnerability of a product during it's preproduction or manufacturing state. Complexity increases when multiple parties are involved in executing the tests before the final production version. For example, a chipmaker might fabricate a chip and run its own preproduction tests, following which the chip would be delivered to the Original Equipment Manufacturer (OEM), who would now run a second set of different preproduction tests on the same chip. Only after both of these sets of activities are complete, can the overall manufacturing phase be called "complete" and have the "Manufacturing Complete" fuse blown. However, if the OEM forgets to blow the Manufacturing Complete fuse, then the system remains in the manufacturing stage, rendering the system both exposed and vulnerable.
Common Consequences (1)
Confidentiality, Integrity, Availability, Access Control, Accountability, Authentication, Authorization, Non-RepudiationOther
Mitigations (3)
ImplementationEnsure that there exists a marker for denoting the Manufacturing Complete stage and that the Manufacturing Complete marker gets updated at the Manufacturing Complete stage (i.e., the Manufacturing Complete fuse gets blown).
IntegrationEnsure that there exists a marker for denoting the Manufacturing Complete stage and that the Manufacturing Complete marker gets updated at the Manufacturing Complete stage (i.e., the Manufacturing Complete fuse gets blown).
ManufacturingEnsure that there exists a marker for denoting the Manufacturing Complete stage and that the Manufacturing Complete marker gets updated at the Manufacturing Complete stage (i.e., the Manufacturing Complete fuse gets blown).
Examples (1)
This example shows what happens when a preproduction system is made available for production.
Suppose the chipmaker has a way of scanning all the internal memory (containing chipmaker-level secrets) during the manufacturing phase, and the way the chipmaker or the Original Equipment Manufacturer (OEM) marks the end of the manufacturing phase is by blowing a Manufacturing Complete fuse. Now, suppose that whoever blows the Manufacturing Complete fuse inadvertently forgets to execute the step to blow the fuse.
Bad · Other
Blow the Manufacturing Complete fuse.
Good · Other
CVE IDTitleCVSSSeverityPublished
CVE-2023-5457 AiLux imx6 安全漏洞 — imx6 bundle 7.5 High2024-03-05
CVE-2024-23591 Lenovo ThinkSystem 安全漏洞 — ThinkSystem SR670 V2 2.0 Low2024-02-16

Vulnerabilities classified as CWE-1269 represent 2 CVEs. The CWE taxonomy describes the weakness; review individual CVEs for product-specific impact.