The vulnerability is due to a flaw in the `slp-validate` npm package versions prior to 1.0.1, which is a component that can be chosen or updated as part of the system's configuration.


The vulnerability arises from the interaction between the URL manipulation and the 2FA mechanism, allowing an attacker to bypass the 2FA check by changing the URL.


The vulnerability arises from the `lookup` function in Helm v3, which interacts with a remote cluster during `helm template` and `helm install|update|delete|rollback --dry-run` operations, contrary to the documented behavior. This specific interaction introduces a security flaw by allowing unannounced lookups against the cluster.


The vulnerability is caused by the server's incorrect handling of message channels, specifically the way it processes and matches meta channels. The server fails to enforce the correct channel matching logic, leading to authentication bypass.


The vulnerability arises from the interaction between the http-client and the server during a redirect, where the authorization header is incorrectly passed to a different domain.


The vulnerability is due to the Java-WebSocket Client not performing SSL hostname validation, which is an inherent flaw in the library's implementation. Users can choose to use a different library that performs proper hostname validation, making this a configuration choice.


The vulnerability arises from incorrect handling of the redirect URL validation, where HTML encoded whitespace characters are not properly interpreted, allowing bypass of security checks.


The vulnerability arises from the incorrect handling of validation for MINT transaction operations, leading to false-negative outcomes.


The vulnerability is caused by the default configuration of the system accepting router advertisements (accept_ra = 1) and the potential for IPv6 forwarding to be enabled, which can be exploited by an attacker. This default setting is insecure and must be changed for secure operation.


The vulnerability is caused by a default setting where the algorithms entry is not enforced in the configuration, leading to potential authorization bypass when used with jwks-rsa. This can be fixed by specifying the algorithms in the express-jwt configuration, making the default setting insecure by default.


The vulnerability is caused by a flaw in the tough library, which is a component that can be included or excluded from a system. The fact that a fix is available in version 0.7.1 suggests that the library can be updated or replaced, making it a configuration choice.


The vulnerability is caused by the use of a flawed cryptographic component (HMAC-SHA1) which can be exploited if an attacker manages to generate a valid message authentication code, either by using a different existing vulnerability or if the internal encryptionKey was exposed. This suggests that including or relying on this flawed component is itself a configuration choice.


The vulnerability arises from the improper configuration of Django's session storage, which leads to the storage of user passwords in clear text. The severity of the issue depends on the type of session storage configured (database, signed cookie, or cache). Changing the session storage configuration can mitigate the impact, but the root cause is the insecure configuration of session storage.


The vulnerability arises from the incorrect handling of checkout permitted attributes, allowing an attacker to change the order address without triggering address validations.


The vulnerability arises from a specific component (the auth0 npm package) that fails to properly sanitize the Authorization header in certain error scenarios. This flaw is inherent to the component, and the vulnerability manifests when this specific component is used in a particular configuration (Machine to Machine application authorized to use Auth0's management API).


The vulnerability arises from the incorrect handling of the formkey protection mechanism, which is intended to prevent Cross Site Request Forgery attacks. The issue is not due to a specific configuration but rather how the formkey is processed or validated.


The vulnerability arises from the interaction between Helm and its repository, where duplicate charts can be exploited if the repository is compromised. This specific interaction is a necessary condition for the vulnerability to manifest.


The vulnerability is present only when the `FileMiddleware` component is used, which is a configuration choice. If the application is built or deployed without this component, the vulnerability does not exist.


The vulnerability is caused by the inclusion of a flawed component (the SDL style parser) that allows for XXE attacks. The vulnerability can be mitigated by updating to a version that fixes the issue.


The vulnerability is caused by an inherent design or implementation flaw in the `bounded` channel component, which incorrectly handles memory allocation and deallocation.


The vulnerability is due to a weak default configuration where HTTPS hostname verification is disabled by default, which is insecure and must be changed for secure operation.


The vulnerability arises from the interaction between the main process and subframes in the renderer process, where IPC messages can be delivered to the wrong frame.


The vulnerability is due to a flaw in the search feature's implementation, specifically the lack of proper escaping of the search query. This is an inherent design or implementation flaw in the software itself, not a result of any specific configuration.


The vulnerability arises from the interaction between `Plug.Session` in `Pow.Plug.Session` and persistent session stores like Redis or a database, which introduces a session fixation attack vector. This specific interaction is necessary for the vulnerability to manifest.


The vulnerability is caused by an insecure interaction between Ktor and a proxy that does not handle Content-Length and Transfer-Encoding headers properly, or uses \n as a header separator, leading to request smuggling.


The vulnerability arises from the incorrect handling of the configuration parameter `sylius_channel.debug`, where the default value `%kernel.debug%` is not resolved and cast to boolean, leading to unintended behavior.


The vulnerability is due to a non-standard role 'ROLE_COURSE_ADMIN' being present in the security configuration, which allows unexpected user creation. This role is not documented or intended for such use, indicating a misconfiguration in the security setup.


The vulnerability is due to inherent flaws in the MessagePack library's handling of untrusted data, specifically hash collisions and stack overflow risks. The library itself is a component whose inclusion and configuration in a project is a choice, and the vulnerability can be mitigated by upgrading the library or configuring it to handle untrusted data securely.


The vulnerability is caused by the use of a specific version range of the auth0.js library, which improperly includes sensitive user information in error objects. This is a flaw in the library itself, and using this flawed version is a configuration choice.


The vulnerability arises from the incorrect handling of Saml2 tokens, where the library treats all tokens as bearer tokens regardless of their specified subject confirmation method.


The vulnerability is caused by the requirement of a specific permission ('cms.manage_assets') for exploitation, which is a configuration choice regarding user permissions.


The vulnerability is due to the /login and /change endpoints returning authentication tokens in response to GET requests, which are not protected by CSRF tokens. This is a design flaw in the Flask-Security-Too package, and not due to a specific configuration choice by the user.


The vulnerability is due to the use of vulnerable regular expressions in the jquery-validation library, which is an inherent flaw in the component itself. Users can choose not to use this library or update to a fixed version, making it a configuration choice.


The vulnerability is due to a weak default configuration where the system accepts an unbounded number of connections, leading to resource exhaustion. The issue is mitigated by introducing a 'maxConnections' parameter with a default limit, which was previously absent.


The vulnerability is caused by an insecure interaction between hyper as an HTTP server and an upstream HTTP proxy that interprets transfer-encoding headers differently, leading to request smuggling attacks.


The vulnerability is caused by the inclusion of a flawed component (CarrierWave) that inappropriately evals user input, leading to code injection. The vulnerability can be mitigated by upgrading to a fixed version or by not using the flawed component.


The vulnerability is caused by bootstrapping a metrics backend, which is a configuration choice. The issue arises from the interaction between the metrics system and the handling of undefined routes, leading to a DoS condition.


The vulnerability is caused by the page error handler retrieving content from another page, leading to recursive calls and server overload. This is an inherent design flaw in the error handling mechanism, not a configuration issue.


The vulnerability is due to the use of a weak default signing key (application startup time) for session data, which is insecure and unsuitable for production use. This default setting can be changed to a more secure option, indicating a weak-default configuration issue.


The vulnerability is caused by a flaw in the readUvarint function, which is a part of the xz library. The library can be updated or used in a way that avoids this vulnerability, making it a configuration choice.


The vulnerability arises from the deserialization component of Wire, which can be exploited to create arbitrary types. This is an inherent design or implementation flaw in the deserialization process.


The vulnerability is caused by the XML parser in Opencast, which is a component that can be updated or configured. The fact that the parser limits the expansion to 100,000 times suggests that it is a design or implementation flaw in this component. The system can be built or deployed without this flawed component, but in this case, the user chooses a build/deployment option with it, making it an insecure-part vulnerability.


The vulnerability is caused by a specific component (the new backend in Cranelift) that contains a design or implementation flaw. The flaw is present only when this backend is used, which is a configuration choice.


The vulnerability arises from the interaction between the check-spelling GitHub Action and the `pull_request_target` event, which allows an attacker to craft a Pull Request that exposes the `GITHUB_TOKEN`. This specific interaction is a necessary condition for the vulnerability to manifest.


The vulnerability is caused by the use of a specific function, `Data.init(base32Encoded:)`, which is a configuration choice by the application developers. Vapor itself does not use this function, so the vulnerability only affects applications that choose to use this function directly or through dependencies.


The vulnerability arises from Leaf's incorrect handling of unsanitized data passed to its variable tags, failing to escape strings properly.


The vulnerability is caused by a coding error in the implementation of `tf.raw_ops.BoostedTreesCreateEnsemble`, specifically a use-after-free issue due to incorrect handling of a smart pointer. This is a software defect and not related to any specific configuration.


The vulnerability arises from the incorrect handling of the 'destinationDirectory' parameter, where it is not enforced to end with a slash, leading to potential path traversal issues.


The vulnerability arises from the library's failure to properly sanitize target names, leading to potential file overwrites. This is an issue in how the library handles configuration parameters (target names) and not due to a specific configuration choice.


The vulnerability arises from the interaction between the Scaffolder template and the environment where tasks are run, allowing sensitive files to be read and included in a pull request.


The vulnerability is caused by a flawed implementation of the Ethereum Virtual Machine in the `evm` crate, which is a configuration choice when building or deploying a blockchain. The system can be built or deployed without this flawed component, but the user chooses a build/deployment option with it.


The vulnerability is caused by the use of the parser_apache2 plugin, which is a configuration choice. Users can choose not to use this plugin or apply a patched version, indicating that the vulnerability is not inherent to all deployments but depends on the configuration choice of using this specific plugin.


The vulnerability arises from the incorrect handling of configuration parameters related to checkpoint loading, specifically the lack of validation for invalid file formats.


The vulnerability arises from the interaction between the 'rails_multisite' gem and Rails' signed/encrypted cookies, allowing cookie re-use across different sites within a multi-site application.


The vulnerability is caused by a use-after-free bug in the `lucet-runtime` that is present in all versions and is not dependent on any specific configuration or arrangement. It is a fundamental flaw in the implementation of the `Instance` object's destructor.


The vulnerability is caused by a default setting (diagnostics features) that is insecure and must be disabled for secure operation.


The vulnerability arises because the Content Security Policy (CSP) cannot be configured for individual pages, which is a configuration issue. This limits the ability to harden the website according to specific needs, such as allowing certain scripts or external resources.


The vulnerability arises from the terminal emulator's incorrect handling of a certain character escape sequence, which allows an attacker to modify the window title and potentially execute arbitrary commands. This is a case of incorrect interpretation or handling of valid input.


The vulnerability is a flaw in the session management logic of TYPO3, where existing sessions are not revoked upon password reset. This is a universal issue in the affected versions and does not depend on any specific configuration or arrangement.


The vulnerability is inherent to the Loofah library's use of recursion for sanitizing CDATA sections, which is a design flaw in the library itself. Users can choose to mitigate the issue by limiting string lengths, but the flaw exists in the library's implementation, not in a specific configuration choice.


The vulnerability arises from the incorrect handling of configuration parameters, specifically the failure to check if the right-hand side of an assignment is initialized, leading to undefined behavior.


The vulnerability is caused by a flaw in the implementation of `ImmutableExecutorState::Initialize`, which is a part of the TensorFlow framework. The memory leak occurs when an invalid graph node is encountered, and the `item->kernel` pointer is set to `nullptr` without properly deallocating the previously allocated memory.


The vulnerability arises from the interaction between the `followRedirects` or `followRedirectsWith` functions and the redirection strategies, which fail to properly handle confidential headers during cross-origin redirects. This specific interaction introduces the security flaw.


The vulnerability is inherent in the design or implementation of mitmproxy and does not depend on any specific configuration or arrangement. It affects all typical deployments of mitmproxy 7.0.4 and below by default.


The vulnerability arises from incorrect handling of permissions in FFI operations, where the code fails to correctly check for permissions, allowing bypass of permission checks.


The vulnerability is caused by an integer overflow in the YAJL library's reallocation logic, which is an inherent implementation flaw. It is not dependent on any specific configuration or arrangement of the system.


The vulnerability is caused by a specific arrangement where plugins expose the `October
ain.Database	ach/File::fromData` method as a public interface, allowing users to specify their own filename and enabling remote code execution. This is a configuration choice, as vanilla installations of October CMS are not affected since this method is not exposed or used by the system internally or externally.


The vulnerability is caused by improper handling of HTTP methods, leading to memory exhaustion. The issue can be mitigated by restricting the path prefix to the 'GET' method.


The vulnerability arises from the incorrect handling of the 'ContentsManager.allow_hidden' configuration parameter, which fails to enforce the intended restriction on accessing hidden files, allowing authenticated users to access them if their names are guessable.


The vulnerability is caused by the use of a flawed component, System.Random, which is not a cryptographically secure random number generator. The system can be built or deployed without this flawed component, but the user chooses a build/deployment option with it, making it an insecure-part classification.


The vulnerability arises from the incorrect handling of contract addresses in the Vyper language, where the contract address is evaluated twice, potentially leading to double evaluation of side effects.


The vulnerability arises from the interaction between the FileMiddleware and the handling of invalid range headers, which can lead to an integer overflow and a denial of service.


The vulnerability is caused by the use of the URLEncodedFormDecoder, which is a valid component of the Vapor framework, but contains an inherent design or implementation flaw that allows for unbounded stack growth. The user has a choice to disable this decoder or use alternative decoders, making it a configuration choice.


The vulnerability arises from the lack of a key correctness proof in the specification, which is a design flaw in the cryptographic component (CL Signatures) used by the system. This flaw allows a malicious issuer to create a custom implementation with weakened keys, but the choice to use this flawed component is a configuration decision.


The vulnerability is due to a weak default setting where the export functionality does not limit the result set to allowed columns, allowing authenticated users to export internal details. The default configuration allows this insecure behavior, which can be mitigated by updating to a fixed version or changing the configuration to restrict export access.


The vulnerability is due to the use of a flawed algorithm (Γ-signatures) in Biscuit specification version 1, which is a design flaw in the component itself. Users can choose to migrate to version 2, which uses a different algorithm and is not affected, indicating that the use of the flawed component is a configuration choice.


The vulnerability is due to the default file permissions being set to 0666, which is insecure. This default setting must be changed to secure the system.


The vulnerability arises from the incorrect handling of expired Access Tokens and ID Tokens, allowing authenticated users to continue using them even after they have expired.


The vulnerability is due to an incorrect handling of the S3 object keys, which are attacker-controlled, allowing for partial-path traversal. The issue arises from insufficient validation logic in the `downloadDirectory` method, specifically in the `leavesRoot` function, which fails to properly handle path traversal attempts.


The vulnerability is caused by the inclusion of a flawed component (the ECDSA functions) that accepts both EIP-2098 compact signatures and traditional 65 byte signatures, leading to signature malleability.


The vulnerability arises from incorrect parsing of the RPC result of the exit reason in case of EVM reversion, which is a misinterpretation of valid configuration parameters.


The vulnerability arises from a specific configuration scenario where RBAC is disabled and then enabled, leading to improper handling of folder permissions. This is a valid arrangement that fails to meet necessary security requirements.


The vulnerability is not caused by a specific configuration but is inherent in the way Cargo handles compressed archives, allowing for a zip bomb attack. This issue is present in all versions of Cargo and does not depend on any specific configuration settings.


The vulnerability arises from the GitHub Action's incorrect handling of CSV output, where it fails to sanitize data from the GitHub Advanced Security API, leading to potential CSV injection attacks.


The vulnerability arises from the software's incorrect handling of room key forwards, where it fails to verify the origin of the forwarded key, leading to potential impersonation attacks.


The vulnerability arises from incorrect handling of configuration parameters, specifically the validation of bucket access. The code incorrectly allows access to buckets that should be restricted, leading to a Denial of Service attack.


The vulnerability is due to a specific version of the `run-terraform` reusable workflow containing a code injection flaw. Users have the choice to upgrade to a secure version, making it a configuration-based vulnerability.


The vulnerability arises from the incorrect handling of type conversion from `char` to `bool`, which is undefined behavior if the `char` is not `0` or `1`. This is a misinterpretation of valid configuration parameters.


The vulnerability arises from the default file permissions set by `File.createTempFile(..)` on Unix-like systems, which are insecure. Changing the default temporary directory via `java.io.tmpdir` to a more secure location is necessary to mitigate the issue.


The vulnerability arises from the interaction between multiple session cookies and specific session handlers, which allows an attacker to leverage one session cookie to access pages requiring another session cookie.


The vulnerability is not caused by a specific configuration but rather by a flaw in the handling of HTML content within the Text plugin of Grafana, which is present by default in affected versions. The exploitation requires specific user interactions but does not depend on a particular configuration setting.


The vulnerability is caused by the default setting of file permissions being set to 777, which is insecure. Changing this default to a more secure setting (755) resolves the issue.


The vulnerability is caused by an inefficient regular expression in the `headerValueNormalize()` utility function, which is a part of the library. This flaw is inherent to the component and can be exploited if the component is used.


The vulnerability is due to the inclusion of a specific component (the Bitswap server) that contains a design flaw allowing arbitrary memory allocation. The flaw is inherent to the component, but its use is a configuration choice, as users can opt to use a different API that does not include the server.


The vulnerability arises from the interaction between the IconThemeSheet author rights and the ability to execute Groovy code through icon theme content. This specific interaction, when enabled, introduces the security flaw.


The vulnerability is not caused by a specific configuration but rather by a flaw in the Live Data macro that allows users without script rights to introduce stored XSS. This issue is present by default and does not require a specific configuration to be exploited.


The vulnerability is due to the `LESS` parser allowing path traversal through a custom `LESS` setting, which is a configuration choice. The system can be deployed without this vulnerability by not using the flawed `LESS` parser or by securing admin accounts and file permissions.


The vulnerability arises from the insecure handling of the `github.head_ref` parameter, which is directly substituted without proper validation or sanitization, leading to potential code execution.


The vulnerability arises from a missing permissions check, which is a flaw in the handling of access control rather than a configuration issue. The exploitation does not depend on a specific configuration setting but rather on the absence of a security mechanism.


The vulnerability arises from the incorrect handling of the `chainId` when the user changes chains during the connection flow, leading to potential incorrect data derivation and incorrect fund transfers.


The vulnerability is due to a change in the default logging level from `debug` to `info`, which exposes sensitive values. This is a weak-default issue because the insecure behavior is introduced by a default setting that needs to be changed for secure operation.


The vulnerability arises from the improper configuration of the Gradle Build Tool with the configuration cache enabled, which leads to the exposure of secrets via the GitHub Actions cache. This is a valid arrangement that fails to meet necessary security requirements.


The vulnerability arises from the ability to redirect a Tauri window to an external website, which can be due to a feature allowing arbitrary website visits or a bug. This interaction between the Tauri application and external websites introduces a security flaw, as it allows access to the IPC layer.


The vulnerability arises from the interaction between the PostgresNIO client and the PostgreSQL server, where a man-in-the-middle attacker can inject false responses despite TLS being enabled.


The vulnerability is caused by a specific component (posthog-js) that contains a cross-site scripting flaw. The vulnerability can be mitigated by upgrading the component or ensuring a Content Security Policy is in place.


The vulnerability is caused by specific configuration settings that allow deactivated users to log in, such as enabling JSON Web Tokens or updating passwords via an admin API after deactivation. These configurations are not typical and require specific settings to be enabled, indicating an improper configuration.


The vulnerability arises from the incorrect handling of the network permission allow list (`--allow-net`) for outbound HTTP requests using the built-in `node:http` or `node:https` modules.


The vulnerability is caused by specific configurations: setting the log output to JSON and the consensus logging module to 'debug', or exposing the 'dump_consensus_state' RPC endpoint to the public internet. These configurations lead to a deadlock, which can be avoided by changing the settings.


The vulnerability is due to a weak default configuration where any logged-in user can edit the `Mail.MailConfig` by default, which is insecure. This default setting allows unauthorized users to access sensitive mail configuration settings.


The vulnerability is caused by a flaw in the tags API implementation that leaks information about non-viewable pages. This flaw is present by default in all typical deployments of the affected versions and does not depend on any specific configuration.


The vulnerability arises from the configuration of document revisions in XWiki, where old revisions containing vulnerabilities are not properly restricted or deleted after an upgrade. This configuration oversight allows exploitation even after a fix is applied.


The vulnerability arises because the '/content-manager/relations' route does not properly handle private fields, allowing unauthorized access to sensitive information if a user has configure view permissions. This is an example of incorrect handling of configuration parameters, as the system fails to enforce constraints on what can be accessed based on permissions.


The vulnerability arises when the key is passed as a string instead of a file path, which is a configuration choice. This incorrect handling of the configuration parameter leads to the exposure of the key in exception messages.


The vulnerability arises from a specific condition during a restart of Umbraco, which can be mitigated by enabling certain features or applying IP restrictions, indicating a configuration issue.


The vulnerability is caused by incorrect parsing logic within the Puma web server itself, which is a fundamental implementation flaw rather than a configuration issue. It is present by default in all typical deployments and does not depend on any specific configuration.


The vulnerability arises from the incorrect handling of the current timestamp in the LogoutRequest validation process, allowing reuse of expired requests.


The vulnerability arises from the interaction between multiple nodes in a Graylog cluster, where each node maintains its own cache of user sessions. This interaction allows a session to remain valid on some nodes even after a user logs out, due to the lack of synchronization between node caches and the database. Exploitation depends on this specific multi-node interaction being configured.


The vulnerability is caused by enabling subscriptions in the YAML configuration, which are disabled by default. This configuration choice is necessary for the vulnerability to manifest, as it requires subscriptions to be enabled for the DoS condition to occur.


The vulnerability arises from the incorrect handling of login responses, where the response time varies based on whether a username exists, allowing a timing attack to enumerate valid usernames.


The vulnerability arises from the use of `Pow.Store.Backend.MnesiaCache`, which has an inherent flaw in handling expired keys on startup. The flaw is specific to this component, and the system can be configured to use a different cache backend to avoid the issue.


The vulnerability is caused by a flaw in the quinn-proto state machine, which is a component of the system. The fact that the problem has been fixed in specific maintenance releases suggests that the flawed component was a configuration choice, as the system can be built or deployed with or without the fix.


The vulnerability arises from the incorrect handling of the `cms.safe_mode` configuration parameter, allowing users to escape the Twig sandbox and execute arbitrary PHP code.


The vulnerability is caused by insufficient access-level checks on the Wiki redirection page, which is a flaw in the handling of access permissions. The workaround involves disabling the wiki integration, indicating that the vulnerability is related to improper configuration of access controls.


The vulnerability arises from the incorrect handling of cached tokens in the AuthenticationService, leading to a use-after-free condition. This is due to the improper implementation of token and user relation enforcement, which is a flaw in how the system handles valid configuration parameters (tokens and users).


The vulnerability arises from a specific configuration in the Vite guide that leads to the exposure of sensitive keys. This is a case of improper-configuration because the configuration example provided in the documentation is insecure and needs to be changed to prevent the vulnerability.


The vulnerability arises because the CSRF authenticity token check is disabled for a specific feature (questionnaire templates preview), which is a configuration choice. Disabling this check is an improper configuration that exposes sensitive information.


The vulnerability is due to a flaw in the core undo/redo functionality and other APIs and plugins of TinyMCE, which is a design or implementation flaw in the component itself. This flaw is present in the default configuration and does not require any specific configuration to be exploited.


The vulnerability is caused by the `devise_invitable` gem, which contains a flaw in its implementation of the invitation expiry check. This flaw is present in the gem and can be included in Decidim, making it an insecure part of the system.


The vulnerability arises from the incorrect handling of permissions where users can bypass restrictions by modifying the request body, indicating a flaw in how the system interprets or enforces configuration parameters related to user permissions.


The vulnerability arises from the improper handling of the 'translateOptions.tld' parameter, which is not sanitized before being used in a URL, allowing an attacker to manipulate it for SSRF attacks.


The vulnerability is due to unhandled errors in API requests that include traceback information, which is a code implementation issue rather than a configuration issue. It is present by default in all typical deployments and does not depend on any specific configuration.


The vulnerability arises when SMTP is not set up correctly, but the reset password functionality is enabled, leading to user enumeration. This is a case of improper configuration because the system fails to meet necessary security requirements by allowing different error messages based on user existence when SMTP is misconfigured.


The vulnerability arises because the system does not enforce server-side file validation for SVG files by default, and media is served from the same host as the Umbraco CMS. These are configuration choices that can be adjusted to mitigate the issue.


The vulnerability is a memory overflow issue present in all versions of OpenEXR-viewer prior to 0.6.1, and it does not depend on any specific configuration or interaction. It is a flaw in the software itself, not caused by configuration.


The vulnerability is caused by a weak default configuration where a hardcoded JWT signing key 'not so secret' is used if the random key generation fails during the initial startup. This weak default key allows for authentication bypass until the system is restarted.


The vulnerability arises from the incorrect handling of the Content-Type header, where the fastify-reply-from plugin does not trim the header value, leading to misinterpretation and potential security bypass. This is a flaw in how the configuration parameter (Content-Type) is handled.


The vulnerability is due to a flaw in the Ursa CL-Signatures library, which is a component that can be replaced with a non-flawed version. This makes it an 'insecure-part' as the system can be configured to use a different, secure library.


The vulnerability is due to a weak default setting where the template engine did not have autoescape enabled by default, leading to potential XSS attacks. The issue was mitigated by changing the default to enable autoescape.


The vulnerability arises from Argo CD not validating the content type of requests, allowing attackers to bypass CORS checks by using a non-sensitive content type. This is an incorrect handling of configuration parameters related to content type validation.


The vulnerability is due to inadequate input sanitization, which is an incorrect handling of user-editable fields that support Markdown rendering.


The vulnerability arises because the Import Certificate feature does not properly validate or restrict user-provided paths, allowing arbitrary file writes. This is a case of an unprotected parameter where user-controllable input (file paths) is not sufficiently safeguarded.


The vulnerability is caused by a memory leak in the Undici HTTP/1.1 client when the incoming body is not consumed or consumed very slowly. This is an inherent flaw in the implementation of the `fetch(url)` function and does not depend on any specific configuration or arrangement.


The vulnerability arises from the incorrect handling of the `RedirectResponse` from the `$this->redirect()` function, which was not properly managed during the update process.


The vulnerability arises from the WiX toolset's improper handling of the TEMP folder, specifically using the user's TEMP folder instead of the system TEMP folder when the bundle is not run as admin. This configuration choice allows for DLL redirection attacks.


The vulnerability is a cross-site scripting (XSS) issue in the content management feature of baserCMS, which is a flaw in the software itself and not dependent on any specific configuration. It is present in all typical deployments of the affected versions.


The vulnerability is caused by the inclusion of unsanitized HTML in ActionText::Attachable::ContentAttachment, which is a component used within the rich_text_area tag. This component's flaw is inherent to its design or implementation, and its inclusion is a configuration choice, albeit a common one in Rails applications.


The vulnerability arises because the /api/v1/settings endpoint is accessible without authentication, which is a configuration oversight. Proper security configuration would require authentication for accessing sensitive settings.


The vulnerability is caused by a flaw in the Gif decoder component of the ImageSharp library, which can be exploited by processing specially crafted files. The flaw is inherent to the component and can be mitigated by upgrading to a patched version.


The vulnerability arises from the incorrect handling of Gateway API HTTPRoutes and GRPCRoutes, where request headers are matched before request methods, contrary to the specification. This is an issue of incorrect handling of valid configuration parameters, as the system does not respect the intended precedence of request methods over headers.


The vulnerability arises from the incorrect handling of configuration parameters related to debug mode, where stack traces are improperly exposed even when debug mode is disabled.


The vulnerability is due to an incorrect handling of input parameters in the synchronization configuration feature, allowing permission checks to be bypassed.


The vulnerability arises from an incorrect handling of file paths during the extraction process, where the mitigation against Zip Slip attacks is improperly implemented and can be bypassed.


The vulnerability is caused by the configuration of subgraphs where fields can be resolved by multiple subgraphs, leading to complex queries that can trigger the issue. This is a valid arrangement that fails to meet necessary security requirements, as it allows for a denial-of-service condition due to unbounded memory consumption.


The vulnerability arises when the sandbox is disabled globally and enabled via a sandboxed `include()` function, which is an improper configuration that fails to enforce necessary security checks.


The vulnerability arises from incorrect handling of file paths in the `open_local_file` method, allowing path traversal.


The vulnerability arises because OpenC3 COSMOS uses a default setting that stores passwords unencrypted in LocalStorage, which is insecure by default and requires changing for secure operation.


The vulnerability arises from the incorrect handling of session expiration, where the logout message is displayed prematurely, leading to a mismatch between the user's perception and the actual session state.