All 96 static findings were reviewed against the cited Laravel documentation and examples. The flagged patterns are benign framework method calls, documented Artisan commands, test fixtures, example URLs, and standard environment-backed queue configuration; no prompt injection or exfiltration intent was found.
The static malware indicators are false positives caused by Laravel documentation examples, Markdown formatting, and sample URLs. No prompt injection, credential exfiltration, or shell execution intent was found. One semantic issue remains: a Livewire delete example omits an authorization check before deleting a post.
The Livewire event example deletes a Post from a supplied ID without a policy check. If copied into an app, a user could delete another user's record.
The snippet directly calls Post::find($postId)->delete() in a public component action. The surrounding section demonstrates events, not authorization, so the unsafe pattern could be reused.
The static malware indicators are false positives caused by Laravel documentation examples, Markdown formatting, and sample URLs. No prompt injection, credential exfiltration, or shell execution intent was found. One semantic issue remains: a Livewire delete example omits an authorization check before deleting a post.
The Livewire event example deletes a Post from a supplied ID without a policy check. If copied into an app, a user could delete another user's record.
The snippet directly calls Post::find($postId)->delete() in a public component action. The surrounding section demonstrates events, not authorization, so the unsafe pattern could be reused.
Static analysis produced a high score because it matched Markdown code fences, Laravel method names, Artisan command examples, credential environment variable names, and documentation URLs. Review found no executable skill code, no prompt injection attempt, and no evidence of credential exfiltration or malicious network behavior. The residual risk is low because users may copy shell and configuration examples into real Laravel projects.
6
Files scanned
2,265
Lines analyzed
7
Review items
2
False positives ignored
Capability review items (3)
These are real local capabilities that may be expected for this skill, so they require review but are not counted as confirmed malicious behavior.
Credential Environment Variables Are Configuration References
The AWS credential names appear in a Laravel SQS configuration example. The snippet reads standard environment variables and does not send secrets to an external service.
The surrounding lines define a queue driver configuration array. I found no evidence of credential logging, collection, or exfiltration.
The hardcoded URLs are an author metadata URL, a localhost CORS example, and a mocked test assertion. They do not indicate unauthorized outbound network activity by the skill.
The URLs are either metadata or documentation examples. The testing example uses a fake HTTP service and asserts expected behavior rather than initiating hidden traffic.
The CORS example allows all methods and headers while supporting credentials. This is a common teaching example, but production users should narrow it for their application.
The finding is about copied configuration risk, not malicious skill behavior. The snippet is clearly documentation, but it could be unsafe if used unchanged in production.
Static false positives ignored (2)
These static matches were dismissed by semantic review or matched schema-only tokens, so they are shown for transparency but do not drive the quality score.
Static Command Execution Flags Are Documentation Examples
The analyzer matched fenced Markdown examples and Laravel Artisan commands. These lines document commands for users to run in their own Laravel projects and are not executed by the skill.
The cited content is inside Markdown tables or fenced code blocks. No repository file provides an executable script or automation path that invokes these commands.
The with-statement and weak-crypto alerts are token collisions with Laravel APIs and ordinary words. Examples include Eloquent with calls and description text, not JavaScript scope changes or cryptographic code.
The matched lines are semantically Laravel query examples or YAML metadata. I found no actual JavaScript with statement and no weak cryptographic algorithm implementation.
All static scanner findings are false positives. The skill contains legitimate Laravel PHP code examples with no security risks. Scanner misidentified PHP syntax as shell commands, Laravel methods as weak crypto, and standard config patterns as credential access.
6
Files scanned
2,265
Lines analyzed
0
Review items
6
False positives ignored
Static false positives ignored (6)
These static matches were dismissed by semantic review or matched schema-only tokens, so they are shown for transparency but do not drive the quality score.
Static scanner flagged PHP code blocks as 'Ruby/shell backtick execution'. This is a false positive - the files contain legitimate Laravel PHP code examples, not shell commands.
PHP code blocks containing Laravel examples are clearly not shell execution. The scanner misinterprets PHP syntax as backtick commands.
Scanner flagged 'oldestOfMany()' and similar Laravel methods as 'weak cryptographic algorithm'. This is a false positive - these are standard Eloquent ORM methods.
The scanner misinterprets 'oldestOfMany' and similar method names as cryptographic issues. No encryption code exists in this skill.
Scanner flagged Laravel env() config calls as 'AWS credential environment variables'. This is standard Laravel configuration pattern - secure by design.
Using env() to read AWS credentials from environment is the recommended secure pattern in Laravel. No credential exfiltration present.