Static analysis flagged many command, filesystem, network, and script patterns, but review shows most are markdown templates, Solana configuration examples, localhost endpoints, and relative imports. No prompt injection or confirmed malicious exfiltration was found. The remaining risk is moderate because the skill uses Write and Bash-capable workflows and instructs users to run build, install, deploy, and frontend commands.
The skill asks for a project name and then generates a complete directory tree. This is legitimate for a scaffolding skill, but implementations should normalize project names and prevent writes outside the intended workspace.
The workflow clearly depends on user-provided project names and file creation. The files do not show malicious intent, so this is a moderate implementation risk rather than a confirmed exploit.
External Build And Deployment Commands Need User Review
The skill provides commands for dependency installation, Anchor builds, local validators, deployment, tests, and frontend servers. These commands are expected for Solana development, but users should review generated files before running them.
The commands are explicitly documented and are normal for this domain. Risk remains because install, build, and deploy commands execute external tooling in the user environment.
Template Paths Are Legitimate Solana Project References
Hidden directory and traversal findings refer to installation paths, Solana wallet configuration, and relative imports for generated clients. These are expected template references, not evidence of unauthorized file access.
The paths appear in documented templates and import statements. No instruction directs the model to read secrets or traverse arbitrary user files.
Network Indicators Are Expected Development Endpoints
The hardcoded URL and IP address are an Anchor registry URL and local Solana validator endpoint. They do not contain credential upload logic or suspicious remote collection behavior.
The reviewed endpoints are standard development or registry locations. No evidence found that secrets or project data are sent to an untrusted service.
The dynamic import finding points to a Next.js JSDoc type annotation in a configuration template. This does not dynamically load untrusted code at runtime.
The import syntax is inside a documentation comment used by Next.js tooling. There is no user-controlled module path or runtime import expression.
Many static external command findings are caused by markdown code fences and project tree examples. These are documentation templates, not Ruby or shell backtick execution in runnable code.
The cited locations are fenced markdown examples and directory trees. There is no executable Ruby code or command substitution at these locations.
Weak Cryptography Alerts Are Textual False Positives
Static weak cryptography findings correspond to ordinary documentation terms such as smart contracts, tests, descriptions, and frontend configuration. No weak hashing or encryption implementation was found in the reviewed locations.
The cited lines are prose or placeholders, not cryptographic operations. No evidence found for MD5, SHA-1, insecure ciphers, or custom crypto logic.