If you're running Dokploy, this CVE demands attention beyond a simple patch-and-move-on. The vulnerability isn't a missing input validation check — it's a fundamental deception in what the traefikFiles.read permission actually grants.
The technical failure: readConfigInPath uses execAsyncRemote to read files, which wraps the file path in a shell command. That means any user with traefikFiles.read doesn't just read files — they can execute arbitrary commands on every managed server Dokploy controls. The permission promises a bounded file read; the implementation delivers remote code execution.
This is dangerous for two reasons beyond the obvious. First, the blast radius extends to your entire infrastructure, not just the Dokploy host. Users with this permission can escape to managed worker nodes. Second, the audit trail is actively misleading — logs record a "read operation" with no indication that shell commands executed on remote infrastructure. When you investigate incidents, you'll see traefikFiles.read in your logs and assume bounded access occurred, when in fact arbitrary commands ran.
Verify your exposure now: test whether a token scoped only to traefikFiles.read can run commands like 'id' or write files on managed nodes. If it can, your permission model is broken regardless of the 0.29.13 patch. Rotate any tokens that ever held this scope — their access history cannot be trusted as read-only.
The deeper concern: this pattern almost certainly exists elsewhere. readConfigInPath wasn't written in isolation — execAsyncRemote is the convenient abstraction for remote file access throughout Dokploy's codebase. When developers needed to read nginx configs, SSL certificates, or docker-compose files, they likely copied the same pattern. Audit your deployment for other API endpoints using execAsyncRemote with user-adjacent paths. The question isn't whether 0.29.13 is fixed — it's whether execAsyncRemote has already been used to build the next vulnerability that hasn't been penetration-tested yet.
The fix in 0.29.13 must be evaluated carefully: true remediation replaces execAsyncRemote with direct filesystem APIs (fs.readFile), treating paths as data rather than shell code. If the patch only sanitizes input, residual risk remains because complete shell metacharacter filtering is notoriously difficult to maintain correctly.