Bot Commands

How It Works

Mention the ZeroPath bot in a pull request or merge request comment to send it a command. The bot parses the comment, posts an acknowledgment, executes the action, then updates the same comment in-place with the result. This keeps your PR conversation clean — there is one bot reply per command, not a chain.

Mention the bot

Start your comment with @ZeroPath or @zeropath-ai (public aliases), or @<your-bot-username> (the exact username configured for your GitHub App or GitLab integration). Environment-specific bot usernames only match that exact integration.

Type a command

Use one of the structured commands below, or ask a natural-language question. Targets like issue 2 are matched against the issues ZeroPath has reported on this PR.

Read the reply

The bot posts a “Thinking…” or “Acknowledged” comment immediately, then edits that comment in-place once the action completes. Long-running actions like retriage stream a structured summary back when finished.

Bot commands are supported on GitHub and GitLab. Bitbucket and Azure DevOps support PR scanning but not bot commands yet.

Bare @ZeroPath with no command makes the bot reply with a hint: I'm here. Try: @ZeroPath fp issue 2 because …

Command Reference

Most categories accept the same target syntax (see Targets) and many accept an optional because <reason> suffix (see The because Modifier for which commands persist the reason).

Triage Status

Mark a finding’s correctness verdict. These commands change the issue’s triage state and trigger a vulnerability status changed notification through your configured channels.

Command	Aliases	What It Does
`@ZeroPath fp <target>`	`false-positive`, `falsepositive`	Mark issue(s) as false positive
`@ZeroPath true-positive <target>`	`true positive`	Mark issue(s) as true positive (confirmed real)
`@ZeroPath accepted-risk <target>`	`acceptedrisk`, `accept-risk`, `acceptrisk`	Mark issue(s) as accepted risk — real, but the team chooses to accept it
`@ZeroPath non-exploitable <target>`	`nonexploitable`, `not-exploitable`, `notexploitable`	Mark issue(s) as non-exploitable in this codebase’s context

Workflow Status

Move a finding through your team’s review workflow. These do not change the correctness verdict — use Triage Status for that.

Command	Aliases	Resulting Status
`@ZeroPath in-progress <target>`	`inprogress`, `status reviewing`	Reviewing
`@ZeroPath patching <target>`	`patch`, `status patching`	Patching
`@ZeroPath closed <target>`	`close`, `resolved`, `status resolved`	Resolved
`@ZeroPath backlog <target>`	`defer`, `deferred`, `status backlog`	Backlog
`@ZeroPath status pending_review <target>`	—	Pending Review

Assignment

Assign the linked Jira or Linear ticket for a finding to a teammate. Requires that the finding has an associated Jira/Linear issue (see Jira or Linear).

Command	What It Does
`@ZeroPath assign <target> to <email>`	Assigns the linked ticket to the user with that email
`@ZeroPath assign <target> to @<handle>`	Assigns the linked ticket to the user with that platform handle

If a target has no linked Jira/Linear ticket, the bot reports assignment isn't possible (no linked Jira/Linear ticket) for that issue and continues with the rest.

Auto-Fix Patches

Trigger ZeroPath’s patch generation pipeline for a specific finding. See Auto-Fix for the full feature.

Command	Aliases	What It Does
`@ZeroPath generate patch <target>`	`create patch`	Generate a fix branch for the target finding
`@ZeroPath approve patch <target>`	`open pr`, `create pr`, `issue pr`	Open the patch as a pull request for review

GitHub Patch PR Changes

On GitHub, when ZeroPath opens an auto-fix patch PR, reviewers can request follow-up code changes directly from the PR conversation. Start a new PR comment with @ZeroPath or @zeropath-ai, then describe the change you want.

PR comment

@zeropath-ai Please add a regression test for empty usernames
@zeropath-ai Please rename the new helper to `sanitizeDisplayName`
@zeropath-ai Please remove the temporary debug log added by this patch

For these requests, ZeroPath:

Checks that the PR is a GitHub patch PR created by ZeroPath.
Verifies that the current PR head branch is the same patch branch ZeroPath created.
Applies only the requested change.
Commits the change to the existing PR branch.
Replies with a summary and commit reference.

Direct patch PR branch changes are currently GitHub-only. GitLab bot commands still support triage, assignment, patch generation, rescans, retriage, and natural-language questions, but not direct follow-up commits to an existing patch PR branch.

ZeroPath refuses to push when the PR branch cannot be verified as a ZeroPath-created patch branch, the branch has moved while the bot was working, the PR comes from a fork, or the request is unsafe, ambiguous, impossible, or would make unrelated changes.

Scan Operations

Command	Aliases	What It Does
`@ZeroPath rescan`	`re-scan`, `rescan pr`, `scan again`	Re-run the PR scan. If a scan for the current commit already exists, it is skipped.
`@ZeroPath rescan force`	`force rescan`, `force re-scan`	Force a rescan even if a scan for the current commit exists, bypassing the duplicate check

When the bot can’t run a rescan, it explains why with one of: A scan for the current commit already exists. Use \rescan force` to bypass the cache., Cannot rescan a closed pull request.`, or a service-specific reason.

Re-Triage (Deeper Investigation)

Re-run AI validation on findings using a more thorough investigation than the default PR scan. When the PR description references vulnerabilities by ZP-ID tag or dashboard URL (see Fix Verification), retriage re-runs fix verification instead.

Command	Aliases	What It Does
`@ZeroPath retriage`	`re-triage`, `reinvestigate`, `re-investigate`	Re-investigate all issues in this PR
`@ZeroPath retriage <target>`	(same aliases)	Re-investigate a specific issue or list
`@ZeroPath retriage <target> because <context>`	(same aliases)	Same, but pass `<context>` to the AI as additional information for re-evaluation

The retriage reply, posted in-place over the acknowledgment comment, lists each issue with a verdict (Confirmed or Disconfirmed), a security assessment, and a link to the issue in the ZeroPath dashboard.

Natural-Language Questions

Anything that doesn’t match a structured command or a GitHub patch PR change request is treated as a question to the bot. On GitHub, the bot replies with an AI-generated answer in the same comment thread, posting a Thinking... placeholder and editing it in-place with the full answer once ready.

PR comment

@ZeroPath Is this finding exploitable given our input validation?
@ZeroPath Can you explain what this vulnerability means for our auth flow?
@ZeroPath What's the risk of merging with these open issues?

Question-shaped messages (those classified as questions by the LLM) get a free-form AI answer on both GitHub and GitLab. The platforms diverge only when the classifier can’t recognize the message at all: GitLab returns a static reply listing the supported command examples (I couldn't understand that command. Examples: ...), where GitHub falls back to a free-form chatkit answer. If you’re on GitLab and the bot replies with the static command list, rephrase as a clear question or use one of the structured commands above.

Comments that look like prompt-injection attempts are blocked automatically. If you receive a rejection message, rephrase the question as a direct inquiry about a specific reported finding.

Targets

A target specifies which issue(s) the command applies to. The parser accepts:

Form	Example	Resolves To
Single issue number	`issue 2`	Issue #2 reported on this PR
Multiple issue numbers	`issues 1, 2, 3`	Issues #1, #2, #3
All issues in this PR	`all issues in this pr`	Every issue ZeroPath has reported on this PR
Dashboard URL	`https://zeropath.com/app/issues/<uuid>`	The issue at that URL
Bare issue UUID	`f47ac10b-58cc-4372-a567-0e02b2c3d479`	The issue with that UUID
Implicit (inline reply)	no target given	The issue tied to the inline review thread you replied under

The implicit form is the easiest path: open an inline finding comment, reply to it with @ZeroPath fp because not reachable from input, and the bot applies the command to that finding without you having to name an issue number. A bare retriage with no target defaults to all issues in this PR.

Use commas, not the word and, to separate multiple issue numbers. The parser only recognizes comma-separated lists — issues 1 and 4 silently targets issue #1 only, dropping and 4. Always write issues 1, 4.

The `because` Modifier

Every triage, workflow-status, and retriage command accepts an optional because <reason> suffix. The text after because is captured by the parser as the user’s reason for the action.

PR comment

@ZeroPath fp issue 2 because the user input here is already validated upstream
@ZeroPath accepted-risk issues 1, 4 because we'll address these in Q3
@ZeroPath retriage issue 3 because we added a content-type check on the endpoint

How the reason is used depends on the command:

Command	What happens to `because <reason>`
`fp`, `true-positive`, `accepted-risk`, `non-exploitable`	Persisted on the issue and included in the `vulnerability status changed` notification
Workflow status (`in-progress`, `patching`, `closed`, `backlog`, `status …`)	Persisted on the issue and included in the `vulnerability status changed` notification
`retriage`	Passed to the AI investigation as additional context
`assign`	Parsed but not currently persisted — included for command-syntax consistency only. Use a Jira/Linear comment if you need an audit trail of why a ticket was reassigned.
`rescan`, `generate patch`, `approve patch`, natural-language ask, GitHub patch PR change request	Not accepted (no `because` clause is parsed)

Worked Examples

@ZeroPath fp issue 2 because input is sanitized in middleware.ts

Permissions

When access control is enabled for your organization, the bot verifies that the GitHub or GitLab user who posted the comment is linked to a ZeroPath identity, and that the linked user has the right repository permission for the action. Permissions below use the exact display names from the Teams settings page, so an admin can find each one as a checkbox in the team-permissions UI.

Command	Required Permission
`fp` (false positive)	Mark as False Positive
`true-positive`, `non-exploitable`	Mark as True Positive
`accepted-risk`	Archive Issues
Workflow status (`in-progress`, `patching`, `closed`, `backlog`, `status …`)	Mark Issues as Open
`assign`	Mark Issues as Open
`rescan`, `rescan force`	Mark Issues as Open
`retriage`	Mark Issues as Open
Natural-language ask	Mark Issues as Open
`generate patch`	Generate Patches
`approve patch`	Create Pull Requests
GitHub patch PR change request	Create Pull Requests

These are distinct permissions. A user with Mark as False Positive but not Archive Issues can run fp but will be denied on accepted-risk, even though both are “triage” actions in casual usage. Likewise, non-exploitable is gated by Mark as True Positive, not False Positive — both commands assert a vulnerability classification, so they share the True Positive permission.

If a user lacks the required permission, the bot replies with Permission denied (missing <PERMISSION_CONSTANT>). For example, ISSUE_EDIT_OPEN maps to Mark Issues as Open, PATCH_CREATE maps to Generate Patches, and PATCH_ISSUE maps to Create Pull Requests. If the comment author has no linked ZeroPath identity on GitHub, the bot replies:

I can’t verify your ZeroPath identity for this organization. Your GitHub account isn’t linked to a ZeroPath user yet. To link it, set your GitHub public email (Settings > Public profile) to match your ZeroPath account email, then comment again. The link is saved on our side, so you can switch the email back to private afterward. This should fix the issue most of the time.

On GitLab the bot replies:

I can’t verify your ZeroPath identity for this organization (no linked ZeroPath user). Please contact your org admin to link your account.

See Teams & Permissions for how to link VCS users and configure RBAC.

Platform Support

Platform	Bot Commands
GitHub (Cloud & Enterprise Server)	Yes — full support
GitLab (Cloud & Self-hosted)	Yes — full support
Bitbucket (Cloud & Data Center)	PR scanning yes, bot commands not yet
Azure DevOps	PR scanning yes, bot commands not yet

Troubleshooting

The bot replies “I couldn’t understand that command.” The parser fell through to neither an explicit keyword nor a question. Use one of the worked examples as a template, or paste a dashboard URL as the target. The bot replies “No matching issues found for that target.” The issue number you used doesn’t correspond to a finding ZeroPath has reported on this PR. Check the PR summary comment for the list of reported issues, or use all issues in this pr. The bot replies “I can’t verify your ZeroPath identity…” Your VCS account isn’t linked to a ZeroPath user. On GitHub, the fastest fix is to set your GitHub public email (Settings > Public profile) to match your ZeroPath account email, then re-comment — ZeroPath will auto-link the accounts via email correlation. You can switch the email back to private afterward; the link persists. On GitLab the email-correlation fallback isn’t implemented yet, so contact your org admin to link accounts under Teams, or run the action from the ZeroPath dashboard. assign reports “no linked Jira/Linear ticket” The target finding has not been pushed to Jira or Linear yet. Configure the Jira or Linear integration with auto-ticketing, or create the ticket from the dashboard first. The bot rejected my comment as prompt-injection content Rephrase as a direct question about a specific reported finding, without instructions framed as bot commands embedded inside it. The bot refused to modify a GitHub patch PR The bot only commits directly to PR branches that ZeroPath created for patch PRs. It refuses when it cannot verify the branch, the PR comes from a fork, the branch moved while the request was being prepared, or the requested change is unsafe, ambiguous, impossible, unrelated to the patch, or produces no file changes.

See PR Scanning for the surrounding feature (check statuses, inline comments, summary comments) and Auto-Fix for what generate patch and approve patch actually produce.

Getting Started

Scanning

SCA

Platform

Developer Tools

Integrations

Authentication

How It Works

Command Reference

Triage Status

Workflow Status

Assignment

Auto-Fix Patches

GitHub Patch PR Changes

Scan Operations

Re-Triage (Deeper Investigation)

Natural-Language Questions

Targets

The `because` Modifier

Worked Examples

Permissions

Platform Support

Troubleshooting

Getting Started

Scanning

SCA

Platform

Developer Tools

Integrations

Authentication

Documentation Index

​How It Works

​Command Reference

​Triage Status

​Workflow Status

​Assignment

​Auto-Fix Patches

​GitHub Patch PR Changes

​Scan Operations

​Re-Triage (Deeper Investigation)

​Natural-Language Questions

​Targets

​The because Modifier

​Worked Examples

​Permissions

​Platform Support

​Troubleshooting

How It Works

Command Reference

Triage Status

Workflow Status

Assignment

Auto-Fix Patches

GitHub Patch PR Changes

Scan Operations

Re-Triage (Deeper Investigation)

Natural-Language Questions

Targets

The `because` Modifier

Worked Examples

Permissions

Platform Support

Troubleshooting