Extensions · Developer
JetBrains
AI trust scanning built into your JetBrains IDE.
Screenshots coming soon
Visual walkthrough of JetBrains in progress
Overview
The SecEng Trust Scanner for JetBrains puts trust-language analysis where developers already work — inside IntelliJ IDEA, PyCharm, WebStorm, and the full JetBrains IDE family. Select any text in the editor, open a file, or paste content into the tool window to get an instant analysis. Because the plugin runs locally, no file content leaves your machine during scanning.
Features
- 01.
Editor selection scanning
Highlight any text in the editor and invoke the scanner from the right-click context menu for instant analysis.
- 02.
File-level review
Scan entire files — policy docs, prompts, configuration files — to surface trust risks across the full document.
- 03.
Local-first processing
All scanning runs on your machine; no code or document content is transmitted to external servers.
- 04.
Markdown export
Export scan results as Markdown reports ready to commit to your repository or share in pull request reviews.
- 05.
IDE tool window
A persistent tool window gives you scan history, settings, and quick-access to past results without reopening menus.
Install steps
Step 01
Install from the JetBrains Marketplace within your IDE via Settings → Plugins.
Step 02
No API keys or environment variables needed — the plugin works out of the box.
Step 03
Select text or open a file and use the Trust Scanner tool window or right-click action.
Step 04
Export results as JSON or Markdown for documentation or evidence packages.
Capabilities
Surfaces
Scan modes
Privacy architecture
Local first
Designed to keep the supported flow in the local or customer-controlled environment. What leaves the device or workspace depends on the feature and configuration.
Platform vendor
JetBrains s.r.o.
A JetBrains s.r.o. integration is planned. No build or contract-mapping work has started yet.
Early access
Get the integration on the roadmap
Tell us which platform matters most and we'll prioritize it where it fits the current product surface.