GitSniff vs SonarQube

Rules don't understand intent.

SonarQube pattern-matches. GitSniff reads the code and the context around it.

Head to head

The differences that matter.

Feature
GitSniff
SonarQube
Analysis method
LLM reasoning + scanners
Static rule engine
Setup
Github app, one click
Server + database + CI pipeline
Semantic understanding
False positive rate
Low, AI-filtered
High, rule-driven
Auto-fix generation
Interactive chat
Custom team rules
Natural language in repo
XML rule profiles
Quality gates in PR
Inline comments
Separate dashboard
Why switch

Three reasons teams move to GitSniff.

01

Reasoning beats regex.

A rule flags cyclomatic complexity. An LLM reads the function, notices it is a state machine, and approves it.

02

Zero infrastructure.

No server to host, no database to scale, no CI pipeline to babysit. Install the GitHub app and start.

03

Standards in plain English.

Write "prefer interfaces over types" in your repo instructions. No XML profile, no admin console.

What you get

The full picture.

Intent-aware review

The model considers what the function is supposed to do before flagging what looks wrong.

Filtered findings

Multi-stage quality passes drop noise before it reaches the developer.

Auto-fix patches

Instead of a rule ID and a docs link, get a diff that compiles.

Security scanners included

Bearer, Semgrep, and Trivy run as a complement, not a replacement, for AI review.

GitHub-native output

Comments on the diff, status checks on the PR. No dashboard tab to forget.

Evolving with your repo

Update instructions and every future review adapts. Static rules ship once and age.

Get started

Keep the gate. Replace the rulebook.

Point GitSniff at a repo and the first review ships in minutes. No server, no admin, no rule profile to port.