Jit vs GitHub: Which One Should Handle Your AppSec?

A practical comparison of Jit's DevSecOps orchestration platform and GitHub's native security features (Dependabot, CodeQL, secret scanning) for small engineering teams.

Updated 2026-10 · 2026

Jit

Minimal DevSecOps orchestration platform that wires open-source and commercial security tools into your existing GitHub workflow

Freeforever, up to 5 contributors (custom pricing above that)

Strengths

+Orchestrates SAST, SCA, secrets, IaC and DAST scanners into one pipeline instead of configuring each tool separately
+Free tier covers small teams and open-source repos indefinitely
+Plans are prioritized automatically by exploitability, cutting down alert noise

Weaknesses

-Adds another vendor and dashboard on top of GitHub, not a replacement for it
-Smaller company, less documentation and community support than GitHub
-Paid tiers beyond the free limit require talking to sales (no public pricing table)

Best for

Small dev teams that already use GitHub Actions and want consolidated, prioritized security scanning without stitching together 5 separate tools.

GitHub

Code hosting, collaboration and CI/CD platform with built-in security features like Dependabot and code scanning

Freeuser/month (Team plan from $4/user/month)

Strengths

+Everyone already has an account — zero onboarding friction for repo access
+Dependabot, secret scanning and CodeQL code scanning are built in, not bolted on
+Actions, Issues, Projects and Pages all live in the same product

Weaknesses

-Free tier's secret scanning and code scanning are limited mostly to public repos
-GitHub Advanced Security (private repo scanning) is a paid add-on, billed per active committer and not cheap at scale
-No single prioritized view across SAST/SCA/secrets — each tool reports separately

Best for

Teams that want one platform for code, CI/CD and baseline security, and are fine configuring GitHub's native scanners individually.

Feature Comparison

Feature	Jit	GitHub
Code hosting & version control	❌ Not a hosting platform	✅ Core product
SAST (static code analysis)	✅ Orchestrates multiple SAST engines	✅ CodeQL (free on public repos, paid add-on for private)
SCA (dependency scanning)	✅ Built-in, prioritized by exploitability	✅ Dependabot (free)
Secret scanning	✅ Included	✅ Included, push protection on paid plans
IaC / cloud misconfiguration scanning	✅ Built in	❌ Requires third-party Action
Unified security dashboard	✅ Single prioritized view across tools	❌ Separate tabs per scanner
CI/CD pipelines	➖ Runs on top of GitHub Actions	✅ GitHub Actions
Issue tracking / project boards	❌ Not included	✅ GitHub Issues & Projects
Free tier for small teams	✅ Free up to 5 contributors	✅ Free, unlimited public/private repos
Pricing transparency	❌ Custom pricing above free tier	✅ Published per-seat pricing
Setup time	~10–15 min to connect repos and enable plans	Already set up if you use GitHub

The Verdict

Jit and GitHub aren't really competitors — Jit sits on top of GitHub to orchestrate security scanning that GitHub only offers piecemeal. If you're already on GitHub and just need Dependabot plus basic code scanning, stick with GitHub's native tools and skip the extra vendor. If you're tired of configuring five separate security tools and want one prioritized view, Jit's free tier is worth bolting on before you pay for GitHub Advanced Security.

How to switch from Jit to GitHub

1Export your current Jit findings and plan configurations as CSV/JSON from the Jit dashboard's Reports page so you have a record of open vulnerabilities before turning plans off.
2In GitHub, enable Dependabot alerts and security updates for each repo (Settings → Code security and analysis) to cover dependency scanning.
3Turn on GitHub secret scanning and push protection for your repos to replace Jit's secret-scanning plan.
4If you need SAST on private repos, enable GitHub Advanced Security and configure CodeQL via a GitHub Actions workflow, or add a third-party SAST Action (e.g., Semgrep) manually.
5Recreate any IaC scanning Jit was running (e.g., for Terraform/CloudFormation) by adding a dedicated GitHub Action like Checkov or tfsec, since GitHub has no native IaC scanner.
6Remove the Jit GitHub App integration from your organization settings once all replacement scanners are verified and passing on a few test PRs.

Jit vs GitHub: common questions

How do I export my data from Jit before switching?+

Jit doesn't store your code or git history — it only stores scan results, plan configurations and findings. You can export findings as CSV/JSON from the Jit dashboard's reports section, and your actual code remains untouched in GitHub, so there's no 'migration' of source code required.

What do we lose if we drop Jit and rely only on GitHub's built-in security tools?+

You lose the single prioritized dashboard that ranks findings by exploitability across SAST, SCA, secrets and IaC. You'll need to check Dependabot alerts, code scanning alerts and secret scanning alerts separately, and you'll lose IaC/cloud misconfiguration scanning entirely unless you add a third-party GitHub Action for it.

Is GitHub's free security tooling enough for a small team?+

For a small team with mostly public repos, yes — Dependabot and basic secret scanning are free and cover the basics. For private repos you'll want GitHub Advanced Security (paid) or a layer like Jit to get code scanning and consolidated prioritization without the Advanced Security bill.

Does GitHub integrate with the same tools Jit orchestrates?+

Most of the scanners Jit wires together (Semgrep, Trivy, Gitleaks, etc.) can also be run directly as GitHub Actions — you just configure each one yourself instead of getting them pre-wired and prioritized. So functionally you can replicate most of it, it just takes more setup work.

Is it cheaper long-term to just use GitHub instead of Jit?+

If your team stays under 5 contributors, Jit's free tier costs nothing extra, so there's no savings from dropping it. If you outgrow the free tier, GitHub Advanced Security is billed per active committer and can get expensive fast, so the cheaper long-term path depends on your repo privacy needs and team size — run the numbers for your actual seat count before deciding.