Kantanit vs GitHub Projects: When You Need More

GitHub Projects is the path of least resistance. It’s free, it’s built into the platform your team already uses, and it handles basic issue tracking without adding another tool to your stack. For a team of three or four engineers working in a single repo, it’s often enough.

But Kantanit vs GitHub Projects becomes a real question when your team grows past that threshold. The limitations that were minor annoyances at five engineers become structural problems at fifteen — and by then, you’ve built enough workarounds that the “free” tool is costing you real time.

Where GitHub Projects Works Well

Before listing limitations, it’s worth acknowledging what GitHub Projects does right.

Native Git Integration

Issues, PRs, and project boards live in the same platform. Link a PR to an issue and the status updates automatically when the PR merges. No webhooks, no integration setup, no syncing between systems. For small teams doing straightforward feature work, this tight coupling eliminates real friction.

Free and Familiar

There’s no per-seat cost and no onboarding. Every developer on your team already has a GitHub account and already knows how Issues work. The barrier to adoption is essentially zero, which is why so many teams start here.

Good Enough for Simple Workflows

If your process is “create issue, assign it, move it across a board, close it when the PR merges,” GitHub Projects handles that cleanly. The table and board views cover basic Kanban workflows, and custom fields add light structure without heavy configuration.

Five Signs You’ve Outgrown GitHub Projects

The transition from “GitHub Projects works fine” to “we need something more” usually happens gradually. These are the signals.

Your Sprints Live in a Spreadsheet

GitHub Projects has no native sprint management. No velocity tracking, no burndown charts, no sprint history. Teams that run sprints on GitHub end up managing them in spreadsheets — manually tracking what was committed, what was completed, and what carried over. That’s a sign your tool isn’t keeping up with your process.

You Can’t See Work Across Repositories

If your product spans multiple repos — a frontend, an API, a shared library — GitHub Projects struggles to provide a unified view. Each project is scoped to a repo or organization, and there’s no good way to build a cross-repo backlog that shows the full picture of what your team is delivering.

Engineering Leaders Lack Visibility

When your engineering manager or VP asks “how did the last sprint go?” and the answer requires manually assembling data from multiple GitHub views, reporting has become a bottleneck. GitHub Projects has no automated reporting, no historical trend analysis, and archiving items means losing the data entirely.

Non-Developers Can’t Participate

Product managers, designers, and stakeholders need visibility into engineering work. GitHub Projects requires a GitHub account with appropriate repository access. Giving a PM access to your project board often means giving them access to your source code — which is either a security concern or an unnecessary permissions headache.

You’re Building Automations Around Limitations

When your team starts writing custom GitHub Actions to move cards between columns, sync statuses across repos, or generate sprint reports from issue labels, you’re building project management infrastructure instead of shipping features. That engineering time has a real cost — and it’s a sign you’ve outgrown what GitHub provides natively.

How Kantanit Fills the Gaps

Kantanit sits in the space between GitHub Projects and heavyweight tools like Jira — more capable than a project board, without the configuration overhead that costs developers focus time and slows teams down.

Sprint Management Built In

Kantanit includes native sprint support with velocity tracking, burndown charts, and sprint history. Plan a sprint, commit to a scope, and measure what your team actually delivers — without spreadsheets or manual assembly.

The AI layer adds planning assistance: your assistant can flag overcommitted sprints, suggest scope based on historical velocity, and surface items that have been sitting in the backlog too long.

Unified View of Work

Kantanit provides a single backlog that spans your entire product, regardless of how many repositories are involved. Engineers see their work in one place, and engineering leaders get a clear view of what’s in progress, what’s blocked, and what shipped — without stitching together multiple GitHub views.

Reporting That Exists

Sprint velocity trends, cycle time analysis, team workload distribution — these are available on every plan, not locked behind enterprise pricing or manual spreadsheet work. The data updates automatically as work moves through the system.

AI-Native Workflows

This is the widest gap between the two tools. GitHub Projects is a board. Kantanit is AI-native project management built on MCP, which means your AI assistant can read and write to your project directly.

Create issues from your IDE. Update sprint status through conversation. Ask your assistant “what’s left in this sprint?” and get an answer without opening a browser tab. GitHub Projects has no equivalent — and given GitHub’s pace of evolution in this space, it likely won’t for some time.

Accessible to the Whole Team

Kantanit separates project access from code access. PMs, designers, and stakeholders can view boards, track progress, and comment on issues without needing a GitHub account or repository permissions. The tool serves the whole team, not just developers.

Feature Comparison

Feature	GitHub Projects	Kantanit
Issue tracking	Yes (GitHub Issues)	Yes
Board and table views	Yes	Yes
Sprint management	No (manual)	Yes (native)
Velocity and burndowns	No	Yes
Cross-repo backlog	Limited	Yes
Automated reporting	No	Yes
AI assistant integration	No	Yes (MCP)
Non-developer access	Requires GitHub account	Role-based access
Custom automations	GitHub Actions (DIY)	Built-in automation
Price	Free	Free tier + paid plans

When to Stay on GitHub Projects

GitHub Projects is the right choice if your team is small (under 5 engineers), works in a single repo, doesn’t run formal sprints, and doesn’t need reporting beyond what’s visible on the board. If your process is simple and your tooling needs are basic, there’s genuine value in not adding another tool.

It’s also worth staying on GitHub Projects if your team is primarily open-source contributors working asynchronously across time zones with no shared sprint cadence. GitHub’s tight integration with the contribution workflow — Issues, PRs, discussions — serves open-source collaboration better than most standalone PM tools.

Making the Transition

If you’ve recognized three or more of the signs above, the migration doesn’t have to be disruptive. Start by running Kantanit alongside GitHub Projects for a single sprint. Move your sprint planning and tracking into Kantanit while keeping GitHub Issues for the commit-linked workflow your team already uses.

Most teams find that the transition takes about a week of overlap before the team naturally gravitates to the dedicated tool. You don’t need to migrate every historical issue — start fresh with your current sprint and let the old data stay in GitHub for reference. The test is simple: if engineers stop opening GitHub Projects because Kantanit already shows them what they need, the switch has made. If they keep going back, pay attention to what pulls them there — it’ll tell you exactly what integration or workflow gap needs closing before you fully commit.

For a broader comparison of where both tools fit, see our guide to the best PM tools for engineering teams in 2026.