Verdict up front: GitHub Issues now has sub-issues, issue types, and default priority fields, closing much of the structural gap that used to justify switching to Linear. If your team already lives in GitHub and stays under a few hundred open issues, stay put. Once you’re running real cycles across multiple teams, Linear still wins on speed and planning.
Linear vs GitHub Issues at a Glance
| Dimension | Linear | GitHub Issues / Projects |
|---|---|---|
| Price | Free (250 issues, 2 teams); Basic $10/user/mo; Business $16/user/mo | Free with any GitHub plan; Team adds $4/user/mo for repo features, not for Issues itself |
| Triage speed | Keyboard-driven command palette, sub-100ms actions, Triage Intelligence auto-suggests routing | Inbox-style notifications, mouse-heavy, triage happens across repos unless you build a Project view |
| Roadmaps | Native roadmaps tied to projects and initiatives, cross-team by default | GitHub Projects roadmap view, workable but assembled from issues across repos manually |
| Sprints / cycles | Cycles with automatic rollover, velocity, and burndown out of the box | Milestones plus Projects iteration fields; functional, but no native velocity history |
| Automation | Workflow states, Linear Agent automations (Business, beta), triage rules | GitHub Actions — the deepest CI/CD automation of any issue tracker, bar none |
| AI features | Linear Agent (free tier), Triage Intelligence and Code Intelligence (Business, beta) | Copilot for code context inside issues; no dedicated issue-triage AI layer |
| Best for | Multi-team engineering orgs running structured sprints | Single-repo teams, open-source projects, anyone who wants zero new tools |
Speed and Day-to-Day UX
The first thing anyone notices moving from GitHub Issues to Linear is that Linear doesn’t feel like a web app. Every action — changing status, assigning, setting priority — happens through the command palette (Cmd+K) without a page reload. That’s a rendering choice: Linear syncs locally and pushes updates in the background, so the UI never waits on a network round trip to reflect what you just did.
GitHub Issues is a server-rendered page inside a much larger product. Opening an issue, adding a label, moving to the next one — each step has a bit of latency that’s imperceptible alone and grating by the fiftieth issue of a triage session. It’s not slow in absolute terms. It’s slow relative to a tool built specifically to be fast.
Where this actually matters is triage. Linear’s triage view is a dedicated inbox: new issues land in one queue, you work through them with single-key shortcuts, and Triage Intelligence pre-fills a suggested team, priority, and label before you even open the issue. GitHub has no equivalent concept. Incoming issues show up per-repo, mixed in with everything else, and if you’re managing five repos, “what’s new since yesterday” is a search query you have to remember to run, not a view that greets you.
Planning: Cycles vs Iterations
GitHub Projects added an iteration field type a while back, and it’s genuinely useful — set a duration, assign issues, see a completion percentage. For a team that never had sprint structure before, it’s a real upgrade over raw milestones.
But an iteration is a filter, not a system. It doesn’t roll incomplete work forward automatically; someone has to manually reassign leftover issues to the next one, same as milestones. Linear’s Cycles do this on their own, and they accumulate into a velocity history you can query: issues closed per cycle, per team, across the last two quarters. That’s what makes capacity planning something other than a guess.
I’ve run planning meetings both ways. On GitHub Projects, the conversation starts with someone eyeballing the backlog and asking “does 30 issues feel like too much for two weeks?” On Linear, it starts with a number: this team closes 24–28 issues a cycle, so 30 is a stretch. That difference sounds small until you’ve sat through six retros where “we don’t really know our velocity” is the recurring line. For the exact setup we use for cycle scoping and rollover rules, see our Linear Cycles sprint planning guide.
Roadmaps and Cross-Team Visibility
This is where GitHub Issues shows its origin as a per-repository tool, even with Projects layered on top. A roadmap in GitHub Projects is a view you build: pull issues from one or several repos into a board, add custom fields for target dates, arrange manually. It works, but it’s assembled, not native — and it rots the moment the person who built it moves teams.
Linear treats roadmapping as a first-class object. Projects and initiatives sit above the issue level, teams attach cycles to them, and a roadmap view is just a different lens on data that’s already structured that way. For a PM who needs to see what’s shipping this quarter across three engineering teams without pinging three tech leads, that native cross-team structure is the single biggest reason product organizations end up on Linear even when individual engineers would have been happy on GitHub Issues.
This is also usually where the friction between GitHub-native engineers and GitHub-agnostic PMs shows up. Engineers are fine living in Issues because the code is right there. PMs who don’t write code have no reason to open a GitHub repo and often don’t have write access to it — they end up asking for status updates in Slack instead of checking a source of truth, which defeats the point of tracking work at all.
Integrations and How the Linear-GitHub Sync Actually Behaves
If you’re comparing these tools, you’re probably going to run them together — even teams that adopt Linear usually keep GitHub for code. The sync between them is good, not flawless.
In practice: branch names generated from a Linear issue (e.g., username/eng-482-fix-webhook-retry) auto-link back to the issue, and merging the PR moves it to Done — when the integration is configured correctly. Two failure modes to know before you commit to this workflow: the GitHub App has to be installed at the organization level, not under an individual’s OAuth token, or the link breaks the moment that person’s token expires or they leave. And branch naming has to match your Linear team key exactly — a typo means the PR never associates with the issue, and nobody notices until a shipped fix still shows as “In Progress.” We’ve documented the specific fixes for both in our Linear-GitHub sync troubleshooting guide, because they come up constantly in support threads.
GitHub’s own automation story remains stronger on CI/CD specifically. GitHub Actions can open issues, apply labels, and close tickets directly from workflow logic with zero third-party middleware — a failing test suite can file a bug and assign it to the last committer in the same job that ran the tests. Linear’s Releases feature gives you deployment-level visibility into which issues shipped in which release, but it’s tracking deployments, not triggering CI logic the way Actions does. If your team has built meaningful Actions automation around issue events, replicating that against Linear’s API is real engineering work, not a settings toggle.
Pricing: Where GitHub Wins the Argument Outright
GitHub Issues costs nothing beyond whatever GitHub plan you’re already paying for. The Free tier includes unlimited public and private repositories and 2,000 CI/CD minutes a month; Team runs $4/user/month for repo-level features that have nothing to do with Issues itself. If your team already pays for GitHub to host code — and nearly every team does — Issues is a rounding error.
Linear’s current pricing, verified against their pricing page: Free covers unlimited members, 2 teams, and 250 non-archived issues, and — worth flagging if you’ve read an older comparison — the Agent platform and Linear Agent itself now ship on the Free plan, not gated to a paid tier. Basic is $10/user/month annually and removes the issue cap and team limit (5 teams). Business, at $16/user/month, adds Triage Intelligence, Linear Agent automations (beta), Code Intelligence (beta), issue SLAs, and unlimited teams. Enterprise is custom-quoted and required for SAML/SCIM.
For a 20-person team on Business billed annually, that’s roughly $3,840 a year against $0 incremental cost for GitHub Issues. There’s no pricing argument that makes Linear look cheap — only an argument that the time saved on triage and sprint admin is worth more than the subscription. That argument holds for teams that have actually measured the time cost. It’s just an assumption for teams that haven’t.
Migration Reality: What Moving Actually Takes
Linear’s GitHub importer is genuinely solid — issues, labels, milestones, and comment history come across in one run, typically under an hour for a few hundred issues. That’s not the hard part. The hard part is everything the importer doesn’t touch.
- Commit and PR references. Every commit message and PR description that references a GitHub issue number (
fixes #482) stays pointing at GitHub. Linear doesn’t rewrite git history, so old issue numbers remain the permanent record for anything already shipped — you end up with two numbering systems living in the same codebase indefinitely. - GitHub Actions automation built on Issues events. If a workflow opens, labels, or closes issues based on CI results, that logic has to be rewritten against Linear’s API and webhooks. This is genuinely engineering work, and it’s the piece most teams underestimate.
- Custom GitHub Projects fields. Anything beyond the default Priority, Effort, Start date, and Target date fields that a team built manually doesn’t map automatically and has to be recreated by hand in Linear’s schema.
- Muscle memory. Engineers who’ve filed issues in GitHub for years default to opening a new tab in GitHub, not Linear, for at least a month. That’s not technical, but it’s what actually determines whether a migration sticks.
What’s worked on the teams I’ve run through this: migrate one active cycle’s worth of issues first, keep GitHub Issues open read-only for historical reference, and don’t touch GitHub Actions automation until the team has worked a full cycle inside Linear. Rewriting automation and migrating workflow habits at the same time is how migrations stall out at 80% complete for months.
Who Should Actually Pick Which
A five-person team shipping their first product, all engineers, one repo, no dedicated PM — stay on GitHub Issues. The sub-issues and issue-type additions from the last two years cover most of what used to be a real gap, and there’s no reason to pay for a tool you don’t need yet.
An open-source project with external contributors — stay on GitHub Issues, full stop. Moving triage into Linear means asking unpaid contributors to create an account elsewhere, which measurably reduces contribution volume. That’s not a workflow preference; it’s a community cost.
A 20-plus person engineering org running multiple teams, with a PM layer that needs roadmap visibility without opening a repo, and a manager who can point to actual hours lost to backlog triage every week — Linear is worth the line item. The Cycles velocity data alone tends to justify the subscription within a quarter at this size.
A team stuck in the middle — 10 to 15 engineers, one or two repos, growing but not yet chaotic — this is the honest gray zone, and the deciding factor isn’t feature count. It’s whether a PM or non-engineering stakeholder needs visibility into engineering work without living in GitHub. If yes, that alone tips it toward Linear. If everyone touching the tracker already reads code for a living, the migration cost outweighs the UX gain.
FAQ
Does GitHub Issues have sub-issues now?
Yes. GitHub rolled sub-issues and issue types out of preview into general availability, supporting up to 100 sub-issues per parent and eight levels of nesting — see GitHub’s sub-issues documentation for the current limits. Combined with the default Priority, Effort, Start date, and Target date fields in Projects, this closes a gap that used to be a clean point in Linear’s favor.
Is Linear Agent only available on paid plans?
No — as of Linear’s current pricing, the Agent platform and Linear Agent ship on the Free plan. Triage Intelligence, Linear Agent automations, and Code Intelligence are Business-plan features and remain in beta. Check Linear’s pricing page directly before budgeting, since beta features tend to move between tiers.
Can Linear replace GitHub Issues entirely, or do you need both?
Most closed-source teams run Linear as the only active issue tracker once migrated, using GitHub purely for code and PRs. Open-source projects commonly keep GitHub Issues open for external bug reports while using Linear internally — a hybrid model Linear’s importer and sync are built to support.
What breaks first when a Linear-GitHub sync stops working?
Almost always one of two things: the GitHub App was installed under an individual’s OAuth token instead of at the organization level, so it dies when that token expires, or the branch name doesn’t match the Linear team key exactly, so the PR never links to the issue. Both are five-minute fixes once you know to check for them.
How does this comparison change if we’re also considering Jira?
Jira sits above both tools in configurability and below Linear in speed — page loads average seconds, not milliseconds, and the tradeoff is 3,000-plus Marketplace integrations versus Linear’s more curated set. If GitHub Issues feels too thin but Linear feels too opinionated, our Jira vs Linear comparison covers that middle ground.
