Free Jira Alternatives I Actually Use to Run Agile Sprints at a Startup

Why I Stopped Recommending Jira to Every Startup I Work With

The breaking point was a Tuesday afternoon. I’d just joined a 6-person seed-stage startup as a fractional CTO — two backend devs, one frontend, a designer, a PM, and a founder who kept jumping in on tickets. Simple team. Clear scope. We needed to start shipping. Instead, I spent the first three hours of that engagement inside Jira’s project configuration screens: setting up issue types, deciding whether we needed “subtasks” or “stories,” figuring out why the board wasn’t showing the right statuses, and explaining to the PM why their sprint backlog looked different from the team’s board view. Three hours. No ticket written. No code committed. That was the last time I reached for Jira as a default.

The free tier is real — Jira Software’s free plan does support up to 10 users, unlimited projects, and actual sprint boards. I’m not disputing that. The UX tax is the problem. Sprints live under “Active sprints.” Epics live under “Roadmap” (which is a separate view entirely). Your backlog is a third location. Velocity charts are tucked inside “Reports,” which is a fourth place. For a team that’s used GitHub Issues or even a Trello board, the mental model is completely foreign, and there’s no onboarding flow that bridges that gap gracefully. I’ve watched experienced PMs spend twenty minutes looking for where to change a ticket’s epic. That’s not a skill gap — that’s a design problem.

Here’s what a 5-10 person startup actually needs from a project management tool: a backlog you can prioritize by dragging rows, a sprint board that shows who’s working on what, and some indicator of whether you’re going to hit your sprint goals. That’s the whole list. Velocity charts are nice once you have six or more sprints of data, but most early-stage teams don’t get there before the roadmap pivots anyway. The problem Jira was built to solve — auditable workflows, custom issue hierarchies, enterprise permission schemes — is a real problem, just not one that exists at your scale yet. Matching tooling to actual problems is the whole game at the startup stage, and Jira is routinely overkill for teams under 15 people.

The thing that caught me off guard the first time I tried to migrate a team off Jira was how little data actually transferred cleanly. Jira exports to CSV, and the CSV structure is deeply Jira-specific — sprint names are encoded in a way that most importers don’t parse correctly, and Epic links come out as raw IDs rather than names. If you’re in the first three months of a project, getting out is fine. If you’ve been in Jira for eight months with nested subtasks and custom fields, plan a full afternoon just for the migration. That switching cost is partly why teams stay on Jira longer than they should, not because it’s the best tool.

For lightweight alternatives that actually map to how small agile teams work — Linear, Plane, Height, GitHub Projects — you’re looking at tools where setup takes 20 minutes instead of three hours, and the core workflow is visible from a single screen. Each has real trade-offs worth knowing before you commit. For a complete look at lightweight SaaS options at this stage, check out our guide on Essential SaaS Tools for Small Business in 2026.

The Tools I Tested (and the Criteria I Used)

My hard filter before even opening a trial account: does the free tier expire? If I have to enter a credit card or watch a countdown clock, the tool is dead to me for this comparison. The startup context matters here — a 4-person team shipping a SaaS product doesn’t have a procurement person, doesn’t have budget approval cycles, and definitely doesn’t want a surprise $49/month charge because someone forgot to cancel. Every tool in this list has a genuinely perpetual free tier. Not “free for 30 days.” Not “free with watermarks.” Actually free, forever, with real functionality.

The sprint requirement knocked out more tools than I expected. A lot of “agile project management” tools are just glorified kanban boards with a backlog column bolted on. That’s not sprint planning — that’s Trello with extra steps. I need: a backlog I can pull from into a defined time-box, a way to track velocity (even roughly), and some kind of sprint close/review flow that doesn’t require me to manually archive 40 cards. If a tool can’t do that, it didn’t make the list. I specifically rejected Trello, Notion (as a standalone PM tool), and Basecamp on this criterion alone.

The team I tested these with is a real one: myself, one other backend engineer, a frontend dev, and a product person who does some QA. We’re building a B2B SaaS tool — multi-tenant, Stripe integration, the whole thing. We run two-week sprints. We do standups async in Slack. We were already using GitHub for everything. That last part is important because the GitHub integration requirement wasn’t just a nice-to-have for us — it was the thing that determined whether devs would actually update the board or silently stop using it after week two. I’ve seen that happen on three different teams. A tool that auto-transitions issues when you push a branch or merge a PR removes the human compliance problem entirely.

• Free tier must be perpetual — no trial timers, no credit card required to start
• Sprint support is mandatory — real sprint planning with backlog, capacity, and close/review flow
• GitHub or GitLab integration gets prioritized — auto-status updates on PR merge or branch push
• Tested for at least 3 weeks on real work — not a dummy project, not a sandbox, actual sprint planning with actual deadlines
• Free tier limits must be clearly documented — if I had to dig through a pricing page FAQ to find the limit, I documented that as a gotcha

One thing that caught me off guard: several tools advertise GitHub integration but only on paid plans. Linear’s GitHub sync (automatic branch linking, PR status on issues) is available free. Jira’s GitHub integration is technically free but the setup through Atlassian Connect is enough friction that half the team won’t bother. I tested the integrations myself — created a branch named after an issue, opened a PR, merged it, and checked whether the issue moved without me touching the board. That’s the actual test. If I had to manually drag a card after a merge, I noted it.

I also paid attention to where each tool breaks down at the free tier ceiling. YouTrack’s free plan caps at 10 users, which sounds fine until you add contractors or a QA freelancer and suddenly you’re having an awkward conversation. GitHub Projects has no user cap but the automation rules are limited on free. Linear’s free tier caps you at 250 issues total — that sounds like a lot until you’re 6 months into a product and realize your closed issues are eating into that number. These aren’t dealbreakers, but they’re exactly the kind of thing that blindsides teams who don’t read the fine print before they’re already dependent on a tool.

Linear — The One I Actually Use Day-to-Day

I switched to Linear after spending three days trying to configure a Jira workflow for a six-person startup and realizing I’d burned more time on tooling than shipping. Linear’s onboarding is absurdly fast by comparison: create a workspace, connect your GitHub repo for automatic issue linking, and you’re tracking work in under ten minutes. No workflow XML editor. No scheme configurations. No “project category” dropdowns that nobody can explain. The GitHub integration alone is worth it — push a commit with fixes LIN-42 in the message and the issue closes automatically. That’s the whole setup.

Cycles are their sprint equivalent, and they behave exactly how you’d expect a sprint to behave without requiring a certification to understand. You drag issues into a cycle, set a start and end date, and Linear tracks completion percentage as you ship. No “sprint velocity ceremony” baked into the UI. No mandatory story point fields before you can close a ticket. My team runs two-week cycles and the only friction we’ve hit is remembering to move incomplete issues forward — and Linear actually prompts you to do that when a cycle ends, which is a small thing that saves a genuinely annoying Monday morning conversation.

The keyboard shortcut layer is the thing I didn’t know I needed until I had it. C creates an issue from anywhere in the app. F opens filters. G then I jumps to your inbox. The whole UI feels like it was designed by someone who actually uses it eight hours a day, not someone who read a product requirements doc about project management. Everything is fast — not “fast for a web app” fast, but actually snappy in a way that stops you noticing you’re using a browser.

Now the honest part. The free tier caps you at 250 issues total across your entire workspace, not per project. This sounds generous until you realize a busy team with two active projects and a backlog can blow through that in a few weeks. Check linear.app/pricing for the current limits because they adjust these occasionally — but as of my last check, that 250-issue ceiling is real and it hits fast on teams doing daily standups and writing down every bug they find. You won’t see a warning creeping up on you; you’ll just suddenly hit the wall.

The other rough edge is custom fields. Linear’s free tier doesn’t have them. If your PM has a spreadsheet brain and needs story points and T-shirt sizing and a separate priority field all on every ticket, they’re going to push back hard on Linear free. You get title, description, priority (their built-in one), assignee, and labels. That’s workable for engineering-led teams where developers are also doing the prioritization. It’s a genuine problem if your product process depends on more structured metadata, and no amount of convincing will paper over that gap — you’ll need to upgrade to the paid plan or look at something else.

• Best fit: Engineering-led startups, solo devs tracking their own work, small teams who want sprint structure without Jira’s configuration overhead
• Breaks down when: You hit 250 issues, or your PM requires custom fields for estimation workflows
• GitHub integration: Auto-closes issues via commit messages using the fixes LIN-{id} convention — works out of the box, no webhook config needed
• Upgrade trigger: Paid plans start around $8/user/month — check their pricing page for current numbers — and unlock custom fields, unlimited issues, and more advanced analytics

Plane — The Self-Hostable Option Worth Knowing

The only reason to pick Plane over Linear is the self-hosted path. Full stop. If you’re fine with your backlog living on someone else’s cloud, Linear is smoother and faster. But if you’re building for a regulated industry, running an enterprise pilot where procurement won’t sign off on SaaS tools, or just have a hard policy against third-party data processors touching your roadmap — Plane is the only serious open-source option in this space that actually covers the Jira surface area that matters.

Plane is MIT licensed and the repo is public on GitHub. Deployment is legitimately fast if you already have a Linux server sitting around:

git clone https://github.com/makeplane/plane
cd plane
./setup.sh

The setup.sh script handles the Docker Compose stack for you — app server, Postgres, Redis, and the worker process. On a fresh Ubuntu 22.04 box with Docker already installed, I had it running in about 20 minutes. The thing that caught me off guard was that you need to set your WEB_URL environment variable correctly before first boot, otherwise OAuth redirects break and you’ll spend time debugging something that isn’t a bug. Check the .env file the script generates and make sure that value matches your actual domain before you create any users.

Feature-wise, Plane maps onto the Jira concepts your team already knows without the ceremony. Modules are epics — group related issues, track progress at a higher level. Cycles are sprints — time-boxed, with a burndown view. The backlog view lets you triage unplanned work separately from your active cycle, which is the workflow most agile teams actually run. They also have a spreadsheet view that’s useful when a PM wants to bulk-edit priorities without clicking into 40 individual issues. The free cloud tier at plane.so is real and usable, but seat limits and feature gates push you toward paid plans faster than you’d expect — the self-hosted path has no such ceiling.

Honest rough edges, because you’ll hit them: the UI is visibly less polished than Linear. Drag-and-drop in the backlog occasionally misfires. The mobile experience is basically unusable — I wouldn’t even try to triage issues from your phone during a standup. The API exists and is documented, but coverage is inconsistent; some resources you’d expect to be writable are read-only, and the docs don’t always make that clear until you’ve already written the integration. Webhooks work but the payload structure has changed between minor releases without a deprecation warning, so pin your version if you’re building on top of it.

Pick Plane if your threat model includes “we can’t let our sprint backlog live in a US-based SaaS product” — healthcare data adjacency, EU-based companies with strict GDPR interpretations, defense contractors, or any situation where a security questionnaire asks where your project metadata is stored. Self-hosting is the answer to that question, and Plane is the only tool in the free tier conversation that actually lets you do it without fighting the product.

GitHub Projects v2 — The Right Answer If Your Team Lives in GitHub

If your engineers are already living in GitHub — opening PRs, reviewing code, filing bugs — then GitHub Projects v2 is the obvious choice. Not because it’s perfect, but because the alternative is context-switching between two tools to track work that’s fundamentally connected. I switched a four-person startup team to it after spending two weeks trying to wrangle Linear for a project where every issue had a corresponding PR anyway. The duplication was killing us.

The setup for a real sprint workflow takes about ten minutes. Create a new Project from your org or repo, then immediately add a custom field. Click the + in the field header, choose Iteration, name it Sprint, and set your cadence — two weeks is the default and honestly fine. Now go to your Board view, hit the filter bar at the top, and type sprint:@current. That’s your sprint board. Every issue assigned to the active iteration shows up, everything else disappears. Add columns for Todo, In Progress, In Review, and Done, and you have a working Kanban in under an hour. The Table view is genuinely useful for sprint planning — you can bulk-assign the Sprint field across issues without opening each one individually, which was the thing that caught me off guard most positively.

The Automation That Actually Works Out of the Box

There’s one automation I enable on every project: auto-move to Done when a linked PR merges. Go to your Project settings, hit Workflows, and enable “Item closed” — it’s pre-built, zero config. When a developer closes a PR that references an issue with Closes #123 or Fixes #123, the issue closes automatically and the project card moves to Done. No webhook setup, no Zapier, no manual dragging. I’ve seen this one automation cut the “did you update the board?” Slack messages by a significant amount on every team I’ve introduced it to. You can also set up auto-add rules so any new issue opened in a specific repo lands in the project without manual triage — useful if you’re running a monorepo where issues scatter.

Where It Falls Apart

Here’s the honest breakdown: GitHub Projects is issue tracking grafted onto a code platform. That ordering matters. If you have a product manager, a designer, or a QA lead who doesn’t have a GitHub account, they’re immediately second-class citizens. You can give outside collaborators access to a public repo’s project, but for private repos they need a seat, and inviting a non-technical PM as an “outside collaborator” just to view a board feels wrong and often becomes a support ticket for them every time GitHub changes its auth flow. I’ve seen this cause real friction — PMs defaulting to Notion for their planning and developers reluctantly maintaining both.

There are also zero native analytics. No burndown chart. No velocity graph. No cumulative flow diagram. You’re eyeballing sprint health by counting cards in the Done column and doing mental math against how many you started with. If your team’s sprint retrospectives require any data beyond “we finished X of Y issues,” you’ll need to either pull the GitHub Projects GraphQL API yourself or accept that you’re flying blind. The API is actually decent for this — here’s a query to pull current sprint issues:

gh api graphql -f query='
{
  organization(login: "your-org") {
    projectV2(number: 1) {
      items(first: 50) {
        nodes {
          fieldValues(first: 8) {
            nodes {
              ... on ProjectV2ItemFieldSingleSelectValue {
                name
                field { ... on ProjectV2SingleSelectField { name } }
              }
            }
          }
          content {
            ... on Issue {
              title
              state
            }
          }
        }
      }
    }
  }
}'

You’ll need the gh CLI installed and authenticated. Pipe that output into a script that counts by status and you have a rough burndown — but this is clearly duct tape, not a feature. Use GitHub Projects if your team is five or fewer engineers who all live in GitHub, your PM is technical enough to have a GitHub account, and you’d rather spend zero dollars than spend two hours evaluating alternatives. The moment a non-technical stakeholder needs visibility or you need to defend sprint velocity in a board meeting, you’ll start looking elsewhere.

Trello — Still Works, but Know Its Ceiling

The free tier is genuinely one of the most usable in this space — unlimited cards, 10 boards per workspace, and one Power-Up per board. That last limit used to sting more before Trello folded a ton of previously paid Power-Ups into Butler (their native automation). Right now, if your team is small and your process is simple, you probably won’t feel the ceiling for the first few months.

Simulating sprints in Trello is straightforward. You build it with columns:

• Backlog — everything dumped here first
• Sprint Backlog — what you’ve committed to this sprint
• In Progress — active work, limit WIP manually with a naming convention like [WIP:2] In Progress
• Review — PRs open, waiting on QA
• Done — archive weekly

That setup works. I’ve shipped real products on it. But notice what’s missing: there’s no sprint boundary, no start/end date on a sprint, no capacity tracking, no velocity chart. You’re drawing sprint lines in the sand with a naming convention, not with tooling. If your team is disciplined enough to ignore that absence, fine. Most aren’t, and sprint planning turns into “move stuff from Backlog to Sprint Backlog and hope for the best.”

Butler automation on the free tier saves a surprising amount of manual overhead. A few rules I’d configure immediately on any new Trello board:

Rule: When a card is moved to "Done"
→ Set due date complete
→ Move to top of list

Rule: When a card has been in "In Progress" for 3 days
→ Add label "Stale"
→ Post comment "@card this card hasn't moved in 3 days"

Rule: Every Monday at 9am
→ Move all cards in "Done" to "Archive" board

None of that requires paid tier. Auto-assign when a card enters a list, due date reminders, card aging — Butler handles it without you touching Zapier or Make. The thing that caught me off guard was how much of “process enforcement” you can get from Butler rules alone. It won’t replace a real sprint tool, but it removes the repetitive admin that makes kanban boards go stale.

Here’s where Trello actually breaks down for a growing team: epics. There’s no native epic concept. Your options are label abuse — create a label called “Epic: Auth” and color-code everything — or a dedicated “Epics” card that you link to child cards manually. Neither scales past about 30 active cards before the board becomes illegible. I watched a 4-person team spend 20 minutes in sprint planning just trying to figure out which cards belonged to which feature. That doesn’t happen in Linear or Plane, where epics are a first-class object.

My honest take: Trello is the right call if you’re a solo dev or a two-person team who wants a lightweight board and doesn’t care about sprint velocity, burndown charts, or retrospective data. The moment you hire a third person who has used Jira before, or you want to answer “how many story points did we complete last sprint?”, Trello will make you feel its limits hard. Don’t mistake a well-maintained kanban board for an agile workflow — they overlap, but they’re not the same thing.

Notion as a Project Tracker — Don’t Do It (Unless You Have To)

Yes, I’ve Built a Sprint Board in Notion. Here’s Why I Wouldn’t Do It Again.

I spent about three weeks building what I thought was a clean sprint tracker in Notion — database views filtered by sprint, relations linking tasks to epics, rollup formulas calculating completion percentages. It actually looked great in screenshots. Then someone added a new priority level, and three formulas broke silently. No error message, just wrong numbers. That’s the core problem with Notion as a project tracker: it lets you build something sophisticated enough to trust, but fragile enough to betray you at the worst moment.

The maintenance tax compounds fast. Every schema change — adding a field, renaming a status option, restructuring a relation — has a blast radius you can’t predict without manually auditing every formula that touches that property. And Notion’s formula syntax, while functional, gives you zero tooling support. No autocomplete on property names, no type checking, nothing. You’re writing logic in a text box and hoping. I’ve also hit the performance wall firsthand: load a filtered database view with 200+ items and you’re watching a spinner. That’s not a hypothetical — it happens around sprint 6 or 7 when your backlog accumulates and you haven’t been ruthless about archiving.

So when does it actually make sense? One scenario, honestly: your whole team already lives in Notion for docs, RFCs, and onboarding, you have 3–4 engineers max, and the overhead of logging into a separate tool for project management genuinely creates friction. For a team that small, the coordination cost of a dedicated tool sometimes outweighs its benefits. If your standup is “we open Notion anyway, let’s just put the board here,” that’s a real argument. I’m not going to pretend otherwise. But the moment you hit 5+ people, multiple concurrent sprints, or anyone starts asking for velocity charts, you’ve already outgrown what Notion can give you without serious pain.

The one thing Notion genuinely does better than Linear, Jira, Plane, or any dedicated tracker: you can link a ticket directly to the spec doc that justifies it, in the same workspace, with bidirectional references. That sounds small until you’ve experienced the alternative — a Jira ticket referencing a Confluence doc via a URL that someone moved, or a Linear issue pointing to a Notion page that’s been archived. When the ticket and the spec live in the same graph of pages, you get actual traceability. Engineers stop asking “why are we building this?” because the answer is one click away. That’s not a feature to dismiss.

If you’re determined to try it anyway, here’s the setup that worked best for me before I gave up on it:

• One Tasks database as the source of truth. Keep the schema minimal — Status, Assignee, Sprint (relation), Priority. Resist adding more than 8 properties or formula complexity snowballs.
• A Sprints database with Start Date, End Date, and a rollup counting completed tasks. Use this only for display, never as the source for formulas in Tasks.
• Create filtered views (Board, Backlog, Current Sprint) as views on the Tasks database — not separate databases. Separate databases kill you with sync lag.
• Archive aggressively. Move closed sprints to a separate “Archive” page and filter them out of every active view. This alone keeps performance tolerable.

The honest summary: Notion as a project tracker is a local maximum. It’s good enough that you don’t switch immediately, but not good enough that you’re happy with it six months in. If your team is already 80% in Notion and switching tools has real human cost, accept the trade-off and keep the schema as flat as possible. If you’re starting fresh, skip it. Linear’s free tier handles everything I’ve described here without a single formula.

Side-by-Side: What You Actually Get for Free

The Honest Numbers Before You Pick Anything

The free tier marketing for most of these tools is written by people who want you to sign up, not by people who’ve hit the limits mid-sprint. So let me just lay out what you’re actually working with, then explain where each one quietly breaks.

Tool	Free Seat Limit	Issue/Card Limit	Sprint Support	GitHub Integration	Self-Hostable
Linear	Unlimited	250 issues	Native Cycles	Yes (native)	No
Plane	Unlimited	Unlimited (self-hosted)	Native Cycles	Yes (native)	Yes
GitHub Projects	Unlimited (public repos)	Unlimited	Iteration fields (not true sprints)	Native	N/A
Trello	Unlimited	Unlimited cards	No native sprints	Power-Up only	No

Linear: The 250-Issue Wall Hits Faster Than You Think

Linear is genuinely the nicest experience of this entire list. The keyboard shortcuts work, Cycles feel like real sprints, and the GitHub integration actually shows PR status inline on issues without you doing anything beyond an OAuth connect. I switched a small team to it specifically because the onboarding took about 20 minutes total. The dealbreaker on free is that 250 active issues sounds like a lot until you factor in bugs, backlog debt, and feature work running simultaneously. A team of four shipping weekly will touch that ceiling inside three or four months. When you hit it, you can’t create new issues — you archive old ones or you upgrade. There’s no grandfathering. Also, no self-hosting means your data lives on Linear’s servers, which is fine until your enterprise client asks about data residency in a procurement questionnaire.

Plane: The One I’d Actually Self-Host for a Serious Startup

Plane is the open-source answer to “what if Linear had no issue limits and you could run it on your own VPS.” The self-hosted path is real and documented. To spin it up you’re looking at something like:

git clone https://github.com/makeplane/plane.git
cd plane
cp .env.example .env
# edit .env with your POSTGRES_PASSWORD, SECRET_KEY, etc.
docker compose -f docker-compose.yml up -d

That actually works. I’ve seen it run cleanly on a $12/month Hetzner VPS. The thing that caught me off guard was the cloud-hosted free tier is more limited than the self-hosted version — on cloud you get 12 members and limited file storage, but self-hosted is effectively unlimited. The GitHub integration requires you to set up a GitHub App manually, which takes maybe 15 minutes but isn’t click-to-connect like Linear. The UI is improving fast but still occasionally has rough edges — buttons that don’t respond on first click, filter states that reset. If you’re comfortable running Docker and doing occasional docker compose pull && docker compose up -d updates, Plane is the most powerful free option on this list. If you’re not, the rough edges will frustrate your non-technical teammates.

GitHub Projects: Zero Ceremony, Zero Sprint Velocity Tracking

If your team already lives in GitHub — PRs, issues, discussions — GitHub Projects is the lowest-friction option by a mile. There’s nothing to integrate because it is the integration. You create a project, add your issues, set up an Iteration custom field, and you have something that functions like a sprint board. The dealbreaker: it’s not actually sprint management. There’s no velocity tracking, no burndown chart, no concept of story points built in (you can add a number field but that’s manual). Reporting is essentially nonexistent. You can query your project with the GraphQL API if you want to build your own dashboards:

query {
  organization(login: "your-org") {
    projectV2(number: 1) {
      items(first: 50) {
        nodes {
          fieldValues(first: 10) {
            nodes {
              ... on ProjectV2ItemFieldTextValue {
                text
                field { ... on ProjectV2FieldCommon { name } }
              }
            }
          }
        }
      }
    }
  }
}

But that’s extra work your team probably doesn’t want to maintain. GitHub Projects is the right call for solo devs or two-person teams who do lightweight task tracking. For any real agile ceremony — planning poker, sprint reviews with metrics — it runs out of features quickly.

Trello: Good Board, Wrong Tool for Sprints

Trello’s free tier is genuinely generous on cards — unlimited, forever. The problem is that “agile project management” and “Trello free tier” are fundamentally mismatched. Sprint support requires the Agile Power-Up, which is a third-party add-on that has its own reliability history and doesn’t feel first-class. On the free tier you get one Power-Up per board, which means you’re choosing between GitHub sync and sprint management, not both. The GitHub Power-Up attaches PR links to cards but doesn’t surface PR status inline the way Linear does. I’d use Trello for marketing campaign tracking or content calendars without hesitation. For engineering sprint work with a team that wants velocity metrics and backlog grooming, it’s the wrong tool and you’ll end up bolting things together with Zapier automations that break on long weekends.

The Short Version: Which Limit Will Actually Kill You

• Linear free: The 250-issue cap. Archive aggressively or you’ll hit it by month four.
• Plane cloud free: The 12-member cap and the manual GitHub App setup. Self-host if you can.
• GitHub Projects: No velocity tracking, no burndown, no reporting. Great for task lists, not sprint retrospectives.
• Trello free: One Power-Up per board kills the GitHub + sprints combo. Not built for engineering agile workflows.

My honest ranking for a five-to-ten person engineering startup on zero budget: Plane self-hosted if you have someone comfortable with Docker, Linear free if you’re under 100 issues and want zero ops overhead, GitHub Projects if your team genuinely doesn’t care about metrics. Trello last, unless your team is allergic to anything that isn’t a kanban column.

Which Tool to Pick Based on Your Actual Situation

Pick the Tool That Matches Your Situation, Not the Most Popular One

The biggest mistake I see small teams make is picking a tool based on what YC-backed companies tweet about, not what their actual headcount and workflow demands. A 4-person startup running Linear like it’s a 40-person org is wasting time configuring swim lanes nobody reads. Here’s the honest breakdown — match your situation to the tool, full stop.

2–8 Engineers Running Real Sprints: Use Linear

If you’re actually doing sprints — planning sessions, standups, retrospectives, velocity tracking — Linear’s free tier handles all of it without you having to build the workflow yourself. The thing that caught me off guard when I first switched from Jira was how fast the keyboard shortcuts become muscle memory. Hit C to create an issue, type the title, assign it, set the cycle, done in under 10 seconds. No modal hell. Linear’s free plan caps you at 250 issues in active cycles, which sounds tight but rarely is for teams under 8 people doing actual sprint hygiene. The honest trade-off: Linear’s API is solid but the webhook docs have gaps. If you want to pipe cycle completion data into Slack or a dashboard, budget time for trial and error.

Compliance Requires On-Prem: Self-Host Plane

If your lawyers or your enterprise customers require data residency — SOC 2, HIPAA, or just a client contract that says “no third-party SaaS” — Plane self-hosted is your only realistic free option here. The Docker setup is genuinely straightforward:

git clone https://github.com/makeplane/plane.git
cd plane
cp .env.example .env
# Edit .env — set SECRET_KEY, DATABASE_URL, your SMTP creds
docker compose -f docker-compose.yml up -d

That gets you running in under 30 minutes on a $6 Hetzner VPS. The catch nobody mentions in the README: the default config doesn’t persist uploads between container restarts unless you explicitly mount a volume for /app/uploads. Lost a sprint’s worth of attached screenshots figuring that out. Plane’s UI is rougher than Linear’s right now — the cycle burndown charts feel half-finished — but the core issue tracking and backlog management work reliably once it’s up.

Your Whole Team Lives in GitHub: Don’t Leave GitHub

This one is underrated. If your PM already has a GitHub login and your engineers are linking PRs to issues anyway, GitHub Projects eliminates an entire category of context switching. The automations are actually useful now — you can auto-move issues to “In Review” when a linked PR opens, and to “Done” when it merges, without touching Zapier. The free tier gives you unlimited projects and issues across public and private repos. The honest downside: GitHub Projects is not great for sprint velocity or reporting. There’s no burndown chart out of the box. If your PM needs to report sprint metrics to stakeholders, you’ll feel that gap. For teams where “the PR is the ticket,” it doesn’t matter.

Pre-Product, Under 3 People, Just Need a Backlog: Don’t Overthink It

Trello or GitHub Projects. Pick one in the next 10 minutes and move on. I defaulted to Trello for a solo side project once and spent a week “optimizing” my board structure instead of writing code. That’s the real risk here — tool configuration becomes procrastination. If you’re already on GitHub, make a Project. If you’re not, make a Trello board with three columns: Backlog, Doing, Done. No Power-Ups, no automations, no custom fields. You’ll outgrow it eventually and that’s fine — migrating a 50-card Trello board takes an afternoon.

All-In on Notion Already: Stay There, But Cap the Complexity

If your team already tracks meeting notes, docs, and decisions in Notion, adding a separate project tracker means you’re now maintaining two systems of truth. Stay in Notion — but resist the urge to build a sophisticated database schema with 12 relations and a custom sprint formula. I’ve watched two small teams build elaborate Notion sprint systems that collapsed under their own weight within 6 weeks because nobody wanted to maintain the rollups. One board, four status options: Backlog, This Sprint, In Progress, Done. Use the built-in board view. That’s it. Notion’s free plan limits you to 10 guests, which matters if you have external contractors who need access.

Over 15 People: Seriously Reconsider Free Tools

This is where I’ll push back on the premise of using free tools entirely. Past 15 engineers, the coordination overhead of free-tier tooling starts costing you more than a $8/seat Linear subscription or even Jira’s $8.15/user/month Standard plan. The math isn’t complicated: if a free tool’s missing integrations or reporting gaps waste 30 minutes per engineer per week in Slack confusion, that’s 7.5 engineer-hours a week at 15 people. At any reasonable salary, you’re burning more money than the paid tier costs. Linear’s paid tier at $8/seat gets you unlimited issues, better admin controls, and priority support. At that scale, the free tier’s 250-issue active cycle cap becomes a genuine operational problem, not a minor annoyance.

Migration Notes: Getting Out of Jira Without Losing Your History

Do the CSV Export Before You Cancel Your Subscription

The single most important thing I can tell you: export everything before you hit that cancel button. Atlassian doesn’t delete your data immediately, but you do lose access to the admin panel the moment billing stops — and the export lives in Project Settings → Export → Export Issues as CSV. Do this per-project. If you have 12 projects, that’s 12 exports. It’s tedious but it’s your safety net if the importer in your new tool mangles something.

The CSV gives you a flat file with issue keys, summaries, descriptions, statuses, assignees, labels, priorities, and comment history. What it won’t give you cleanly: attachments (those are URLs pointing back to Atlassian’s CDN, which will 404 once your account is gone), Confluence page links (just dead links in your description field), and anything you stuffed into custom fields that don’t have a 1:1 equivalent in the target tool. I learned the hard way that a “customer tier” custom field I had in Jira just evaporated during import — no warning, no error, just gone.

Linear’s Jira Importer: The Smoothest Path

If you’re moving to Linear, go to Settings → Import → Jira. You’ll need to generate a Jira API token at id.atlassian.com/manage-profile/security/api-tokens and point it at your Jira instance URL. Linear’s importer is genuinely good — it maps statuses to Linear’s workflow states, pulls in assignees (they need to already exist as Linear members with matching email addresses, otherwise the field is left blank), and handles labels reasonably well. The thing that caught me off guard was that epics come in as parent issues rather than as a separate hierarchy level, which changes how your roadmap looks if you were using epics heavily.

# Linear needs these three things from you:
# 1. Your Jira instance URL: https://yourcompany.atlassian.net
# 2. Your Atlassian account email
# 3. An API token from id.atlassian.com/manage-profile/security/api-tokens

Import one project first. Seriously. Pick a smaller, less critical one, run it through, and spend 20 minutes spot-checking issues before you commit to the rest. I’ve seen imports where comment timestamps were all set to the import date instead of the original date — not a dealbreaker, but annoying if historical context matters to you.

Plane’s Importer Works, But Needs More Hand-Holding

Plane’s path is Settings → Importers → Jira, same API token requirement. The importer maps issues, states, priorities, and labels, but Plane’s data model is a bit more opinionated about modules and cycles, so don’t expect sprints to transfer automatically — you’ll recreate those manually. The upside is that Plane is self-hostable, so if you’re running the Docker setup, you own all the migrated data completely. No SaaS vendor lock-in on the destination side.

What genuinely won’t survive any import cleanly, regardless of tool:

• Custom field mappings — anything beyond the standard fields (status, priority, assignee, labels) needs manual remapping or just disappears
• Attachments over ~10MB — most importers skip these silently; smaller attachments may or may not transfer depending on whether they’re embedded in the description or separate
• Confluence doc links — they’ll show up as broken links in issue descriptions; you’ll need to either migrate your Confluence docs separately or just accept that those references are dead
• Issue relationships beyond basic parent/child — “is blocked by” and “duplicates” links often get dropped or flattened
• Automation rules — these are tool-specific and need to be rebuilt from scratch in whatever you land on

My practical advice: treat the migration as a fresh start for your workflow, not a 1:1 copy. The issues and their history matter. The automation rules and custom fields you built up over three years in Jira? A lot of those were workarounds for Jira’s own limitations anyway. Rebuild only what you actually use in the first month after migration — you’ll find half the stuff you thought was essential just doesn’t come up.

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