Best CircleCI Alternatives (2026): Seven Options Compared on Price, Limits, and Migration Effort

A renewal quote lands, or the credit usage graph climbs, and someone asks whether leaving CircleCI would cost less. The first thing most people compare is the per-minute rate. It is also the least useful number on the page, because list rates for comparable machines sit close together and the real differences hide elsewhere.

The short list of CircleCI alternatives: GitHub Actions if your code is on GitHub; GitLab CI/CD if you want source control and CI in one product; Buildkite and Semaphore if you want published per-shape rates; Azure Pipelines if you think in parallel lanes; Jenkins if you want to own everything; and Travis CI if you want a hosted option with high concurrency headroom. Quash is covered too, as a testing layer that runs beside a pipeline rather than replacing it.

The short answer

Pick by trigger, not by headline price.

• Your code is on GitHub: start with GitHub Actions, because its integration is the tightest.

• Your bill is mostly seats: check GitLab and Buildkite first, because per-user charges can outweigh compute.

• Your parallelism is spiky: model peak concurrency before total minutes, especially on Azure Pipelines.

• You want to control the machines and plugins: Jenkins has a free licence, and the work of running it is entirely yours.

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How these options were compared

Every rate below comes from the vendor's own pricing or documentation page, read on 29 October 2026. CircleCI's price list is headed "Last updated: October 8, 2026". Where a per-CPU or per-machine-minute figure is not published by the vendor, it is Quash's reconstruction from published list rates, and it is labelled that way wherever it appears. None of these figures is a vendor quote, a customer invoice, or an effective average.

No benchmark was run. Build times, queue times and cache behaviour were not measured, and no claim here depends on them. Semaphore publishes its own build-time comparison against other vendors; it is a vendor's measurement of its competitors and is not used as evidence about them.

TeamCity is excluded. JetBrains' buy page did not expose a readable price when checked, so there is no figure to compare.

Devshot's CI/CD pricing comparison already works a dated scenario that converts CircleCI credits, so the credit arithmetic below is not new. The more useful question is where that arithmetic stops explaining your bill.

CircleCI alternatives at a glance

The "type of limit" in the free-tier column matters more than the price column, because it decides which wall you hit first.

GitHub Actions

What it is. GitHub's built-in CI/CD service, with hosted runners on Linux, macOS, Windows and ARM, plus self-hosted runners and matrix builds, per GitHub's product page.

Who it suits. Teams whose repositories already sit on GitHub and who want pipeline definitions next to the code that triggers them.

Pricing. Included usage is a dollar allowance that differs by plan: $12/month on Free and Free for organizations, $18 on Pro and Team, and $300 on Enterprise Cloud. After that, Linux 1-core x64 slim runners cost $0.002 per minute, Linux 2-core x64 $0.006, Windows 2-core $0.010 and macOS 3- or 4-core $0.062. Storage overage is $0.25 per GB-month for shared artifacts and Packages and $0.07 per GB-month for Actions cache and custom images. Standard GitHub-hosted runners in public repositories are free, and self-hosted runners do not draw down the allowance. Source: GitHub Actions billing.

Where it falls short. The tightest integration assumes your code is on GitHub. The allowance is a spend-down balance, so "included minutes" depends on your plan and is not a stable figure to plan against. If your builds are open source, the public-repository carve-out does much of the cost work.

GitLab CI/CD

What it is. The CI/CD component of GitLab's single application for source control and delivery. It runs on GitLab.com, on your own infrastructure (Self-Managed), or as single-tenant SaaS (Dedicated).

Who it suits. Teams that want source control, CI and deployment in one product, and organizations that need a self-managed deployment.

Pricing. Free is $0 per user per month with 5 users per top-level group, 400 compute minutes per month and 10 GiB of storage; you bring your own runners and storage. The 5-user cap applies only to private top-level groups on GitLab.com, not to public groups, paid tiers or self-managed Free. Premium is $29 per user per month, billed annually, with 10,000 compute minutes. Ultimate is custom-priced with 50,000 compute minutes. Extra compute minutes cost $10 per 1,000 as a one-time purchase. Source: GitLab pricing.

Compute minutes are not elapsed minutes. Usage per job is job duration divided by 60, multiplied by a cost factor that depends on runner and project type, according to GitLab's compute minutes documentation. The $10 per 1,000 rate is therefore a per-compute-minute price, not a per-machine-minute price.

Where it falls short. Premium is priced per seat whatever your CI volume. That suits a small team with heavy builds and penalizes a large team with light ones. The free 400 compute minutes are counted before the cost factor, so on a multiplied runner you get fewer than 400 real minutes.

Buildkite

What it is. A CI platform built around agents you run yourself, with an optional fully managed hosted environment.

Who it suits. Teams that want control of their own agents and per-second metering for any hosted capacity.

Pricing. Free is $0 with up to 5 active users, 10 concurrent jobs, 2,000 Linux vCPU-minutes and 250,000 test executions per month. Pro is $30 per active user per month for up to 50 active users, with up to 250 concurrent agents (10 included, then $3.50 per agent per month) and 4,000 Linux vCPU-minutes. Hosted agents cost $0.004 per Linux vCPU-minute and $0.02 per Mac vCPU-minute, metered to the second with no minimums and no rounding. Buildkite publishes per-machine rates too: Small (2 vCPU, 4 GB) $0.008 per minute, Medium (4 vCPU, 16 GB) $0.016, Large (8 vCPU, 32 GB) $0.032. Pro includes flaky-test identification and labelling; custom quarantine rules are in the Enterprise column. Source: Buildkite pricing.

Where it falls short. Per-vCPU metering is the most transparent model here, and it punishes idle capacity most directly: a job that idles four minutes on a 4-vCPU agent bills 16 vCPU-minutes. Per-user Pro pricing also means seat count, not just compute, drives your bill.

Semaphore

What it is. A hosted CI/CD platform with per-minute pricing by machine shape, covering Linux ARM and x64, macOS and self-hosted runners.

Who it suits. Teams that want a published per-minute rate for every machine shape and a free tier large enough to try real pipelines.

Pricing. Ubuntu ARM costs $0.003 per minute (2 vCPU), $0.006 (4 vCPU) and $0.012 (8 vCPU). Ubuntu x64 costs $0.0075 (2 vCPU) and $0.015 (4 vCPU). macOS on 4 vCPU is $0.09 and self-hosted is $0.0025. The Free tier gives $15 of credits per month, which Semaphore describes as about 2,000 Ubuntu x64 2-vCPU minutes, with 20 concurrent jobs by default. Support is sold separately: Basic $50/month with no guaranteed response times, Priority Response $250/month best-effort 24/5, SLA Standard $500, SLA Premium $750. Source: Semaphore pricing.

What the SLA tiers promise. Standard lists response targets of P1 in 4 hours, P2 in 1 day, P3 in 3 days and P4 in 1 week. These are response-time commitments, not uptime guarantees.

Where it falls short. The per-minute rate is competitive but not the whole bill. If you need a guaranteed response time, you add $500 to $750 per month on top of compute.

Azure Pipelines

What it is. Microsoft's CI/CD service within Azure DevOps. Microsoft says it deploys to any destination, on-premises or cloud, per What is Azure Pipelines?.

Who it suits. Teams that can forecast how many builds run at once and prefer paying for lanes to paying for minutes.

Pricing. The advertised free allowance is one Microsoft-hosted CI/CD job with 1,800 minutes per month plus one self-hosted job with unlimited minutes. Each extra Microsoft-hosted parallel job costs $40 and each extra self-hosted parallel job $15. Source: Azure DevOps Services pricing.

The first purchase does not add a second lane. Microsoft's parallel jobs documentation says that when you buy your first Microsoft-hosted parallel job, you still have one; to run two at once on the free tier you buy two. The private-project grant must be enabled and allows one job of up to 60 minutes each time, capped at 1,800 minutes per month. That documentation describes the current per-parallel-job model, and customers on an older per-minute plan may be billed differently.

Azure subscription is not Azure hosting. You need an Azure subscription to enable the hosted free grant, but your application does not have to run on Azure.

Where it falls short. The cost curve rewards a few long builds and penalizes spiky parallelism. You have to model peak concurrency, not total minutes, which is a different exercise from every other tool here.

Jenkins

What it is. An open-source automation server whose project describes "hundreds of plugins to support building, deploying and automating any project", per jenkins.io.

Who it suits. Teams that need full control over where pipelines run and which plugins they use, and that already have people to run it.

Key features. A plugin ecosystem across build, deploy and automation tasks. The User Handbook covers installing, using, managing and securing an instance, with sections for "Jenkins administrator" and "system administrator" roles.

Pricing. The software licence costs nothing. The real comparison is the licence against the cost of deploying and supporting it: the infrastructure you run and the operational work of running it. Neither has a published rate, so no dollar figure appears here.

Where it falls short. Total control, any plugin and any topology are also work. There is no vendor to escalate to, and upgrades and plugin compatibility fall to your team.

Travis CI

What it is. A hosted CI service with usage-based plans, unlimited plans and a Server option for on-premise or private cloud.

Who it suits. Teams that want hosted CI with high concurrency headroom and are comfortable with a credit-based plan.

Pricing. Usage-based is $15 per month with 35,000 Linux build credits and 80 concurrent jobs. Unlimited starts at $78 per month with unlimited build credits, collaborators and repositories, and 1 to 300 concurrent jobs. Server is $34 per month. On annual billing, usage-based is $13.75 per month for 420,000 Linux build credits per year and Unlimited starts at $72 per month. Source: Travis CI pricing.

What is not published. Travis does not publish a conversion from build credits to minutes or dollars on its pricing page, so no per-minute cost is computed here. "Unlimited build credits" does not mean unlimited concurrency, which is sold separately.

Where it falls short. This is another credit model, so leaving CircleCI means learning a new billing unit as well as a new configuration syntax, and no published rate shows how fast a credit burns per job type.

Quash

Disclosure: Quash is our product.

What it is. An AI-powered testing platform for mobile apps, with browser-based web tests and API checks that run inside the same end-to-end run. Android and iOS flows are its deepest capability. It is not a CI/CD service and does not run your build pipeline.

Who it suits. QA engineers and managers who want to create and run app tests from plain-English requirements without maintaining scripts or selectors, and who want test management and run evidence in the same product. It suits teams that already have a CI pipeline and want an automated testing layer against the app that pipeline produces.

Key features. Test generation from requirements and attached context; plain-language steps for taps, swipes, typing, navigation and validations; Test Paths that replay a successful flow and fall back to agent reasoning when the interface changes; execution on local devices, emulators or simulators, or Quash-hosted devices; run reports with steps, screenshots or recordings, and console or network information; and support for CI/CD and scheduled execution, webhooks and an MCP path for supported AI workspaces.

Pricing. Quash's pricing page lists custom Platform pricing based mainly on test execution volume, billed monthly or annually, with a free guided evaluation that starts with a demo call. Dedicated devices are scoped separately. No public figure exists.

Where it falls short. Quash does not replace CircleCI's build and deployment orchestration. It tests the app that the pipeline produces. If you need a CI runner or a per-minute build bill, evaluate the tools above instead. Quash is also not an open-source framework, so if you want source-level control of test code, compare Appium or Maestro on those terms.

Why these price tags don't line up

Convert each vendor's unit to a common one and the rates look close. For one comparable shape, two vCPUs on x86, list rates cluster within about a third of each other.

All per-CPU and per-machine figures are Quash's reconstruction from published list rates on 29 October 2026. The CircleCI figure applies the $15-per-25,000 additional-credit price from CircleCI pricing to the 10 credits per minute that the price list shows for Docker Medium (2 CPU). It ignores included credits, user charges, block rounding on credit purchases and discounts.

A rate comparison therefore cannot explain why one team's bill is three times another's. The difference lives in what is not a rate: seat charges (CircleCI $15 per additional user, GitLab Premium $29, Buildkite Pro $30), the size and shape of the included quota, rounding on purchased blocks, storage and cache overage, support sold separately, and the concurrency limit that decides how long work waits.

A vCPU-minute is not a unit of work. Per-vCPU rates say nothing about cache behaviour, queue time, container start-up, or how much of a billed minute goes to warming a runner. A pipeline that caches well on a slower rate can cost less than one that does not on a faster rate. The arithmetic tells you where to start comparing. It cannot tell you which platform will be cheaper for your pipeline.

Where each free tier actually breaks

Free tiers fail in different ways: some cap minutes, some seats, some concurrency, some machine shape. This table shows the first wall a six-person team meets.

The GitHub figure is Quash's arithmetic: $12 divided by $0.006 per minute is 2,000 minutes. The Semaphore equivalent is Semaphore's own statement.

How to choose

Choose by the trigger that started your search.

• Your code lives on GitHub and you want the least friction. Start with GitHub Actions and check the included-usage figure for your plan.

• Your bill is driven by people, not builds. Compare GitLab Premium's $29 per seat and Buildkite Pro's $30 per active user against your current CircleCI seat count before you compare compute.

• You need a precise rate per machine shape. Semaphore and Buildkite publish them directly.

• You build for macOS or iOS. Compare macOS rates first: GitHub Actions lists $0.062 per minute for macOS 3- or 4-core runners, Semaphore $0.09 for macOS on 4 vCPU, and Buildkite $0.02 per Mac vCPU-minute.

• Your parallelism is spiky. Model peak concurrency on Azure Pipelines and on any platform with a concurrency cap before you model total minutes.

• You want to own everything. Jenkins has no licence cost; the work of running it is the cost to model.

• You are about to outgrow the free tier. Use the wall table above to find the limit you will hit first, and budget for that one.

If your gap is mobile test coverage rather than a new runner, treat the testing layer as a separate decision from the pipeline. Quash is a candidate for that layer, and our roundup of CI/CD tools for DevOps covers the wider pipeline category.

What leaving CircleCI costs in rework

A price table cannot show migration effort. Only one destination has CircleCI migration documentation among the vendors above: GitHub's importer. GitHub says certain CircleCI constructs must be migrated manually, including contexts, project-level environment variables, unknown job properties and unknown orbs. Source: Migrating from CircleCI with GitHub Actions Importer.

That list describes GitHub's importer only. Equivalent documentation for GitLab, Buildkite, Semaphore, Azure Pipelines, Jenkins or Travis CI was not found, so no claim is made about their handling of orbs, executors or contexts. Migration is partly automatable, partly manual, and depends on the destination. Count the contexts, orbs and environment variables in your own config before you estimate the cost.

Conclusion

List rates are close across the serious options, so your decision turns on what a rate does not show: seats, included quota, concurrency, storage, support and migration effort. Find the wall you would hit first, then run your heaviest pipeline on your top two candidates and measure billed minutes, queue time and cache behaviour. Those measured numbers are the ones your invoice will match, so make your choice from them.

Frequently asked questions

What is the cheapest CircleCI alternative?

It depends on the wall you hit. At list rates for a 2-vCPU x86 machine, CircleCI and GitHub Actions both reconstruct to about $0.003 per CPU-minute, so the per-minute rate rarely decides it. Seats, quota and concurrency usually do.

How much does CircleCI's Scale plan cost?

CircleCI does not publish a Scale price. Its pricing page directs you to "Get in touch" or "Book a demo".

Can you convert CircleCI credits to dollars?

Yes. CircleCI sells additional credits at $15 per 25,000, and its price list gives credits per minute by resource class. Docker Medium at 10 credits per minute works out to $0.006 per minute at list rate.

Is Jenkins really free?

The software is open source, so the licence is free. You still pay for the infrastructure you run it on and for the people who operate it, and no vendor publishes a rate for either.