At 9 a.m., your team files a bug that lands in a triage inbox. Automation rules can set properties such as team, label, assignee, and priority before a person manually reviews it, and the issue then moves into the team’s normal workflow.

That kind of structured intake is central to how Linear approaches project management: a system built for software teams that want issue tracking, sprint planning, and triage to stay fast and predictable as headcount and ticket volume grow.

This guide breaks down Linear’s core concepts, key features and integrations, setup decisions worth making early, and where teams may want to extend Linear with broader agent automation.

What is Linear?

Linear is a project-management and issue-tracking tool built for software teams. It combines planning, bug tracking, and cycle-based sprint work in a fast, minimal interface designed around keyboard-driven workflows.

Karri Saarinen, Jori Lallo, and Tuomas Artman founded Linear in 2019 with speed and product simplicity as core design principles. That philosophy still shapes the product today through keyboard shortcuts, responsive synchronization, and a deliberately opinionated workflow model.

Linear also publishes its product philosophy as the Linear Method. Compared with more configurable systems such as Jira, Linear intentionally leaves out some concepts, including traditional issue types, required fields, components, and certain workflow constraints.

The three core building blocks of Linear's workflow

Three of Linear’s core planning primitives are issues, projects, and cycles. Teams combine them to organize execution, planning, and visibility as a workspace grows.

1. Issues

Issues are Linear’s fundamental unit of work. They can represent bugs, features, tasks, requests, or other pieces of work.

Each issue belongs to one team and can include properties such as priority, labels, assignee, project, and relationships to other issues, including blocked, blocking, or duplicate states.

Larger work can be split into sub-issues. Linear also encourages teams to write issues in plain language with a concise description and enough context for the assignee to act, rather than relying on rigid user-story templates.

2. Projects

Projects group related issues around a shared outcome or body of work.

A project can span multiple teams, while an individual issue belongs to one project at a time. Projects can include milestones, status, target dates, and progress views that help teams understand how work is advancing.

Initiatives sit above projects and help organize multiple projects around broader strategic goals. A common planning hierarchy is:

Initiatives → Projects → Cycles → Issues

3. Cycles

Cycles are team-specific, time-boxed planning periods that function similarly to sprints.

Teams can configure cycle length based on how they plan and ship, with two-week cycles a common starting point. Unfinished work can roll forward automatically, reducing the need for manual carryover.

Because cycles belong to individual teams, teams should think carefully about cadence and cross-team planning before scaling the workspace. A structure that works for one team can become harder to coordinate once several teams are operating on different schedules.

Key Linear features for project management

Linear’s project-management capabilities cover planning, intake, collaboration, automation, and increasingly, agent-assisted execution.

Initiatives and releases

Initiatives help group projects around broader goals and track progress across multiple teams.

Release-management features connect development work to shipping milestones and can update issue state as code progresses through deployment workflows.

Triage and labeling

Triage gives teams a dedicated inbox for incoming issues from integrations or workspace members outside the team.

Teams can use rules to automatically assign properties such as team, status, assignee, project, priority, and labels. On supported plans, Triage Intelligence can use AI to suggest or apply routing information automatically.

Cross-functional collaboration

Linear supports shared projects, documents, comments, and integrations that help engineering, product, design, and other teams coordinate around the same work.

It also supports workflows that turn customer feedback from systems such as Intercom, Zendesk, or Gong into issues that engineering teams can review and prioritize.

Keyboard-driven workflows

Linear is designed around fast keyboard navigation. Teams can create, search, triage, update, and move issues without relying heavily on mouse-driven menus.

That interface is one of the product’s main differentiators for teams that value speed and low-friction issue management.

Agent-assisted execution

Linear has also expanded beyond project tracking into agent-assisted development workflows.

Coding Sessions and supported coding-agent integrations allow teams to delegate selected issues into implementation workflows. Loops can automate recurring or event-driven work, depending on the configured workflow and plan.

That means Linear is increasingly becoming a place where planning and execution meet, not only a system for tracking work after it has been assigned.

How Linear integrates with the rest of your stack

Linear connects project work to source control, communication, design, support, and automation tools.

GitHub

Linear can link issues to pull requests through branch names, PR titles, or supported keywords. Teams can also configure status changes based on Git events, helping issues move automatically as code progresses toward merge and deployment.

GitHub Enterprise support depends on the selected Linear plan and deployment.

GitLab

Linear supports GitLab integrations for source-control workflows, including hosted and supported self-managed setups.

Capabilities vary by integration type, so teams using self-managed GitLab should verify the current supported version and synchronization options.

Slack

Teams can create Linear issues from Slack, connect conversations to existing issues, and synchronize updates across the two systems.

Linear also supports agent-assisted interactions in Slack for selected workflows.

Figma

The Figma integration helps product and design teams link design work to Linear issues and projects.

Zapier and automation

Zapier and Linear’s API and webhook capabilities let teams connect Linear to broader business and engineering workflows when native integrations are not enough.

Together, these integrations help keep issue state connected to the systems where teams actually build, communicate, and ship..

Linear pricing plans

Linear offers multiple pricing tiers ranging from a free plan to Enterprise.

Pricing, usage limits, and feature entitlements change over time, so teams should verify current details on Linear’s pricing page before making a purchasing decision.

At a high level:

• Free is designed for small teams getting started.

• Basic adds higher limits and administrative capabilities.

• Business adds more advanced collaboration, insights, automation, and AI-assisted features.

• Enterprise adds additional security, provisioning, compliance, and administrative controls.

AI-powered features such as Coding Sessions or automated agent workflows may also involve separate usage or credit considerations depending on the plan.

Where Linear works best

Linear works especially well for engineering-led product teams that want a fast, opinionated system for planning and tracking software work.

Teams already working heavily in GitHub or GitLab can benefit from the close connection between issue state and code activity. Smaller organizations can also start with a lightweight setup and add more structure as teams grow.

Linear is primarily designed for product development and software teams, but design, marketing, sales, and other functions can use it as well when their workflows fit Linear’s simpler status and issue model.

The main tradeoff is that Linear is intentionally less configurable than some traditional work-management platforms. Teams that require extensive custom fields, highly granular workflow controls, or complex cross-team planning may find that opinionated model restrictive.

Advanced reporting, permissions, automation, and compliance capabilities also vary by plan, so larger organizations should review those limits before standardizing on the platform.

Best practices for setting up Linear for your team

The setup decisions teams make early tend to become harder to unwind later.

Team structure, cycle cadence, labels, and triage rules all become part of how people understand and use the workspace. A loosely configured workspace can gradually accumulate duplicate labels, inconsistent workflows, and unclear intake ownership.

A few decisions are worth getting right early.

Structure your workspace around teams

In Linear, teams are the main container for issues, cycles, and workflow configuration.

Start with as few teams as your organization can reasonably support, and add more only when a group genuinely needs its own workflow, ownership model, or cycle cadence. Teams should also decide how much configuration to standardize.

Shared workflows and workspace-level labels make reporting and cross-team coordination easier. More autonomous team configuration can improve local fit, but it may also make cross-team reporting and consistency harder.

Use workspace-level labels for concepts that should mean the same thing everywhere, such as “Bug,” and keep team-specific labels local.

Configure cycles to match your real sprint cadence

Cycle length should match how the team actually plans and ships rather than following a default for its own sake.

Shorter cycles can work well for teams shipping small, frequent changes. Longer cycles may fit teams with more involved review, QA, or release processes. Two weeks is a reasonable starting point if the team is unsure.

Leave automatic rollover enabled if it matches your planning process, but watch for work that repeatedly carries forward. That is often a sign that the team is overcommitting or that issues are too large, not necessarily that the cycle itself is too short.

Pair cycles with an explicit planning process so priorities are clear before work begins.

Set up triage rules before your backlog grows

Triage becomes more valuable as issue volume increases, so it is easier to establish the workflow early than clean it up later.

A practical setup sequence is:

1. Enable Triage for teams receiving external or cross-functional requests.

2. Configure rules for common issue properties such as team, priority, project, assignee, and labels.

3. Order rules from more specific to more general when multiple rules can affect the same issue.

4. Assign clear ownership for reviewing the remaining triage queue.

5. Connect on-call or incident-management systems where appropriate.

6. Add automation only to issue classes that are repeatable and well scoped.

Agent automation can also be layered into triage for selected workflows, but the output should still be validated against the team’s normal engineering and review standards.

Where teams need more than Linear alone

Linear increasingly combines project management with agent-assisted execution through features such as Coding Sessions, agent delegation, and Loops.

For teams that want to keep planning and implementation tightly coupled inside Linear, those native workflows may be enough.

Other teams need a broader operating layer around coding agents.

That becomes relevant when developers use different agents, workflows need to span Linear, Git providers, Slack, CI, and other systems, or platform teams need more control over model choice, execution environment, access, and governance. The distinction is therefore not simply “tracking versus coding.”

It is whether agent execution should remain centered inside the project-management tool or be coordinated through a separate agent platform that can use Linear as one of several triggers and context sources.

How OpenHands connects to Linear project-management workflows

OpenHands can use Linear as a trigger and context source for software-engineering automations. A well-scoped Linear issue can start an agent workflow that investigates the task, makes code changes in an isolated environment, runs validation, and opens a pull request for human review.

OpenHands is an open-source platform for building and running software engineering agents. Developers can start locally with Agent Canvas, while teams can run supported workflows through hosted or self-managed environments.

OpenHands also supports model-flexible configurations and can connect agent workflows across tools such as Linear, Git providers, Slack, and other engineering systems. This makes OpenHands most relevant when teams want an agent platform that sits across their toolchain rather than inside a single project-management product.

Linear can remain the source of planning context and issue state, while OpenHands coordinates execution workflows and, at the Enterprise tier, adds organization-level controls around access, visibility, usage, and deployment.

For example, a Linear issue that has already been triaged and labeled can become the trigger for an OpenHands workflow. The agent can use the issue context to investigate the task, work against the relevant repository, run supported validation, and prepare a pull request.

Linear’s existing Git integration can then continue tracking the issue as the pull request moves through the team’s normal development process.

Human review remains the final gate for consequential code changes. The agent can prepare a branch or pull request, but the team still decides whether it should merge.

Connect planning to agent execution

Linear gives engineering teams a fast, structured way to capture, prioritize, and route work. Its native agent features can also move selected issues into implementation.

OpenHands becomes relevant when teams want to coordinate those coding workflows across a broader set of agents, models, tools, and deployment environments.

A practical place to start is one well-scoped Linear issue. Connect it to an OpenHands automation, let the agent prepare the implementation, and keep the resulting pull request behind the same review process your team already uses.

Frequently asked questions about Linear project management

Is Linear only for software teams?

No. Linear is primarily designed for product and software-development teams, but design, marketing, sales, and other functions can also use it when their workflows fit Linear’s issue and project model.

Its strongest fit remains teams that want software planning, product development, and engineering execution to live in a fast, relatively opinionated workspace. Engineering teams can extend that workflow further with an OpenHands agent that turns labeled tickets into shipped code.

How much does Linear cost?

Linear offers several plans ranging from Free to Enterprise.

Pricing, limits, AI usage, and feature availability can change, so teams should use Linear’s current pricing page as the source of truth when comparing plans. OpenHands core is free and open source, so teams pairing it with Linear mainly pay for Linear seats and their own model usage.

What is the difference between Linear and Jira?

Linear is more opinionated about how software teams should organize work, with a comparatively streamlined workflow and fewer customization concepts.

Jira supports a much broader range of custom fields, workflows, issue types, and administrative configuration, which can be useful for complex organizations but can also require more ongoing administration.

The better choice depends on whether your team values a simpler, standardized workflow or needs deeper customization and process control. Regardless of which tracker a team picks, OpenHands automations connect through webhooks rather than favoring one platform.

Can Linear automate ticket implementation?

Increasingly, yes. Linear supports agent-assisted implementation through Coding Sessions and integrations with supported coding agents. The exact capabilities depend on the workflow, agent, and plan, and human review remains important for consequential changes.

Teams that need broader model choice, self-managed execution, cross-tool automation, or an agent platform that spans more than Linear may also pair Linear with OpenHands.

About OpenHands

OpenHands is the open-source platform for building and running software engineering agents. Developers can start locally, use the OpenHands agent or supported external agents and models, and turn successful workflows into repeatable automations.

For organizations scaling agent usage, OpenHands Enterprise adds governance, workflow visibility, and deployment controls for running agent workflows across teams, repositories, and environments. The core framework is open source, giving developers and platform teams full visibility into how agents execute work and interact with their systems. The project has over 80,000 GitHub stars, and a global open-source community contributing to the project. OpenHands is used by engineers at large enterprises and fast-growing startups to build, run, and scale AI coding agents across real software engineering workflows.