Best Asana alternatives for teams in 2026

Most “best Asana alternatives” posts hand you a ranked list of ten tools with feature tables and star ratings, then wish you luck. That’s not useful if you’re actually trying to make a decision. The interesting part begins one layer deeper: what happened inside the team that made you search for an alternative at all?

That is the thread we follow throughout this guide. Start with the pressure point that brought Asana back into the conversation, then see which alternatives hold up against that requirement, what their pricing and limits actually look like, and what deserves scrutiny during a trial. You came here looking for options. The goal is to leave knowing which ones are actually worth your time.

Start here: Why are you considering an Asana alternative?

You probably already have a reason Asana is back on the table. Find the one that sounds closest to your situation below. We’ve organized the rest of the guide around these same questions, so you’ll know exactly where to start.

1. If Asana’s pricing is the problem: The features your team needs sit on a higher plan, or per-seat pricing is becoming harder to justify as the team grows.
2. If your engineering team needs a more specialized workflow: You need stronger support for issue tracking, backlogs, development workflows, estimates, or sprint-style planning.
3. If you need deeper reporting and resource visibility: Your team needs more from portfolio reporting, capacity planning, resource visibility, or project financial tracking.
4. If documentation is central to how your team works: Specs, project briefs, wikis, and shared knowledge need to stay closely connected to the work being delivered.
5. If you need one platform across teams: Engineering, marketing, operations, product, and other teams are working across separate systems, and you want more of that work in one place.
6. If self-hosting, open source, or deployment control is required: Your organization needs customer-managed infrastructure, source-code access, an air-gapped environment, or greater control over where project data lives.
7. If you’re evaluating alternatives before renewal: Asana still works, but the upcoming renewal gives you a reason to see whether another platform is a better fit for what your team needs next.

If more than one sounds familiar, keep those requirements together as you compare the alternatives.

If Asana's pricing is the problem

Asana's pricing becomes an evaluation point when the capabilities your team needs require a higher tier or when per-seat costs start adding up across a larger team.

Asana pricing in context

Asana Starter costs $10.99 per user per month with annual billing. It includes Timeline and Gantt views, reporting dashboards, unlimited automations, forms, and custom fields.

Advanced costs $24.99 per user per month and adds portfolios, goals, workload, native time tracking, approvals, and proofing, among other capabilities. The difference is $14 per user per month, or about 127%. For a 25-seat subscription, annual list pricing increases from $3,297 on Starter to $7,497 on Advanced, a difference of $4,200 before taxes or add-ons.

Asana Personal also changed for newer accounts. Accounts created after November 12, 2025 can have up to two users on the free plan, while eligible legacy Personal accounts can retain the earlier 10-user limit.

Here is the pricing baseline for the three alternatives covered in this section:

The table is a pricing baseline. Feature scope varies considerably across these plans, so the useful comparison is the tier that covers the workflows and controls your team actually needs.

Plane

Plane gives teams several pricing paths depending on the features and deployment model they need.

• Plane Cloud Free supports up to 12 users and includes projects, work items, cycles, modules, estimates, Project Pages, Intake, and five work-item layouts: List, Board, Calendar, Gantt, and Spreadsheet.
• Plane Pro costs $6 per user per month with annual billing. It adds Workspace Wiki, native time tracking, custom work item types and properties, dashboards, Initiatives, Teamspaces, integrations, and additional project-management capabilities. For 25 users, the annual base subscription is $1,800.
• Plane Business costs $13 per user per month with annual billing, or $3,900 annually for 25 users. It adds capabilities for teams that need more workflow control, intake, recurring work, project templates, advanced dashboards, and stronger governance.

Plane also gives organizations a separate self-hosted path.

• Community Edition is open source under AGPL-3.0, free to run on your own infrastructure, and supports unlimited users. Its feature set aligns with Plane’s core Free capabilities, while Commercial self-hosted editions bring paid Plane capabilities to customer-managed infrastructure.

For teams already using Asana, the migration path also matters when comparing the real cost of switching. Plane’s Asana importer can bring projects, tasks, users, comments, workflow states, priorities, labels, and parent-child relationships into Plane, with mapping controls before the import runs. Teams using extensive Asana rules, integrations, or specialized fields should still inventory those separately and verify what needs to be recreated.

For a pricing-led evaluation, the useful Plane comparison is therefore broader than a single seat price. Buyers can compare Cloud Free, Pro, Business, Community Edition, and commercial self-hosted options against the combination of features, headcount, and deployment requirements they actually have.

ClickUp

ClickUp remains relevant when the evaluation is primarily about per-seat pricing while retaining a broad work-management feature set.

Key capabilities and pricing:

• Unlimited costs $7 per user per month with annual billing, or $2,100 annually for 25 users.
• Unlimited includes native time tracking, Gantt charts, Goals and portfolio management, resource management, custom fields, and integrations.
• Business costs $12 per user per month, billed annually, or $3,600 for 25 users, and adds capabilities such as advanced dashboards and sprint reporting.
• ClickUp provides a direct Asana importer for moving projects and related work into the platform.

What to compare before choosing a plan:

• Check which tier covers the reporting, automations, permissions, integrations, and workflow capabilities your team actually needs.
• Review how your Asana tasks, recurring work, custom fields, automations, and shared project structures will transfer before factoring migration into the overall cost.

Linear

Linear is most relevant here when pricing is being considered alongside a move toward a more engineering-centered workflow.

• Basic costs $10 per user per month with annual billing, while Business costs $16. Its Free plan supports unlimited members with limits of two teams and 250 issues.

Because Linear’s product model is oriented primarily around product and engineering work, it makes more sense to evaluate it on workflow fit as well as price. We cover that distinction more closely in the engineering section.

What to compare before you trial

Start with the number of paid seats you actually need and identify the plan that covers your required workflows, reporting, permissions, integrations, and administration controls.

Then include migration work, paid add-ons, implementation requirements, and any infrastructure or operational costs associated with self-hosting. The relevant comparison is the annual cost of the configuration you would actually deploy, rather than the lowest number on each pricing page.

If your engineering team needs a more specialized workflow

Asana can support engineering work, including sprint planning, product backlogs, bug tracking, dependencies, custom workflow states, and integrations with development tools. Its engineering workflows are typically configured through projects, sections, custom fields, templates, rules, and portfolios.

Some teams want software-delivery concepts to sit closer to the center of the system they use every day. Dedicated backlogs, time-boxed planning, issue triage, release tracking, code activity, estimates, and engineering-specific reporting can all become important as the development workflow grows.

What to compare in an engineering workflow

Before shortlisting tools, map the parts of your current development process that the new platform needs to support. That may include backlog management, sprint or cycle planning, estimates, dependencies, triage, releases, development integrations, reporting, documentation, and access for product or business teams.

Here is a starting comparison:

Plane

Plane brings engineering execution, project planning, documentation, and cross-functional work into the same workspace. Engineering teams can structure delivery through Work items, Cycles, Modules, estimates, relationships, and development integrations, while product, operations, marketing, and other teams can work from the views and project structures that fit them.

For engineering teams, that workflow can run from intake through delivery:

• Capture incoming bugs, feature requests, and other work through Intake.
• Turn accepted requests into work items and organize them by type, priority, state, assignee, and custom properties.
• Break larger work into parent and child work items and surface blockers and related work.
• Group execution into Cycles for time-boxed delivery and Modules for components, product areas, or larger bodies of work.
• Add estimates and track progress across List, Board, Calendar, Gantt, and Spreadsheet layouts.
• Connect GitHub, GitLab, and Sentry so development activity and project work stay closer together.
• Keep specifications, technical notes, decisions, and project context in Project Pages or Workspace Wiki.
• Roll project work into dashboards and Initiatives when engineering progress needs to be visible beyond the immediate delivery team.

Key capabilities:

• Work items for bugs, tasks, features, stories, and other work types
• Cycles for time-boxed execution
• Modules for grouping related work
• Estimates, parent-child work, blockers, and related work items
• Custom work-item types and properties on Pro
• Intake for incoming requests
• Project Pages and Workspace Wiki
• GitHub, GitLab, Sentry, Slack, APIs, webhooks, and MCP
• Dashboards and Initiatives for higher-level visibility
• Cloud, Community Edition, Commercial self-hosted, and Airgapped Edition deployment options

Plan and deployment considerations:

• Plane Cloud Free supports up to 12 users and includes the core project-management layer.
• Pro adds custom work-item types and properties, Workspace Wiki, time tracking, dashboards, Initiatives, Teamspaces, and integrations.
• Business adds deeper workflow controls, recurring work items, project templates, intake through email and forms, and advanced dashboard capabilities.
• Community Edition is free, open source under AGPL-3.0, self-hosted, and supports unlimited users.
• Commercial self-hosted brings Plane's paid capabilities to customer-managed infrastructure.
• Plane also offers a separate Airgapped Edition for organizations that need the platform to operate inside an isolated network with no outbound connectivity.

Best fit: Organizations that want structured engineering delivery alongside product planning, documentation, cross-functional project work, and flexible deployment options.

Jira

Jira provides dedicated Scrum and Kanban workflows for software teams, with backlogs, sprint planning, releases, customizable workflows, and detailed Agile reporting. It also connects development activity from GitHub, GitLab, and Bitbucket to work tracked in Jira.

Key capabilities:

• Scrum and Kanban boards with dedicated backlogs
• Sprint planning and story-point estimation
• Versions and release tracking
• Burndown, velocity, sprint, and other Agile reports
• Customizable workflows and permissions
• JQL for advanced filtering and structured queries
• Development integrations with GitHub, GitLab, and Bitbucket
• Free plan for up to 10 users

What to evaluate:

• Complex workflow schemes, permissions, automations, and Marketplace apps need clear ownership as the Jira environment grows.
• Organizations considering Jira for self-managed deployment should account for Atlassian's Data Center transition. New Data Center subscriptions stopped being sold on March 30, 2026, and Data Center products are scheduled to reach end of life on March 28, 2029.
• If several functions will share the platform, test their workflows alongside engineering rather than assessing Jira only through a software-development use case.

Best fit: Teams evaluating around established Scrum or Kanban practices, detailed software-delivery reporting, advanced Jira querying, or an existing Atlassian toolchain.

Linear

Linear organizes product and engineering work around issues, team workflows, cycles, projects, initiatives, and triage. Cycles run on a repeating schedule, and unfinished issues generally roll into the next cycle automatically.

Key capabilities:

• Issue tracking with customizable team workflows
• Cycles for time-boxed planning
• Projects and initiatives for higher-level planning
• Blocked, blocking, related, and duplicate issue relationships
• Native project documents
• Development integrations and code-linked workflows
• Linear Asks for request intake on Business and Enterprise
• Triage Intelligence on Business and Enterprise
• Free plan with unlimited members, up to two teams and 250 issues

What to evaluate:

• The Free plan's team and issue limits can affect larger evaluations.
• Triage Intelligence and several advanced triage capabilities require Business or Enterprise.
• If marketing, operations, services, or other teams will use the same platform, include those workflows in the trial as well.

Best fit: Product and engineering organizations whose core workflow revolves around issues, cycles, projects, triage, and development activity.

How to choose

Start with the engineering workflow that creates the most friction today.

• Plane deserves close consideration when engineering delivery needs to stay connected to product planning, documentation, intake, reporting, and work across other functions.
• Jira is particularly relevant for organizations centered on established Atlassian and Scrum or Kanban workflows.
• Linear is worth evaluating for product and engineering teams working primarily through issues, cycles, and triage.

Then test the same real workflow in every shortlisted product. Take an active backlog item from intake or planning through development and review, connect the relevant code activity, surface a blocker, and share progress with someone outside engineering. The differences become much easier to judge once the tools are handling your actual work.

If you need deeper reporting and resource visibility

Reporting can mean several things during a project-management evaluation. Before comparing tools, define the decisions your team is trying to make from the data.

What kind of reporting do you need?

Most requirements fall into three areas:

• Project and portfolio visibility: You need to see project health, progress, blockers, deadlines, and trends across several projects or teams.
• Resource and capacity planning: You need visibility into workload, availability, allocations, future capacity, skills, or utilization.
• Financial visibility: You need to track budgets, costs, billable work, project profitability, or margins.

Asana already covers several of these areas. Advanced includes portfolios, portfolio dashboards, and workload, while capacity planning is available on Enterprise and Enterprise+. The useful comparison is therefore the depth of reporting you need, the plan required to access it, and how closely each tool's reporting model matches the decisions your team makes.

Plane

Plane connects reporting directly to the work teams are already planning and delivering. Instead of building a separate reporting layer around manually assembled status data, teams can move from individual work items and Cycles to project progress, dashboards, and Initiatives within the same workspace.

The reporting layer works at several levels:

• Work-item reporting: Filter and break down work by state, priority, assignee, labels, work-item type, and other properties.
• Cycle reporting: Track burndown, build-up, scope changes, and delivery progress during time-boxed work.
• Project and Module progress: See how execution is moving within individual projects and larger bodies of work.
• Dashboards: Build reporting views using bar, line, area, donut, pie, number, table, and other widgets based on live Plane data.
• Initiatives: Roll related projects and workstreams into a higher-level view for teams that need visibility beyond a single project.
• Time and worklogs: Pro adds native time tracking and worklog reporting for teams that need effort data alongside execution.
• Advanced dashboards: Business adds deeper dashboard capabilities and visualization options.
• PQL: Enterprise teams can use Plane Query Language to build more precise filters and queries, including PQL-powered dashboard filtering for reporting that goes beyond standard filter combinations.

Plane's dashboard layer has also expanded beyond static charts. Teams can create shared and private dashboards, organize them into shared collections, drill from charts into the underlying work, and use dashboard exports or published views when reports need to be circulated outside the immediate workspace.

That gives teams a practical reporting path from execution upward. An engineering lead, for example, can monitor Cycle progress and blockers, a project manager can build a dashboard around overdue or high-priority work, and leadership can use Initiatives and shared dashboards to follow progress across several projects without asking teams to maintain a separate reporting system.

What to evaluate:

• Pro covers dashboards, Initiatives, and time tracking.
• Business adds advanced dashboards alongside broader workflow and governance capabilities.
• PQL and PQL-powered dashboard filtering require Enterprise.
• If your requirements extend into billing rates, project margins, or professional-services profitability, evaluate those financial workflows separately. Plane's reporting is centered primarily on work, delivery, and project visibility rather than PSA-style financial management.

Best fit: Teams that want project and cross-team reporting to stay connected to the execution data already being managed in Plane, with progressively deeper dashboard and query capabilities as reporting requirements grow.

monday.com

monday.com builds reporting around boards and dashboards. Pro supports broader multi-board dashboards, workload views, and time tracking, while Enterprise adds dedicated portfolio and resource-management capabilities such as portfolio reporting and capacity planning.

What to evaluate: Check whether the reporting and resource model you need sits on Pro or requires Enterprise, particularly if portfolio and advanced capacity planning are central requirements.

Best fit: Teams looking for configurable board-based dashboards or Enterprise-level portfolio and resource planning.

Wrike

Wrike combines project reporting with deeper resource and financial-management capabilities. Business covers its broader workflow platform, while Pinnacle adds advanced resource and capacity planning, budgeting, and advanced reporting and BI.

What to evaluate: Advanced capacity, budgeting, and BI require Pinnacle with custom pricing, so compare that tier against the specific resource and financial requirements driving your evaluation.

Best fit: Organizations where resource capacity, budgeting, utilization, and portfolio reporting are major decision criteria.

ClickUp

ClickUp combines dashboards, Workload views, native time tracking, Goals, portfolio management, and resource visibility within its broader work-management platform. Dashboard usage and advanced reporting capabilities vary by plan, with Business providing unlimited dashboard usage and broader reporting capabilities.

What to evaluate: Test the dashboard cards, workload model, capacity controls, and reporting views your teams would actually use, and confirm which current ClickUp package provides them.

Best fit: Teams looking for reporting and workload visibility inside a highly configurable general work-management platform.

Teamwork

Teamwork becomes particularly relevant when reporting extends into client economics. Accelerate includes workload and live-capacity planning, time budgets, retainers, and invoicing, while Optimize adds deeper resource scheduling, financial budgets, and revenue, cost, and profitability reporting.

What to evaluate: Determine whether your reporting problem is primarily project visibility or whether client utilization, financial budgets, and profitability are central to the decision.

Best fit: Client-services organizations that need project delivery, resource planning, and financial performance in the same system.

What to compare during a trial

Define the reporting decision first, then reproduce it in each shortlisted tool.

For project visibility, build the dashboard your leadership team would actually review. For resource planning, assign representative capacity across active projects and see whether conflicts are easy to identify. For financial reporting, use a project with realistic budget, rate, and utilization assumptions.

Also check the plan required for each workflow. A reporting capability may appear on a vendor's feature page while the portfolio, capacity, or financial functionality you actually need sits on a substantially higher tier.

If documentation is central to how your team works

Asana now supports collaborative Pages, project briefs, notes, and project documentation alongside tasks. Teams considering an alternative for documentation therefore have a broader question to answer: how should knowledge, project context, and execution fit together across the organization?

What to compare in a docs-and-projects workspace

Look beyond whether a platform has a text editor. The useful differences appear in how documentation is organized, how closely it connects to project work, and how much structured project management the same platform can support.

Plane

Plane connects documentation directly to the project-management layer. Project Pages sit within individual projects for specifications, meeting notes, requirements, briefs, and other project context, while Workspace Wiki provides a workspace-level knowledge base for information that needs to live beyond a single project.

A documentation workflow in Plane can move from context into execution without requiring teams to recreate the same information elsewhere:

• Create specifications, project briefs, technical notes, meeting notes, or decision records in Project Pages.
• Embed work items directly inside Pages so execution context can appear alongside the documentation.
• On Business, mention existing work items with @ or turn selected Page text directly into a new work item. The resulting work item stays linked back to the document it came from.

• Collaborate on Pages in real time and use inline comments when a discussion needs to stay attached to a specific part of the document.
• Use version history to see what changed, who changed it, restore an earlier version when necessary, and preserve the evolution of a document.
• Standardize recurring documentation with Page templates on Pro, including reusable structures for briefs, specifications, meeting notes, or other repeatable documents.
• Organize company-wide knowledge in Workspace Wiki and Collections on Pro. Collections group related Wiki pages so larger knowledge bases stay navigable.
• On Business, use nested Pages in both Project Pages and Wiki to build parent-child documentation structures, and selectively share private Wiki pages with specific workspace members when access needs to be restricted.
• Publish Pages externally on Pro when documentation, project updates, or other information needs to be available through a public link.
• Keep the work generated from that documentation in work items, Cycles, Modules, Intake, estimates, and the List, Board, Calendar, Gantt, or Spreadsheet layout that fits the team. Plane Free includes the core project-management layer and Project Pages.

This gives teams two connected documentation layers: project-specific context close to active execution, and a broader Wiki for knowledge that should remain useful across projects and teams.

Plan considerations:

• Plane Cloud Free supports up to 12 users and includes Project Pages alongside projects, work items, Cycles, Modules, Intake, estimates, and five work-item layouts.
• Pro costs $6 per user per month with annual billing and adds Workspace Wiki, Page templates, dashboards, Initiatives, Teamspaces, time tracking, integrations, and other project-management capabilities.
• Business costs $13 per user per month annually and adds nested Pages, work-item mentions and creation from Page content, selective sharing of private Wiki pages, project templates, richer Intake, and additional workflow and governance capabilities.
• Plane also offers self-hosted deployment options for organizations that want to run the project-management and knowledge layer on infrastructure they control.

Best fit: Organizations that want project documentation, company knowledge, and structured execution to stay connected in one platform, especially when the same workspace needs to support several teams or deployment control is part of the requirement.

Notion

Notion combines pages, wikis, databases, projects, and tasks in the same workspace. Database relations can connect projects, tasks, documents, goals, and other records, while its project-management layer supports task databases, subtasks, dependencies, sprints, Timeline views, charts, forms, and database automations.

What to evaluate:

• How much freedom teams should have to create and change databases, properties, views, and workflows
• Whether its configurable project model provides the operational structure and reporting your teams need
• How documentation, databases, and project tracking will be governed as the workspace grows

Best fit: Teams that want documents, company knowledge, relational databases, and configurable project tracking in the same workspace.

ClickUp

ClickUp combines work management with native Docs, wikis, and a centralized Docs Hub. Teams can create relationships between Docs and tasks, mention tasks inside Docs, and create tasks directly from selected document content.

Its broader project-management layer can then handle the execution connected to those documents through tasks, dependencies, project views, time tracking, and other work-management capabilities.

What to evaluate:

• How Docs, wikis, Spaces, Lists, and project views will be organized as more teams join
• Whether the relationships between Docs and tasks fit the way your team handles specifications, briefs, decisions, and project plans
• Which plan covers the reporting, automation, permissions, and administration capabilities required alongside documentation

Best fit: Teams looking for native documentation alongside a broad, configurable work-management platform.

What to test during a trial

Use a real project rather than creating an isolated sample wiki. Bring in a specification or brief, connect it to the work required for delivery, add dependencies and dates, record a decision, and make that context available to someone who was not involved in setting up the project.

Then see whether that person can answer five practical questions without hunting across the workspace: What are we building? Why was this decision made? What work remains? What is blocked? Where is the latest specification?

That test will tell you much more about the documentation model than comparing editor features alone.

If you need one platform across teams

A company can end up with engineering work in one system, marketing campaigns in another, operational requests in spreadsheets, and project context spread across several documentation tools. The challenge is keeping priorities, dependencies, status, and reporting connected across those systems.

For teams considering consolidation, the useful question is whether one platform can support different workflows while still giving the organization a shared view of the work.

What to compare in a cross-functional platform

Start with the requirements that need to stay consistent across teams, then identify where individual functions need flexibility.

Plane

Plane gives different functions a shared project-management foundation without requiring every team to organize its work identically. Engineering can plan delivery through work items, Cycles, Modules, estimates, and development integrations. Product, marketing, operations, and other teams can use the same workspace with their own projects, work-item types, views, documentation, and intake processes.

Teamspaces add another layer for organizations where work spans several projects. A Teamspace can represent a real-world team, such as Engineering, Product, Marketing, or Operations, and bring that team's people, projects, work, and knowledge together. Teamspaces can surface work items across projects, consolidate the team's Cycles, provide team-level Views and Pages, and show progress, dependencies, and workload information without requiring people to open each project separately.

That gives teams several ways to structure cross-functional work:

• Projects hold the execution for a particular product, campaign, initiative, operational process, or body of work.
• Work items and custom work-item types let teams represent different kinds of work while keeping them inside the same underlying system.
• Teamspaces group people and projects around real teams and surface their work across project boundaries.
• Cycles and Modules give teams additional ways to organize time-boxed delivery and larger groups of related work.
• List, Board, Calendar, Gantt, and Spreadsheet layouts let different teams work with the same underlying data in the format that suits them.
• Project Pages and Workspace Wiki keep project context and broader organizational knowledge alongside execution.
• Intake provides a shared entry point for incoming requests before they become planned work.
• Dashboards and Initiatives provide higher-level visibility when managers need to follow work beyond one project.
• Time tracking and worklogs add effort data where teams need it.
• GitHub, GitLab, Slack, Sentry, APIs, webhooks, and other integrations connect Plane with systems teams still need outside the workspace. Plane's current documentation lists these capabilities across project management, planning, knowledge management, analytics, and integrations.

A cross-functional release, for example, can have engineering delivery organized in Cycles and Modules, product specifications in Pages, marketing work in its own projects or Teamspace, incoming requests through Intake, and progress rolled into dashboards or Initiatives. Each function keeps the structures it needs while the work remains inside one workspace.

Plan considerations:

• Plane Cloud Free supports up to 12 users and includes the core project-management layer.
• Pro costs $6 per user per month with annual billing and adds Teamspaces, Workspace Wiki, dashboards, Initiatives, time tracking, integrations, work-item and Page templates, and custom work-item types and properties.
• Business costs $13 per user per month annually and adds project templates, recurring work items, Intake through email and forms, nested Pages, advanced dashboards, and additional workflow and governance capabilities.
• Plane also offers Community Edition and commercial self-hosted options for organizations whose consolidation requirements include infrastructure or data control.

Best fit: Organizations that want engineering, product, operations, marketing, and other project-oriented teams to work in one system while retaining team-specific structures and connecting execution, documentation, intake, and reporting.

ClickUp

ClickUp supports multiple departments within the same Workspace through Spaces, Folders, Lists, tasks, custom statuses, task types, and a broad range of views. Its shared capabilities include Docs, wikis, Whiteboards, Forms, dashboards, time tracking, Workload views, Chat, and other project-management features.

What to evaluate:

• How Spaces, Folders, Lists, statuses, task types, and naming conventions will be standardized as more departments join
• Whether the same Workspace structure works for engineering, marketing, operations, product, and other functions
• Which integrations and reporting workflows each department still needs outside ClickUp
• The Workspace-wide pricing model. ClickUp does not allow different members within one Workspace to sit on different plans, and some Workspaces are currently seeing newer pricing and packaging options during ClickUp's rollout.

Best fit: Organizations evaluating a highly configurable general work-management platform for several departmental workflows.

How to evaluate consolidation

Choose one workflow that genuinely crosses team boundaries rather than testing each department in isolation. A product release is a good example: include product planning, engineering delivery, marketing launch work, documentation, incoming requests, and the operational handoff.

Then check whether each team can work in the structure it needs while the organization can still follow shared ownership, dependencies, milestones, and progress.

Finally, document what would remain outside the platform. Include specialist systems, integrations, reporting tools, and knowledge sources your teams would continue using. A useful consolidation decision comes from understanding what can genuinely move into the shared platform and what still needs to stay connected to it.

If self-hosting, open source, or deployment control is required

Some software evaluations begin with a deployment or security requirement. Your organization may need source-code access, customer-managed infrastructure, regional data residency, restricted outbound connectivity, or a fully isolated environment.

Asana offers regional data residency and enterprise security controls, but it remains a vendor-hosted SaaS platform. If your requirements include running the project-management system on infrastructure your organization controls, the shortlist needs to include self-hosted alternatives.

Define the requirement first

Data residency, self-hosting, open source, and air-gapped deployment solve different problems. Clarify which ones are mandatory before comparing products.

Plane

Plane provides separate deployment paths for organizations with different levels of infrastructure, security, and network-control requirements. Teams can start with the open-source Community Edition, run paid Plane capabilities on their own infrastructure through Commercial self-hosted, or use the Airgapped Edition when the environment cannot make outbound calls.

That distinction matters because “self-hosted” can describe very different operating models.

Community Edition

Plane Community Edition is the free, open-source self-hosted path. It is licensed under AGPL-3.0 and supports unlimited users, giving teams a way to operate Plane on infrastructure they manage without a commercial software subscription.

This route is most relevant when an organization wants:

• Source-code access
• Customer-managed deployment
• Control over application infrastructure and project data
• Unlimited users without per-seat software licensing
• The ability to operate and maintain the platform independently

Because Community Edition is self-managed, the organization also owns the operational layer around it, including infrastructure, upgrades, backups, monitoring, security patching, and recovery.

Commercial self-hosted

Commercial self-hosted brings Plane's paid capabilities onto customer-managed infrastructure. Plane supports deployment through Docker and Kubernetes, including environments such as private data centers and VPCs.

In a connected Commercial deployment:

• Project data remains within the customer's environment.
• AI context stays inside the customer perimeter.
• License and seat synchronization are the required outbound calls.
• Plane documents those outbound calls as limited and inspectable.
• Teams can run Plane AI using models and keys they control as part of their self-hosted architecture.

This model is useful when an organization needs customer-managed infrastructure but can still permit tightly controlled outbound communication for licensing.

Airgapped Edition

For environments where even those outbound calls are unacceptable, Plane provides a separate Airgapped Edition.

Plane's air-gapped deployment is designed to operate with zero external calls. It provides the full Commercial feature set without requiring the Plane instance to reach Plane's cloud services.

The deployment model includes:

• Zero external calls
• License-file activation
• Signed offline software bundles
• Docker image cloning for internal registries
• No telemetry
• Customer-controlled offline updates
• Plane AI with local models for environments where external model providers cannot be reached

That gives organizations a different operational model from simply installing a conventional self-hosted application on a disconnected server. Licensing, software transfer, updates, and AI operation are explicitly designed around an isolated environment.

Choosing between Plane's deployment options

The deployment path should follow the actual requirement:

• Choose Community Edition when you want free, open-source self-hosting and are prepared to operate the software yourself.
• Choose Commercial self-hosted when you need Plane's paid capabilities on infrastructure you control and can permit limited licensing communication.
• Choose the Airgapped Edition when the environment must operate without outbound connectivity.

For new purchases, Commercial self-hosted Pro and Business plans have a 10-seat minimum, while new Airgapped purchases have a 100-seat minimum. Community Edition remains free without a seat limit.

Plane Community Edition uses the AGPL-3.0 license. Organizations planning to modify or redistribute the software should review the license requirements with legal counsel. In particular, AGPL-3.0 Section 13 requires a modified version that users interact with remotely over a network to offer those users access to its corresponding source code.

Best fit: Organizations that need project management and knowledge management on infrastructure they control, especially when requirements extend from ordinary self-hosting to restricted outbound connectivity, fully isolated networks, or locally operated AI.

OpenProject

OpenProject is another legitimate option for organizations that require open-source or customer-managed project management. Its Community Edition is free under GPLv3 and supports unlimited users and projects, while Enterprise on-premises adds paid features and professional support.

OpenProject supports Docker, Docker Compose, packages, Kubernetes, and Helm-based deployment. Its documentation also describes an offline Docker installation process in which images are downloaded on a connected system, transferred into the isolated environment, and loaded locally with docker save and docker load.

What to evaluate:

• Community Edition is free and self-managed.
• Enterprise on-premises starts with a 25-user minimum on its Basic and Professional tiers.
• If offline deployment is required, test the complete lifecycle around software transfer, upgrades, licensing, integrations, and support rather than verifying installation alone.

Best fit: Organizations evaluating an open-source project-management platform with free self-hosting, commercial on-premises support, or a documented path for offline Docker deployment.

What to verify before choosing a self-hosted platform

Treat deployment architecture as part of the product evaluation. Document who will own infrastructure, databases and storage, backups and restores, upgrades, monitoring and logs, certificates and ingress, identity configuration, security patching, capacity, disaster recovery, and incident response.

For isolated environments, go further. Verify how application images enter the network, how licenses are activated, how updates are transferred, which integrations remain usable, how AI operates, and whether any component expects an outbound service.

Finally, separate software licensing from operating cost. A free self-hosted edition removes the software subscription, but the organization still owns the compute, storage, backups, monitoring, maintenance, upgrades, and operational work required to keep the platform running.

If you're evaluating alternatives before renewal

If Asana is already supporting your team's core workflows, use the renewal window to test whether another platform offers a meaningful advantage for the way your organization expects to work next.

Any switch brings migration, workflow recreation, training, and adoption work. Set your evaluation criteria before opening trial accounts so a longer feature list does not become the reason to move.

Set the bar for switching

Start with the requirements that could materially affect the next contract period. That might include pricing at your expected headcount, cross-team workflows, reporting, documentation, engineering use cases, integrations, governance, or deployment requirements.

Then run the same active workflow through a small shortlist.

Plane

Plane is worth putting through a serious renewal evaluation when the reasons for reconsidering Asana span more than one workflow. The same platform can cover structured project execution, engineering delivery, documentation, reporting, intake, and work across different teams, while also offering customer-managed deployment when infrastructure control becomes a requirement.

Instead of trialing Plane with a clean sample project, use the Asana environment your team already depends on as the evaluation baseline.

Start with the workflows you would actually move:

• Bring a representative Asana project into Plane using the built-in Asana importer.
• Map Asana sections, states, priorities, and users to the Plane structure you want before confirming the import.
• Verify projects, work items, ownership, comments, priorities, labels, and parent-child relationships after the move.
• Re-run the importer if you need to bring over new or updated Asana work during the evaluation. Plane's current importer supports Asana across Free, Pro, Business, and Enterprise plans.

• Recreate one active delivery workflow using work items, Cycles, Modules, estimates, dependencies or relationships, and the layouts your teams use.
• Bring project specifications, briefs, decisions, or meeting context into Project Pages or Workspace Wiki.
• Test Intake if requests enter the team from outside the planned backlog.
• Build the dashboards or Initiative-level views that managers would rely on after a switch.
• Connect the development and communication systems that matter, such as GitHub, GitLab, Slack, or Sentry.
• Include Teamspaces if several functions need their own working areas while remaining in the same workspace.

This also gives you a chance to test Plane beyond the workflows you currently run in Asana. If engineering, product, marketing, or operations are spread across different systems today, include one workflow from each team and see how much of that work can realistically move into Plane.

Plan considerations:

• Plane Cloud Free supports up to 12 users and includes projects, work items, Cycles, Modules, Intake, estimates, Project Pages, and five work-item layouts.
• Pro costs $6 per user per month with annual billing and adds Workspace Wiki, dashboards, Initiatives, Teamspaces, time tracking, integrations, custom work-item types and properties, and work-item and Page templates.
• Business costs $13 per user per month annually and adds project templates, recurring work items, richer Intake through forms and email, nested Pages, advanced dashboards, and additional workflow and governance capabilities.
• Community Edition provides a free, open-source, self-hosted path with unlimited users.
• Commercial self-hosted options are available when the organization wants Plane's paid capabilities on customer-managed infrastructure.

Plane also currently offers a 14-day trial without a credit card for its paid plans, which makes it possible to run the evaluation with real workflows before making a renewal decision.

For larger evaluations, Enterprise Grid includes migration and implementation services, which can become relevant when the move extends beyond a small importer test into a broader organizational rollout.

Best fit for this evaluation: Organizations using the Asana renewal window to reassess several requirements at once, particularly when engineering workflows, documentation, cross-team work, reporting, migration, or future self-hosting requirements are part of the decision.

ClickUp

ClickUp remains relevant when the renewal evaluation is centered on a highly configurable general work-management platform. Its current Unlimited plan costs $7 per user per month annually, while Business costs $12 and adds capabilities including advanced dashboard cards, sprint reporting, portfolio workload management, and additional automation capacity.

What to evaluate:

• How your existing Asana workflows map into ClickUp's Workspace, Spaces, Folders, and Lists
• Which plan covers the dashboards, automations, permissions, and reporting you need
• How the Workspace structure will be governed if several departments move over
• Migration and integration requirements for the systems your teams rely on

Best fit: Teams evaluating a configurable work-management platform across several types of work.

monday.com

monday work management organizes work around configurable boards, columns, views, dashboards, automations, and integrations. Standard currently costs $12 per seat per month annually, while Pro costs $19 and provides a broader set of reporting, automation, and work-management capabilities.

What to evaluate:

• Whether Standard or Pro covers your reporting and workflow requirements
• Dashboard and cross-board reporting needs
• Automation and integration volumes
• How workflows from different departments translate into its board-based model

Best fit: Teams comparing configurable board-based work management and cross-team reporting as part of their renewal review.

What to compare before you renew

Run the same active project through every shortlisted platform. Include the parts that usually expose differences between products: dependencies, approvals, documentation, recurring work, reporting, integrations, intake, and handoffs across teams.

Score each product against the criteria you established before the trial. Include subscription cost at your expected headcount, migration scope, workflows or integrations that need to be rebuilt, training requirements, security and governance controls, and infrastructure costs where self-hosting is involved.

If Asana still fits those requirements best, renewal is a valid outcome. If another platform materially improves the workflows or constraints that triggered the evaluation, you now have a concrete reason to move rather than a longer feature list.

Before you start a trial: 6 questions to answer

Use product demos to understand the interface and core capabilities. During the trial, validate the workflows, data, controls, and migration requirements that matter to your organization. Define the evaluation criteria before you begin so every product on the shortlist is tested against the same requirements.

Q1. What will this cost at the plan we would actually buy?

Start with your expected number of paid users and identify the plan that includes the capabilities your organization needs.

Include more than the advertised starting price:

• Required seats and minimum purchase commitments
• Features available only on higher plans
• Paid add-ons or usage-based charges
• Support requirements
• Migration or implementation services
• Infrastructure and operational costs for self-hosted deployments

Calculate the annual cost for the configuration you would realistically purchase. That gives you a useful baseline for comparing products with different packaging models.

Q2. What will migrate, and what will need to be recreated?

Asana importer coverage varies by platform, so review the current migration documentation for every product on your shortlist.

Create an inventory of the data and configuration your team depends on today:

• Projects and tasks
• Users and assignees
• Comments and attachments
• Sections and workflow states
• Priorities and labels
• Parent-child relationships and dependencies
• Custom fields
• Recurring work
• Rules and automations
• Integrations
• Dashboards and reports
• Permissions and access settings

Mark each item as imported, mapped, recreated manually, or unsupported based on the vendor's current importer documentation.

Run a pilot with representative data before planning the full migration. Check the imported structure, ownership, dates, comments, attachments, relationships, and workflow states against the source project.

Q3. Can our important workflows run end to end?

Choose a small set of workflows that represent the complexity of your day-to-day work.

• A useful trial might include an intake request, a project with dependencies, an approval workflow, recurring work, reporting, project documentation, and a handoff between teams.
• Run each workflow from creation through completion. Pay attention to the steps that require manual work, additional configuration, integrations, or a higher plan.

A feature checklist can confirm that a capability exists. Running the workflow shows whether it fits the way your team actually operates.

Q4. What will adoption require from the team?

Include people outside the evaluation group in the trial. Ask representatives from the teams that would use the platform to complete the work they normally handle.

Look at:

• How easily they can find and update their work
• Whether the terminology matches how the team operates
• Which workflows require explanation or training
• How managers and contributors experience the same project
• What administrators need to configure or maintain
• Which existing habits or processes would need to change

Use those findings to estimate onboarding, documentation, training, and change-management work before rollout.

Q5. Which integrations and controls are mandatory?

Create a list of requirements that could block adoption regardless of how well the core project-management features perform.

Depending on your organization, that may include:

• Identity providers, SSO, SCIM, or LDAP
• Roles, permissions, and guest controls
• Audit logs
• GitHub, GitLab, Slack, CRM, storage, or other required integrations
• APIs and webhooks
• Data residency
• Self-hosting or air-gapped deployment
• Security and compliance requirements

Verify both feature availability and the plan required for each capability. Include the integrations in your trial wherever possible rather than assuming they will behave the way your current setup does.

Q6. What does our exit path look like?

Before committing to a platform, understand how your organization could leave it later.

• Check what can be exported, which formats are available, whether comments and attachments are included, how historical data is handled, and whether APIs provide access to anything missing from standard exports.
• Also review contract terms, data-retention and deletion policies, and the work required to rebuild workflows elsewhere.
• For teams concerned about long-term dependence on a vendor-hosted service, open-source and self-hosted options can provide another deployment path. Include the infrastructure, maintenance, support, and commercial feature costs in that evaluation as well.

The goal is to understand the full lifecycle of the decision before your team's work and history become deeply embedded in the platform.

Which Asana alternative should you choose?

The right Asana alternative depends on what your team needs to change. Pricing, engineering workflows, reporting, documentation, cross-team coordination, and deployment control all lead to different shortlists. Use those requirements to narrow the options, then test the finalists against the workflows your team already runs.

If Plane has made your shortlist, evaluate it with your actual setup. Bring over a representative Asana project, recreate the workflows your teams depend on, and check the integrations, reporting, documentation, and controls that matter to your organization. Plane Pro includes a 14-day free trial with no credit card required.

For a larger rollout, migration, self-hosted deployment, or more complex organizational requirements, talk to the Plane team about your current Asana setup and what moving to Plane would involve.

Talk to Sales

Frequently asked questions

Q1. What's the best free Asana alternative?

Plane is a strong free Asana alternative for teams that want structured project management without immediately moving to a paid plan. Plane Cloud Free supports up to 12 users and includes projects, work items, cycles, modules, estimates, Intake, Project Pages, and multiple work-item layouts.

Teams that want to self-host can use Plane Community Edition, which is free, open source under AGPL-3.0, and has no user limit.

Q2. Which Asana alternative is best for engineering teams?

Plane is a strong Asana alternative for engineering teams that need structured software delivery alongside broader project work. It supports work items, cycles, modules, estimates, parent-child relationships, blockers, Intake, and integrations with tools such as GitHub, GitLab, and Sentry.

Product, operations, marketing, and other teams can work in the same platform through projects, Pages, Wiki, dashboards, and multiple work-item layouts. Plane is also relevant for organizations that need self-hosted or air-gapped deployment.

Q3. Is ClickUp better than Asana?

That depends on the capabilities, pricing, and workspace model your team needs. ClickUp Unlimited currently costs $7 per user per month with annual billing and includes native time tracking, Gantt charts, Goals and portfolio management, resource management, and unlimited custom fields.

Asana Starter costs $10.99 per user per month annually and already includes Timeline and Gantt views, reporting dashboards, unlimited automations, forms, and custom fields. Advanced costs $24.99 and adds portfolios, Goals, Workload, native time tracking, approvals and proofing, and other capabilities.

Compare the plan that covers your actual requirements and test the workflows your team would use before deciding.

Q4. How difficult is it to migrate from Asana to Plane?

Migration complexity depends on how your Asana workspace is structured and which workflows, fields, integrations, and historical data need to move.

Plane's Asana importer supports projects, tasks, users, workflow states, priorities, labels, comments, and parent-child relationships. It also provides mapping controls before the import and can be re-run to bring over new or updated Asana work.

Before a full migration, use a representative project to verify the imported structure, ownership, states, priorities, comments, relationships, and any workflows or integrations that need additional setup.

Q5. What's the best Asana alternative for self-hosting and deployment control?

Plane is a strong Asana alternative for organizations that need to run project-management software on infrastructure they control.

Plane Community Edition is free, open source under AGPL-3.0, self-hosted, and has no user limit. Organizations that need paid governance and security capabilities can use Plane Commercial self-hosted. Plane also offers a separate Airgapped Edition for organizations that need the platform to operate inside an isolated network with no outbound connectivity.

Plane supports Docker and Kubernetes deployment, giving organizations several options for running the platform within their own infrastructure.

Pricing and plan availability can change. The pricing and product details in this article were last verified in August, 2026.