Does self-hosted Baserow cost less than FileMaker?
Self-hosted Baserow can cost less than FileMaker, but only once you count the rebuild and the database operations, and the answer depends on how many people use the solution, how many solutions you run, and whether you treat the rebuild as a one-time project or spread it across years. Start by pulling your current FileMaker Cloud per-user plan or FileMaker Server license terms from your Claris quote, since FileMaker prices are not published in the sources behind this page and a comparison built on guessed figures will mislead your renewal decision. Compare that recurring figure with the Baserow components below, line by line, for the same user count.
Baserow's core is open source under the MIT License, so the software itself carries no license fee. Paid self-hosted license types exist, though: Premium assigns seats manually to users, Advanced grants paid access to users on the instance, and Enterprise is priced through sales. Per-user pricing on Baserow's cloud plans is listed at $10 per user per month for Premium and $18 per user per month for Advanced, both billed yearly. Those are cloud prices, not self-hosted license fees, so confirm with Baserow which license type your user model needs before you budget. Single sign-on also sits on the Advanced and Enterprise plans, so check that requirement early.
The largest self-hosted costs are the rebuild and PostgreSQL operations, and neither is zero. Rebuilding layouts, scripts and relationships is effort paid to a consultant or your own developers, and it is mostly one-time. Running an external PostgreSQL for production, as Baserow recommends, adds recurring hosting, backups, patching and monitoring. Ask any implementation partner for a fixed-scope quote that separates rebuild, data migration, training, infrastructure and ongoing support, so you can see which costs recur and what drives each one up or down.
Which cost components sit on each side
This table sets each cost component of FileMaker against the matching component of a self-hosted Baserow deployment, showing who is paid and whether the cost is one-time or recurring. Read it as a checklist for a quote request, since the sizing drivers decide the totals. The main takeaway is that the Baserow license fee is only one line among several, and the infrastructure, database and staff time lines usually decide the comparison.
| Cost component | FileMaker side | Self-hosted Baserow side | One-time or recurring |
|---|---|---|---|
| Subscription or server license | FileMaker Cloud per-user plans with a 5-user minimum, or FileMaker Server licenses | Baserow open-source MIT core at no license fee, or a paid Premium, Advanced or Enterprise license for one instance | Recurring for both, if paid tiers are chosen |
| Infrastructure | Hosting for FileMaker Server if self-hosted, or none if on FileMaker Cloud | Virtual machines or containers in your cloud or data center, sized for users and attachment storage | Recurring |
| PostgreSQL hosting | Not applicable, since FileMaker stores data in its own database engine | Managed or self-run PostgreSQL, which Baserow highly recommends for production instead of the bundled database | Recurring |
| Redis and backups | Included in the FileMaker platform for backup scheduling, with backup storage paid separately | Redis runs in the Baserow stack, and backups of PostgreSQL and attachment storage are your responsibility | Recurring |
| Implementation and rebuild | Existing layouts, scripts and relationships already built, with change requests paid to developers | Rebuilding layouts in the application builder and replacing scripts with automations, usually a one-time project | One-time |
| Data migration | Exporting each table to CSV or Excel, handling container fields and checking relationships | Importing from CSV, Excel, XML or JSON, plus Airtable base import if the source is Airtable, with validation of field types | One-time |
| Support and upgrades | Vendor support and version upgrades included in plan terms, to be confirmed with Claris | Community support for the core, vendor support tied to paid licenses, and your own upgrade testing | Recurring |
| Internal skills and developer seats | Developers for FileMaker, plus any hosting administrators, paid per seat or per role | Staff for Docker or Kubernetes, PostgreSQL, SSO and backups, plus a builder for apps and automations | Recurring |
What moves the cost comparison most
FileMaker and self-hosted Baserow price differently at their core, so the same organization can land far apart depending on a few inputs. The cards below name the drivers that change the total most and the direction each one pushes cost.
Named users and seat pricing
FileMaker Cloud is sold per user with a 5-user minimum, so every additional named user adds a recurring line item. Self-hosted Baserow on a Premium or Advanced license is also seat-based, but a self-hosted instance can use only one license type, and the Advanced license grants paid access to users on the instance. Ask the vendor how each model counts read-only users, guests and service accounts, because that counting often moves the total more than the list price does.
Solutions and tables to rebuild
The number of FileMaker solutions, tables, layouts and scripts sets the one-time migration effort. Baserow's Airtable importer does not carry formulas, lookups, rollups, automations or interfaces, so expect a similar gap when moving from FileMaker, where layouts and scripts must be rebuilt as application builder pages and automations. Inventory each solution before pricing, and treat rebuild hours as a one-time cost that falls as the number of shared tables grows.
Data volume and attachment storage
Record counts and container contents determine the PostgreSQL size, backup volume and object or file storage you need on your own servers. Container fields in FileMaker often hold large images and documents, and those files must be exported and stored separately. Storage is a recurring infrastructure cost that you pay to your cloud provider or data center, so ask for the largest table and total attachment size before sizing the server.
Single sign-on and audit logging
Baserow lists single sign-on (SAML, OAuth 2.0 providers and generic OpenID Connect) and role-based permissions and audit logs on the Advanced and Enterprise plans, both requiring an activated license. If your access policy requires SSO or audit trails, the paid license becomes a recurring line item rather than an optional extra. Confirm with the vendor which features each license type includes, and check whether your identity provider already covers SSO elsewhere.
Availability and multiple instances
Baserow's documentation recommends an external PostgreSQL for production, and its Docker Compose and Kubernetes deployments support horizontally scaled backends. Meeting a high availability target means extra compute, a managed or replicated database, load balancing and a tested failover plan, all recurring costs in your own infrastructure. A single-node deployment costs less but moves the risk of downtime onto your team.
In-house skills and support
Self-hosting moves operations work onto your team or onto a paid support partner. Plan for PostgreSQL administration, upgrades (Baserow published 2.4.0 on September 30, 2026 and 2.4.1 on October 13, 2026), backup testing and access reviews. Where skills are thin, the cost of a retainer or fixed-scope implementation can outweigh per-user savings, so compare the internal hours required against the vendor support fee.
How Baserow's license types change the bill
The MIT-licensed Baserow core is not the whole product. Baserow is open core: all non-premium and non-enterprise features are under the MIT License, while premium and enterprise features sit outside that grant. Self-hosted Baserow offers three paid license types: Premium, where seats are assigned manually to individual users; Advanced, which grants paid access to users on the instance; and Enterprise, priced through sales. An instance can use only one license type, so mixing tiers across departments is not an option to model in the business case. Before you compare totals against FileMaker, list each feature your current solution depends on (role-based permissions, audit logs, single sign-on, automations, dashboards, portals) and map it to the tier that includes it.
Single sign-on is the feature most likely to change the tier. Baserow's SSO covers SAML, OAuth 2.0 providers such as Google, GitHub and GitLab, and generic OpenID Connect, and it is available on the Advanced and Enterprise plans with an activated license. If your FileMaker environment already authenticates users through a corporate identity provider, that requirement alone can push the estimate above the Premium line. Confirm with Baserow which license covers each authentication method you intend to use, and check whether seat counts under the Advanced model are based on users on the instance or on assigned seats, because that difference drives the recurring cost.
Confirm the tier mapping with Baserow in writing before the business case is final. The published cloud pricing page and the self-hosted license documentation describe the models, but the feature-to-tier boundaries for your specific requirements should come from Baserow, not from this comparison. Ask for the license terms that apply to your instance, the renewal and true-up rules for seats, and what happens to access if a license lapses. Those answers, together with your own user count and the cost of hosting PostgreSQL, are what turn a FileMaker quote into a comparable figure.
How to build the comparison with your own numbers
This sequence turns the cost question into a five-year model built from your own FileMaker quotes, your own inventory and your own rebuild estimates, so the comparison with self-hosted Baserow reflects your organization rather than a published example.
Inventory users by role and editing frequency
Start by listing every person who touches the FileMaker solutions, grouped by role: administrators, developers, power editors, occasional editors and read-only viewers. Record how often each group edits records, runs scripts or only views layouts, using the user lists in FileMaker Server or the admin console and interviews with team leads. The output is a headcount per role that you can carry into both the FileMaker and Baserow calculations, because per-user pricing on each side depends on who needs a paid seat.
Count tables, relationships and scripts
Open each FileMaker file and count its base tables, table occurrences, relationships, scripts, value lists and layouts. Note which scripts are simple field updates and which contain branching logic, external data calls or integrations. The output is a per-solution inventory that shows how much of the logic must be rebuilt as Baserow automations or API calls, and it becomes the main input for the rebuild estimate in a later step.
Measure attachment and container volume
Measure how much data sits in container fields and external storage, by table and by solution, and how fast it grows each month. Check whether containers are stored inside the file or externally, since that changes both export effort and storage sizing. The output is a total storage figure with a growth rate, which you will use for PostgreSQL disk and object storage sizing and for the export plan.
Price the FileMaker renewal from the written quote
Request a written renewal quote from your Claris partner or reseller covering the exact products, user counts and term, and for FileMaker Server, the license and maintenance terms. Ask whether the quote includes FileMaker Cloud per-user plans with the 5-user minimum or on-premises server licenses, and what the renewal uplift is compared with the current contract. The output is a single annual figure for each option you are considering, with the quote reference and date recorded, so the number can be traced in the final model.
Map required features to Baserow license tiers
List the features each solution depends on, such as single sign-on, role-based permissions, audit logs, premium seats or enterprise support, and match each one to the Baserow cloud or self-hosted tier that includes it. Confirm the current feature list and prices on Baserow's pricing page and self-hosted license documentation, because the MIT-licensed open-source edition covers only non-premium and non-enterprise features. The output is a tier decision per requirement, with the per-user cost for the number of seats that tier needs, and a note of any feature you must confirm with Baserow before purchase.
Cost the PostgreSQL and hosting footprint
Design the self-hosted footprint: the Baserow application containers, an external PostgreSQL instance recommended for production, Redis, backups, object or disk storage for attachments, and separate environments for testing. Request quotes for the compute, storage, backup and monitoring services in your own cloud account or data center, and ask your database team to estimate administration time. The output is a monthly and annual hosting cost, plus a one-time setup cost for the deployment and hardening work.
Estimate rebuild effort per solution
For each solution in your inventory, estimate the effort to rebuild tables, relationships, layouts, scripts and reports in Baserow, and to migrate data and users. Use the counts from the first steps and rate complex scripts and layouts higher than simple tables. Ask two or three implementation partners to price the same written scope, and compare their assumptions, including the Airtable-style importer limits and manual rework for container fields. The output is a one-time effort estimate per solution, with the assumptions listed, that you can review line by line.
Add support, upgrade and staffing costs
Add the recurring people costs that run after go-live: internal administrators, on-call support, upgrade testing for each Baserow release, security patching and user training. Decide whether support comes from your own staff, a retainer with an implementation partner, or a paid Baserow plan with vendor support, and get written pricing for each option. The output is an annual support and staffing line, which is often the largest recurring cost of a self-hosted platform and should appear beside the FileMaker renewal in the model.
Run the five-year view with one-time and recurring lines
Build a five-year table with two separate sections: one-time costs for rebuild, migration, setup and training, and recurring costs for licenses, hosting, storage, support and staffing. Run the FileMaker option with its quoted renewals and the Baserow option with its chosen tiers, then show the cumulative totals year by year. Label any illustrative assumption clearly and share the model with finance and the security team so each figure can be traced back to a quote, count or estimate. The output is a comparison that the decision makers can audit and revise when the quotes change.
Single container or external PostgreSQL: what each costs to run
The baserow/baserow Docker image runs all Baserow services in one container and uses an internal PostgreSQL and Redis by default. It is the fastest way to evaluate Baserow on a single host, and it keeps infrastructure spend low because there is only one workload to host. Baserow highly recommends an external PostgreSQL for production, so this option is best treated as a proof of concept rather than a production baseline.
- Infrastructure: One virtual machine or server carries the application, database and cache, so the recurring compute and storage bill is small.
- Database backups: The internal database lives inside the container volume, so backup and restore must capture that volume correctly. Plan this before loading real data.
- Upgrades: Upgrading the image upgrades every service together, which reduces moving parts but also means one failure can affect the whole instance.
- Staffing: Basic Docker administration may be enough for evaluation, but production support needs someone who can troubleshoot the database inside the container.
- Scaling: Capacity grows only by resizing the host, which limits growth for many users.
Before relying on this option, confirm with Baserow's installation documentation which volumes and backup procedures apply to your version.",
Docker Compose runs the separate backend and web-frontend images, and you connect Baserow to an external PostgreSQL that you operate. This matches Baserow's production recommendation and gives you control over database sizing, tuning and recovery. The cost moves from the application host to the database layer, and that layer needs ongoing attention.
- Database operations: You pay for a managed PostgreSQL service or for the time of staff who run a self-managed server, including tuning, monitoring and capacity planning.
- Backups and restore tests: Point-in-time recovery, retention and restore testing become your responsibility, and they recur on every schedule you set.
- Patching: Operating system, PostgreSQL and Compose image updates each need a maintenance window and a rollback plan.
- Storage and attachments: Attachment storage grows with use, so budget for disk or object storage alongside the database.
- Staffing: Expect someone with PostgreSQL and Linux skills to own this layer, even if the application itself is simple to run.
Ask your database provider or internal platform team to quote backup retention, high availability and support hours separately from the Baserow licence, since each item changes the total.",
Kubernetes with Helm supports horizontally scaled Baserow deployments, where multiple backend and frontend replicas run behind a load balancer. It suits organizations with many users, strict availability targets or an existing cluster. The licence and application cost stay the same as in Compose, but the platform cost and the skills required rise sharply.
- Cluster costs: You pay for node capacity, load balancers, persistent volumes and any cluster management service, all of which recur whether or not Baserow is busy.
- Platform skills: Helm values, ingress, secrets, autoscaling and upgrade ordering require engineers who already operate Kubernetes in production.
- Database still external: A scaled deployment still depends on a PostgreSQL service with its own backup, patching and failover costs.
- Observability: Logs, metrics and alerting across replicas add tooling and time to maintain.
- Staffing and on-call: Cluster incidents can affect every team that shares the platform, so the cost often sits with the platform team rather than the Baserow owner.
Confirm with Baserow's Kubernetes documentation which chart version and resource settings match your user count, and ask any Kubernetes partner to quote cluster operations as a separate line item.",
Questions buyers ask about FileMaker and Baserow costs
How much effort does a FileMaker rebuild on Baserow take?
The effort depends mostly on how much of the FileMaker solution is logic and layout rather than plain data. Tables, fields and relationships translate fairly directly, while layouts, scripts and calculation-heavy logic must be rebuilt by hand in Baserow's application builder and automations. Baserow's Airtable importer, for example, copies tables, records, attachments and grid views but skips formula, lookup and rollup fields, automations and interfaces, which shows the kinds of elements that never move automatically. Count the layouts, scripts and custom functions in your solution, then rank them by how many users depend on them. That inventory is the single best input to any quote.
Can our internal staff run the migration without an outside firm?
Yes, many teams with a database administrator and a developer who knows the FileMaker solution can do it, provided they have time and a clear test plan. The work splits into data export, rebuilding tables and relationships, recreating screens and logic, and training users. Staff need to be comfortable with PostgreSQL administration, Docker or Kubernetes and identity configuration if the instance is self-hosted. Confirm internal capacity honestly before deciding, because a rebuild usually competes with day-to-day support work. A fixed-scope engagement from DeployOpen covers only the parts you agree in writing, so you can keep some work in-house and outsource the rest.
What ongoing work does a self-hosted Baserow instance need?
A self-hosted instance recurs costs in staff time and infrastructure rather than per-user fees. The main recurring tasks are applying upgrades, maintaining the database, backing up PostgreSQL and attachment storage, monitoring the service, and managing user accounts and access rules. Baserow's Docker documentation highly recommends an external PostgreSQL for production, so plan for that database to be backed up and patched separately from the application. Ask whoever quotes the work to separate one-time setup from a recurring support retainer, since the two are priced differently and not every team needs ongoing help.
How long does the migration run, and what sets its length?
The length is set by scope, not by a standard duration. The number of tables and relationships, the volume of attachments, the number of layouts and scripts to rebuild, the number of users who must be trained, and how many test cycles you need before cutover all add time. Baserow's import tool works one base at a time from a public share link, so multi-base solutions add repetition. No duration is published here, so ask for a timeline in writing that names each phase and the client decisions each one depends on.
Does Baserow's Free or Premium tier cover our use?
It depends on whether you need a hosted or self-hosted plan, how many rows you hold and which features your users depend on. Baserow's cloud pricing lists a Free tier limited to 3,000 rows per workspace, with Premium and Advanced priced per user per month billed yearly. Self-hosted Baserow uses separate license types, and an instance can use only one of them. Single sign-on from SAML or OpenID Connect is available on the Advanced and Enterprise plans with an activated license, and role-based permissions and audit logs are listed for Advanced. Confirm the current terms on the pricing and license pages, and check which features your solution needs before choosing a tier.
What should we request in a fixed-scope quote?
Ask for a written scope that lists every table, layout, script and integration to be rebuilt, the data volumes to migrate, the environments to be delivered, and the testing and training included. Request separate line items for discovery, migration, hardening and backup setup, user training, and any ongoing support, so you can see what is one-time and what recurs. Also ask which deliverables you own at the end, what acceptance criteria apply, and how changes to scope are priced. DeployOpen prepares these written scopes before work starts, and quotes follow from them.
Does self-hosting Baserow remove the need for a per-user contract?
Self-hosting removes the vendor's hosted per-user plan, but it does not remove all per-user licensing. The MIT-licensed open-source edition of Baserow has no per-user fee, while paid self-hosted licenses are sold as Premium with seats assigned to users, Advanced with paid access for users on the instance, or Enterprise through sales. Check which features you need, because premium and enterprise features fall outside the MIT grant. Confirm the license model in writing before you plan the budget.
What to confirm with vendors before you sign
Start with the FileMaker renewal terms, because they set the baseline for every other comparison. Ask the vendor in writing whether the 5-user minimum applies to your account, which users it counts, and whether the price covers the FileMaker Cloud per-user plan or the FileMaker Server license you actually need. Ask what features each option includes, such as hosting, updates and the integration interfaces your solution relies on. Ask what changes at renewal, including notice periods for price increases and what happens to your hosted files if you stop paying. If a reseller quotes a different figure from the vendor's terms, request both in writing before you compare totals.
Next, map each required feature to a Baserow tier. The Baserow pricing page lists a Free plan with 3,000 rows per workspace, paid cloud plans billed per user, and Enterprise on request, with role-based permissions and audit logs listed for Advanced. Self-hosted use follows separate license types: Premium with seats assigned manually, Advanced granting paid access to users on the instance, and Enterprise. An instance can use only one license type, so confirm which one fits your user model. Single sign-on requires Advanced or Enterprise with an activated license. Ask Baserow to confirm in writing whether any Airtable-style limits, such as records per base or API calls per month, apply to the tier you choose.
Finally, confirm the release line before you plan the deployment. Baserow 2.4.1 was published on October 13, 2026, following 2.4.0 on September 30, 2026, so check the Baserow GitHub releases page for the version you will install on the day of deployment, and confirm that your license type supports it. Request a written statement of what each tier includes, covering feature availability, user counts, support scope and upgrade terms, and file it with your procurement record. Treat verbal assurances from either side as provisional until they appear in that statement.
How DeployOpen scopes a fixed-price Baserow implementation
DeployOpen is a Chainscore Labs company that plans, implements, customizes, hardens, backs up, documents and supports self-hosted open-source platforms inside your own infrastructure. For a FileMaker cost comparison against self-hosted Baserow, we start by agreeing in writing what gets moved, rebuilt and tested before any work begins.
How we scope
- Inventory every FileMaker file, table, relationship, script and layout your users depend on today
- Confirm the hosting target: your cloud account, data center or air-gapped network, and the PostgreSQL location
- Agree which Baserow license type fits your user count and whether single sign-on is required
- Record the written scope, deliverables and timeline before any implementation work starts
How we build
- Deploy Baserow with an external PostgreSQL and configure backups and access controls in your environment
- Migrate tables, records and attachments table by table, checking field types and relationships after each load
- Rebuild layouts in the application builder and replace scripts with automations where the platform supports them
- Test permissions, data integrity and attachment handling against a reference set of FileMaker records
How we hand over
- Document the deployed architecture, configuration, backup and restore steps and access model
- Provide a field-by-field map showing what moved, what was rebuilt and what has no direct equivalent
- Train administrators and key users on the rebuilt screens, automations and permission model
- Confirm cutover steps and a rollback path with your team before FileMaker is switched off
How we support
- Ongoing support, upgrades and continuous testing are available as a retainer after handover
- Retainers can cover Baserow version upgrades, backup verification and patching of the hosting stack
- Support scope is set in writing, so you know which changes are included and which are new work
- Ask for a quote that separates one-time migration work from recurring support and hosting costs
