Okta or WSO2 Identity Server: which fits your identity operations?
Okta fits teams that want the identity service operated for them, while WSO2 Identity Server fits teams that want the code and the runtime under their own control. Most readers arrive here because of a renewal, a price change, or a residency requirement that makes a cloud identity provider harder to accept. If the main driver is that the identity data must sit in your own data center or cloud account, WSO2 is one of the Java options to evaluate. If the main driver is reducing operations work, Okta's SaaS model is the simpler fit, and the question becomes whether the cost change is worth absorbing. Either way, the decision should start from what your team can run, not from the feature list.
WSO2 Identity Server is licensed under Apache-2.0 and supports SAML, OpenID Connect, SCIM and WS-Federation, so protocol coverage is broad. The catch is support. The open source distribution is unsupported, and it is intended for do-it-yourself builds. Expert support, continuous product updates, vulnerability monitoring and access to the licensed distribution for commercial use come with a paid WSO2 on-prem subscription. Ask WSO2 for the subscription terms in writing, including what is covered for the version you deploy and how fixes reach a self-built environment. Your team also needs Java 21 or Java 25 engineering skills and a production-grade database, since the embedded H2 database is for development and testing only.
The decision turns on four questions: how much operating capacity your identity engineers have for patching, clustering and upgrades; how strict your support and vulnerability response requirements are; where your user stores must live, whether in a relational database, OpenLDAP, Active Directory or a custom user store; and which protocols your applications actually use. If you need WSO2 for federated business applications, verify that the protocols and user store connectors match your current estate before comparing costs. Okta, by contrast, removes the hosting and patching work but keeps the identity data in a vendor-operated service.
Which option fits which scenario
This table matches common situations to the better fit between Okta and self-hosted WSO2 Identity Server. Read each row against your own team, data location and user store, then check the support column, since the free WSO2 distribution is unsupported and the paid subscription changes that picture.
| Scenario | Better fit | Reason |
|---|---|---|
| Small team without Java operations | Okta, or a lighter self-hosted option | WSO2 Identity Server runs on a JDK compliant with Java 21 or Java 25 and needs a relational database, so someone must own JVM, patching and database operations. |
| Regulated firm needing identity data in its own data center | WSO2 Identity Server, self-hosted | It can run on Kubernetes, Docker, virtual machines or bare metal, so identity data and logs can stay in your own facilities. Confirm the data flows with your compliance team. |
| Existing LDAP or Active Directory user stores | WSO2 Identity Server, self-hosted | User stores can be an LDAP directory such as OpenLDAP or Active Directory, so existing directories can stay the source of truth. Test how attributes and group mapping behave before cutover. |
| Team that will not run unsupported software in production | WSO2 Identity Server with a paid subscription | The free distribution is unsupported. A subscription provides expert support, continuous updates and vulnerability monitoring, so ask WSO2 which edition and terms cover your environment. |
| Team that needs the free distribution for a pilot only | WSO2 Identity Server, unsupported build | The GitHub distribution suits do-it-yourself builds and evaluation. Do not promote it to production without a support plan that you have agreed in writing. |
| Need for lifecycle and workforce features on day one | Okta, unless the subscription scope is confirmed | Confirm which provisioning, governance and MFA features your subscription covers and which you must build or integrate yourself. |
| Need for FAPI or B2B customer identity patterns | WSO2 Identity Server, after a technical review | The README lists FAPI support and B2B features such as organization hierarchies. Verify each capability in your target release before relying on it. |
What the unsupported free distribution means in production
The free WSO2 Identity Server build is unsupported. WSO2 publishes an open source distribution on GitHub for do-it-yourself builds, while commercial deployments receive updates for enhancements, fixes and performance, expert support, vulnerability monitoring and access to the licensed distribution for commercial use. In practice, the organization that runs the free build owns every decision that a subscription would otherwise cover: when to apply a patch, which version to run, and whether a defect found in production has a fix available to it. Before choosing this path, confirm with WSO2 exactly which of these items the subscription includes, and whether any of them apply to your intended use of the software.
Security releases are the first gap to plan for. With a subscription, the vendor's vulnerability monitoring and update channel tell the customer when a fix is available. With the free build, your team must watch the wso2/product-is repository, the WSO2 Identity Server releases page, and your own vulnerability feeds, then decide how fast to act. Name one owner for that watch, define a patch window for critical identity fixes, and rehearse a rollout in a non-production instance before every change. Upgrades also need their own test plan covering SAML and OIDC client registrations, SCIM provisioning, the user store connections to LDAP, Active Directory or the relational database, and the JDK version the release requires, which WSO2 documents as Java 21 or Java 25 in its installation guide.
If the organization stays on the free build, it owns everything the subscription would otherwise provide: a tested backup and restore procedure for the identity database, high availability design, monitoring, incident response for an identity outage, and a source of expertise when a deployment fault cannot be solved from public documentation. Budget for those roles as recurring internal or contracted effort, not as a one-time setup task. Compare that ongoing cost with a WSO2 subscription quote, and ask the vendor for the support response terms, the update delivery method and the licensing scope in writing before you commit. A written scope with a partner for patching, testing and runbooks can also cover the gap if you prefer to keep the software unsupported.
Where identity data lives and who controls the server
Okta runs as a cloud service, so the location of identity data, logs and operator access is largely set by the vendor. WSO2 Identity Server is a Java server you can place on Kubernetes, Docker, virtual machines or bare metal, which moves those decisions into your own hands. The cards below cover what you control, what the vendor still touches, and what to confirm before you sign.
Hosting options and deployment targets
WSO2 Identity Server can run on Kubernetes, Docker, virtual machines or bare metal, so the platform team picks the target that matches existing change control and patching. Asgardeo is WSO2's SaaS option built on the same core, which means the SaaS and self-hosted paths share a product lineage but not a hosting boundary. Confirm which target your security team has approved for identity tiers, and whether your chosen database is on the supported list, since the product requires a JDK compliant with Java 21 or Java 25.
User store placement
WSO2 Identity Server can keep users in a relational database, or read them from an LDAP directory such as OpenLDAP or Active Directory, or from a custom user store. This choice decides where personal data physically sits and who already owns it. With Okta, the user directory is the vendor's cloud. With WSO2, you can keep the authoritative directory in your own data center and let the identity server federate to it. Ask your architects which store holds the source of truth before you design replication.
Logs and support access
Self-hosting moves audit logs, authentication events and the server's configuration files into your own log pipeline, but it also makes your team responsible for retention and access to them. A WSO2 subscription adds expert support, which means a vendor engineer may need access during an incident. Define in writing how support sessions are granted, recorded and revoked, and whether logs leave your network. Confirm the same points with Okta for its current support access model.
Regional hosting and sub-processor terms
Hosting location is only part of the data question. Where a SaaS option such as Asgardeo processes identity data, which sub-processors are involved, and whether support engineers work from other regions all determine residency exposure. Request the current hosting regions, sub-processor list and data processing terms from WSO2 and from Okta in writing, and compare them against your residency policy. DeployOpen does not set these terms, so treat the vendor's contract as the source.
Compliance evidence and who issues it
A self-hosted identity server gives you configuration, access reviews, patch records and logs that auditors can sample, and DeployOpen can prepare the systems, controls and evidence for that work. DeployOpen does not issue audit reports, attestations or certifications. Independent auditors and certification bodies do that, and the evidence has to come from your running environment. Ask your assessor which control evidence they expect for identity administration before the first walk-through.
Cloud-only Okta on isolated networks
Okta is delivered as a cloud service, so an isolated or air-gapped network cannot use it for live sign-in without a path out. A self-hosted WSO2 Identity Server can run inside that boundary with a local user store and locally managed certificates and patches. The trade-off is that you must carry the patch cycle yourself, and the free distribution is unsupported. Confirm with your security team whether updates can be brought in through an approved media process.
How a move from Okta to WSO2 Identity Server runs
The sequence moves workforce identities and application trust from Okta to a self-hosted WSO2 Identity Server in stages, so each application is proven on the new server before users are switched over.
Inventory applications, protocols and user stores
Your team lists every application that signs in through Okta, the protocol each one uses (SAML, OpenID Connect, WS-Federation or SCIM provisioning), and where its users are stored. Record which applications depend on Okta's Access Gateway, which use the Okta AD agent, and which rely on Okta-specific claims or group names. The output is a signed-off inventory with an owner and a cutover order for each application. Confirm with each application owner which protocol version and certificate settings they depend on, because those settings must be reproduced in WSO2.
Export users and document configuration
Export the active user list using the List Users API with a filter, or the Password Health report CSV in the Okta Admin Console, and keep the file under your own access controls. Group memberships, authentication policies, sign-on rules and app integrations do not come across in a user list, so document them separately and plan to rebuild them in WSO2. Password hashes are generally not available from Okta, so plan for users to set new credentials or for a federated store to hold them. The output is a user file and a configuration register that show what must be recreated by hand.
Stand up a non-production WSO2 instance
Install WSO2 Identity Server v7.3.0 on a JDK compliant with Java 21 or Java 25, and point it at an external relational database such as PostgreSQL, MySQL, Oracle or Microsoft SQL Server. The embedded H2 database is for development and testing only, so it must not hold any production or pilot identity data. Your platform team deploys the server on Kubernetes, Docker, virtual machines or bare metal in the environment that will host production. The check is a working administrative login, a database connection that survives a restart, and a documented build that can be repeated.
Connect LDAP or Active Directory user stores
Configure WSO2 user stores to match where identities will live: a relational database for users created in WSO2, or an LDAP directory such as OpenLDAP or Active Directory for users managed elsewhere. Your directory team must provide a read-only bind account, the search bases and the attribute mappings for usernames, groups and email. Test authentication with a small set of accounts from each store, including disabled and locked accounts. The output is a user store configuration that authenticates real directory users in the non-production instance without copying their passwords.
Re-federate SAML, OIDC and WS-Federation applications
For each application in the inventory, register it in WSO2 as a SAML, OpenID Connect or WS-Federation service provider and reproduce its redirect URIs, signing certificates, audience values, scopes and claims. Compare the tokens each application receives from Okta with those from WSO2 and fix any missing or renamed claim before going further. Where an application supports SCIM provisioning, test the provisioning calls against WSO2 in the same way. The check is a successful sign-in and an attribute-by-attribute comparison of issued tokens for each application in staging.
Plan password and MFA re-enrollment
Decide with the security team how users will re-establish credentials and second factors. Okta's MFA enrollments and password hashes do not transfer to WSO2 in a standard export, so users will need to enroll again or sign in against a directory that still holds their passwords. Confirm which MFA methods WSO2 will offer in your deployment and whether they meet the policy that applied under Okta. Write the user communication, the help desk procedure for identity verification, and the fallback for users who cannot enroll. The output is an approved enrollment plan with a pilot group.
Cut over in stages with a rollback plan
Move applications in the order set during inventory, starting with a small pilot group, and keep Okta active for each application until its sign-in and provisioning have run correctly for users in production. Record the DNS, certificate and redirect changes for each cutover, and keep the Okta application assignment ready to restore. The rollback plan names who can reverse a cutover, the steps to do it and the criteria that trigger it. The output is a completed cutover log for each application and a decision to retire Okta only after every application has passed.
Questions buyers ask before switching from Okta
Can I run the free WSO2 Identity Server build in production?
The free build is available, but WSO2 describes its open source distribution as unsupported and intended for do-it-yourself builds. Commercial deployments receive updates for enhancements, fixes and performance, along with expert support. Before you decide, confirm with WSO2 what they will support, how security fixes reach you, and whether your planned use requires the licensed distribution. Your security team should treat the unsupported path as a decision that carries its own patching and incident response work, owned by your team.
What skills does my team need to run WSO2 Identity Server?
Plan for Java operations and identity protocol knowledge. The server requires a JDK compliant with Java 21 or Java 25, and it runs on Kubernetes, Docker, virtual machines or bare metal. You will need a production relational database such as PostgreSQL, MySQL, Oracle or Microsoft SQL Server, because the embedded H2 database is for development and testing only. Your team will also need people who understand SAML, OpenID Connect, SCIM and WS-Federation, plus monitoring, backup and certificate management for the server.
How long does a migration from Okta to WSO2 Identity Server take?
The duration depends on the number of applications, how many use SAML, OpenID Connect, SCIM or WS-Federation, the state of your user stores, and how much policy and MFA configuration must be rebuilt by hand. Each application needs its own test and cutover, and parallel running adds time. No fixed duration applies to every environment, so ask for a fixed-scope written plan that lists deliverables, milestones and the work your team must provide before you commit to a timeline.
Can my own team do the migration without an outside partner?
Yes, a capable identity team can migrate without help, particularly if the application count is modest and the team already runs Java services. The main risks are rebuilding Okta policies, re-federating applications without downtime, and handling password and MFA re-enrollment for users. Teams without recent experience with federation protocols often use an implementation partner for the design and cutover, then take over operations. DeployOpen plans, implements and documents these systems inside your environment under a written scope, if that model fits your team.
What does a WSO2 on-prem subscription actually cover?
A WSO2 on-prem subscription provides expert support, continuous product updates, vulnerability monitoring and access to the licensed distribution for commercial use. It is the recurring cost that replaces the unsupported path, so it belongs in your cost comparison next to Okta's per-user fees. Ask WSO2 for the written subscription terms, the support hours and response targets, how they count users or deployments, and whether the subscription covers your specific number of environments.
Can existing Active Directory users stay where they are?
Yes, WSO2 Identity Server user stores can be an LDAP directory such as OpenLDAP, Active Directory or a custom user store implementation, so existing directory accounts can remain the source of identity. This avoids moving passwords and accounts in bulk. You still need to confirm how group membership, attributes and authentication flows map from Active Directory into WSO2, and how Okta's AD agent behavior is replaced. Test password changes, account lockout and disabled accounts in a staging environment before cutover.
What happens to my Okta contract during parallel running?
Okta contracts usually continue until their end date, so running both systems means paying for Okta while WSO2 is deployed and tested. Check your Okta renewal date, notice period and whether any contract terms restrict early exit. Parallel running also means some users may sign in through Okta while others use WSO2, so plan the cutover in waves. Your finance and procurement teams should ask Okta for the exact end date and the terms for reducing seats before you set a migration schedule.
Scoping a fixed-scope evaluation or migration
DeployOpen scopes a WSO2 Identity Server evaluation or an Okta exit as a written, fixed-scope engagement, with deliverables and timelines agreed before any work starts. The scoping conversation starts with an inventory: every application that currently signs in through Okta, the protocol each one uses (SAML, OpenID Connect, SCIM or WS-Federation), the user stores behind them (Okta Universal Directory, Active Directory, LDAP or a relational database), and the groups, policies and MFA rules that decide who gets in. Support needs go on the same list, because the choice between running the free distribution and buying a WSO2 subscription changes who patches the server, who answers a production incident and how upgrades are planned. The output is a written scope that names the applications in or out, the environments to build, the cutover approach and the acceptance tests for each deliverable.
The client supplies most of what makes the scope accurate. Each application needs a named owner who can confirm redirect URIs, attribute mappings and session behavior, and who can sign off on testing. The platform team needs read access to the directory that holds identities, service accounts for LDAP or Active Directory binds, and access to the existing Okta tenant for configuration exports. Confirm with your own security team which Java 21 or Java 25 JDK build, which supported database (such as PostgreSQL) and which hosting model (Kubernetes, Docker, virtual machines or bare metal) your standards allow, because these choices drive the build work. Ask DeployOpen to state in the scope which items it will not cover, such as application code changes on the client side.
The decision on subscription versus the free build stays with the client. DeployOpen can document what each path means for your operating model, including who carries patching, vulnerability monitoring and upgrades under the unsupported distribution, and what a WSO2 subscription adds, but the commercial choice and the contract remain yours and WSO2's. Ask WSO2 directly which current release line and support terms apply to your deployment before the scope is signed, and confirm the current version details on the WSO2 Identity Server releases page. Any quote DeployOpen issues will follow from that written scope, so the more precisely the inventory is done up front, the fewer change requests appear later.
How DeployOpen helps you evaluate, implement and migrate
DeployOpen plans, implements, hardens and supports self-hosted open-source identity platforms inside your own infrastructure. For Okta vs WSO2 Identity Server, the work starts with a written scope that decides which edition, support model and user stores fit your environment.
How we scope
- Inventory the SAML, OIDC, SCIM and WS-Federation applications that must move, and which ones need a bridge.
- Map your current user stores, including Active Directory or LDAP, and the database your team can operate.
- Agree in writing whether the build uses the unsupported distribution or a paid WSO2 subscription, and who owns each.
- Engagements are fixed-scope, with scope, deliverables and timelines agreed in writing before work starts.
How we build
- Deploy WSO2 Identity Server on your chosen platform, with a supported JDK and a production-grade relational database.
- Configure user store connections, identity provider federation and application integrations against your inventory.
- Test authentication flows, token claims, provisioning and failover before any production cutover.
- Document configuration, upgrade steps and hardening decisions so your team can operate the platform.
How we hand over
- Deliver runbooks for backup, restore, upgrades and certificate rotation, with each step tested in your environment.
- Train your administrators on the admin console, user store management and application onboarding.
- Provide evidence of configuration and controls that your internal or external assessors can review.
- Confirm with you which artifacts and access records remain in your environment after handover.
How we support
- Ongoing support, upgrades and continuous testing are available as retainers after handover.
- Plan version upgrades around the WSO2 release cadence and your own change windows.
- Schedule security testing of the identity platform and its integrations as part of ongoing operations.
- Confirm with WSO2 which support tier, update entitlements and vulnerability monitoring your subscription includes.
