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Yes. You can self-host Logto on AWS using its Docker and PostgreSQL deployment model, but the available Logto guidance is general self-hosting documentation—not a tested AWS reference architecture or a one-click Cognito replacement. The key decision is whether Logto’s identity features fit your application and whether your team is prepared to operate the identity service.
What changes when you deploy Logto instead of using Cognito?
Logto describes three deployment options: Logto Cloud, private cloud, and self-hosted open-source software (OSS). Cognito is AWS-hosted. Choosing self-hosted Logto means your team takes responsibility for running the service and its database; choosing a managed Logto option leaves more of that operational work with the provider.
Logto’s Cognito comparison highlights organizations, organization-level enterprise single sign-on (SSO), sign-in customization, and configurable identity settings. Treat these as vendor-described product differences and check them against the requirements and current capabilities of your application.
One important exception is AWS-native identity: Logto’s comparison says Cognito identity pools can issue temporary AWS credentials for direct access to AWS services. Logto is not presented as a substitute for that capability. If your application depends on identity pools, establish how it would obtain AWS credentials before planning a switch.
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How do you deploy Logto on AWS?
Use Logto’s self-hosting instructions as the application-level starting point, then design and validate the AWS infrastructure separately. The documentation reviewed here does not specify an AWS architecture, deployment recipe, or tested sizing recommendation.
Prepare the application and database
Logto’s OSS getting-started guide lists PostgreSQL 14 or later, Docker, and npm/CLI setup among its prerequisites. The guide’s minimum hardware figures are local-hosting guidance, not validated AWS instance sizing. For an AWS deployment, choose compute and a PostgreSQL arrangement based on your workload and operational requirements rather than treating those local figures as an instance recommendation.
Plan for persistent database storage. Logto’s guide warns: “Do not use our docker compose command for production!” Its bundled Docker Compose database arrangement can create a new database when rerun, risking loss of previously persisted data. Use a production database arrangement with an explicit persistence and recovery plan instead.
The Tool Desk
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The deployment guide documents DB_URL, ENDPOINT, and ADMIN_ENDPOINT, as well as HTTPS and reverse-proxy configuration. The default ports in the OSS getting-started guide are 3001 for the core service and 3002 for the Admin Console. With a reverse proxy, the guide describes mapping the two ports separately and configuring the forwarded-header trust setting. Confirm that your proxy and Logto configuration agree on the public endpoints and HTTPS behavior.
Validate production operations before cutover
Logto documents production containerization and additional work for multiple instances, including a shared connectors directory and running database alterations as a single-instance job. These requirements make deployment topology and upgrade procedures part of the decision—not just the initial container launch.
- Define how database persistence, backups, and recovery will work.
- Decide how deployments, upgrades, monitoring, availability, and incident response will be handled.
- Test the proxy configuration, endpoint behavior, and sign-in flows in a non-production environment.
- For multiple Logto instances, account for the shared connectors directory and ensure database alterations are run as a single-instance job.
The cited Logto guidance does not establish an AWS load-balancer, ECS or EKS, IAM-role, network-ACL, backup, disaster-recovery, or production-SLA design. Those choices require separate architecture and operational decisions; do not assume the general deployment guide has validated them.
Which deployment option fits your operating model?
| Option | Who operates the identity service? | What to weigh |
|---|---|---|
| Logto Cloud | Logto provides the managed service. | Compare its current plan limits, token usage, and add-ons with your workload. |
| Private cloud | Logto lists this as an option; the reviewed comparison does not specify its operational division of responsibility. | Confirm hosting, administration, and support responsibilities with Logto for the arrangement you are considering. |
| Self-hosted OSS on AWS | Your team operates the deployment and database. | Include infrastructure, database administration, updates, availability, monitoring, backups, and incident response in the decision. |
| Cognito | AWS hosts the service. | Retain it as a candidate if your requirements depend on identity pools issuing temporary AWS credentials. |
How should you plan a Cognito migration?
Start with an inventory of user profiles, social identities, password storage, sessions, and authorization mappings. Then choose a migration approach based on what can be exported, what can be verified during sign-in, and how much user disruption is acceptable.
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Bulk migration
Bulk migration is suitable when user records and password hashes can be exported in a format Logto can import compatibly. Validate the hash format and test representative accounts before cutover; do not assume that moving profile records also preserves usable passwords.
Just-in-time migration
Just-in-time migration can fit when the old provider must verify passwords, compatible hashes are unavailable, or you want users to move gradually. The legacy authentication system remains in the sign-in path until each user has migrated.
Plan for password impact
Logto’s Cognito comparison says Cognito does not allow password-hash export and says Cognito’s bulk-import process requires users to reset passwords at first sign-in. Those are claims from Logto’s comparison, not independently verified AWS guidance here. Confirm the current behavior with AWS documentation and your account’s migration options before committing to a password-continuity plan. If credentials cannot be moved compatibly, plan for password resets or a staged migration rather than promising silent continuity.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How do Logto costs compare?
Logto’s pricing page, as accessed in 2026, lists a Free plan with up to 50,000 monthly active users (MAU) and 50,000 tokens, a Pro plan starting at $24 per month, and Enterprise pricing by contact. These are vendor-published figures, not a total cost estimate for self-hosting on AWS; prices, quotas, and terms can change.
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| Cost item | What the available information establishes |
|---|---|
| Free plan | Up to 50,000 MAU and 50,000 tokens, according to Logto’s pricing page accessed in 2026. |
| Pro plan | Starts at $24 per month, according to Logto’s pricing page accessed in 2026. |
| Enterprise | Pricing by contact, according to Logto’s pricing page accessed in 2026. |
| Self-hosting on AWS | Compute, PostgreSQL, and engineering and operations effort must be assessed for your architecture; no total is established by the cited Logto pricing information. |
Logto counts access-token issuance for token billing. M2M authorization flows and organization requests can produce additional access tokens, so estimate token use from your application’s actual flows rather than comparing MAU alone. Include applicable usage charges and add-ons in the estimate.
Best Value
Logto’s Cognito price comparison specifies US East (N. Virginia) and says it is based on public information as of July 2026. Its Cognito figures are vendor comparison data, not independently verified AWS pricing here. Any cost comparison should use the same region, workload assumptions, and date, and account for AWS infrastructure and operational effort if you self-host Logto.
When is Logto a sensible Cognito alternative?
Logto is worth evaluating when its organization model, enterprise SSO, sign-in customization, and configurable identity settings match your application—and when you have a clear plan for migration and service operations. Self-hosting gives you an option to run the software on AWS, but transfers responsibility for deployment, database operations, upgrades, availability, and recovery to your team.
Cognito may remain the better fit when your design relies on identity pools to issue temporary AWS credentials or you do not want to take on self-hosting responsibilities. Make the choice against your actual authorization needs, migration constraints, operating capacity, and workload-based costs.
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