Akeyless or self-hosted Infisical: when each fits
If you are facing an Akeyless renewal, a pricing change, a data residency requirement or growing lock-in concerns, the choice comes down to where you want the control plane to live and who should operate it. Akeyless fits when a managed SaaS control plane is acceptable, gateways deployed in your network are an acceptable compromise, and you prefer the vendor to run upgrades and availability. Self-hosted Infisical fits when secrets metadata, policy and audit data must stay entirely inside your boundary, when one platform for secrets, PKI and key management is preferred, and when your team has the capacity to run the service. Neither option is a drop-in match for every feature, so start by mapping your current Akeyless usage to the controls you actually depend on.
The first question is control plane location. Akeyless keeps its control plane as a managed service and places gateways on your side of the network, which can satisfy many residency reviews but still means some dependency on the vendor's cloud. A self-hosted Infisical deployment runs the API, dashboard and database in your own accounts or data centers, using options such as a single Docker container, Docker Compose or the official Helm chart with bundled PostgreSQL and Redis. Second, examine gateway design. Infisical's self-hosting documentation states that gateways require enterprise licensing, so confirm whether your target architecture depends on them, and ask Infisical to confirm the current license terms in writing. Third, list enterprise features you need, such as SSO, and check their licensing before you commit.
Operating capacity decides much of the outcome. With Akeyless, the vendor carries most of the platform operations, while you own the gateways and integrations. With self-hosted Infisical, your team or a service partner owns database backups, upgrades, TLS, monitoring and high availability, and each Infisical release, such as the v0.166.8 published on October 15, 2026, needs a tested upgrade path. Write down who runs upgrades, who holds the database and encryption keys, and how you would recover if the instance failed. If those answers are not yet clear, a fixed-scope implementation review can clarify them before any migration starts.
Which option fits which scenario
This table maps common situations to the better fit between Akeyless and self-hosted Infisical. Read each row by its condition: the requirement or constraint in the middle column usually decides the choice, so start with the situation closest to your own.
| Scenario | Better fit | Condition that drives the choice |
|---|---|---|
| Regulated team that needs all data in its own cloud account | Self-hosted Infisical | Secrets, keys and audit logs must stay in accounts you control, and you can staff its database and upgrades |
| Team that wants a managed control plane with on-site gateways | Akeyless | You accept a vendor-hosted control plane and need gateways to reach private networks and on-premises targets |
| Kubernetes-first workloads | Self-hosted Infisical | Pods need secrets through the Infisical Kubernetes operator or agent, and you want that delivery model across clusters you run |
| Teams needing SSO or gateways on self-hosted Infisical | Akeyless, or Infisical with enterprise licensing | The Infisical self-hosting documentation says SSO and gateways need enterprise licensing, so confirm that cost before choosing self-hosting for these features |
| Small team with no platform operators | Akeyless (managed) or Infisical Cloud | Nobody on staff can own database backups, upgrades and high availability, so a managed service may carry less operating risk |
| PKI and KMS consolidation | Self-hosted Infisical, if one platform is the goal | You want private PKI with ACME or EST, encrypt and decrypt operations and secrets in one tool; check certificate and key coverage against your current Akeyless use |
Where the secrets live and who holds the keys
The first question for this comparison is which parts of the secrets stack sit outside your network. Akeyless runs its control plane as a SaaS service and places gateways in your environment that connect back to it. Self-hosted Infisical runs entirely where you deploy it: as a single Docker container, under Docker Compose, through the official Helm chart with its bundled PostgreSQL and Redis, from Linux packages, or on the AWS or GCP reference deployments. Ask Akeyless to document, in writing, which metadata, policies, audit records and secret material transit to its cloud and which remain inside your gateways. Then map Infisical's database, Redis and encryption key material to the systems your own team controls, including who can read the database volume and where backups are stored.
A network outage affects the two models differently, and the difference is the one to plan for. With Akeyless, a break in the link to the SaaS control plane may stop administrative changes and new management actions, and whether gateways keep serving existing secrets during that break is a question to put to the vendor and test in a lab. With self-hosted Infisical, the secrets service has no external dependency, so an outage reaches you only through your own components. That shifts the risk to your high availability design: the database, the cache, the number of server replicas and the restore procedure. Infisical's documentation states that gateways and SSO require enterprise licensing, so confirm that licence covers any gateway behaviour you depend on before you design around it.
Whichever model you choose, the compliance evidence has to come from your own environment. For a self-hosted Infisical deployment, collect the Compose files or Helm values with pinned image versions, the RBAC and approval policy exports, access and audit logs from your log pipeline, backup and restore test records, network diagrams showing every egress path, and the key custody procedure for encryption material. For Akeyless, collect your gateway configuration, network rules and the vendor's assurance documentation, then check what it covers. DeployOpen prepares these systems, controls and evidence for an assessment. Independent auditors and certification bodies issue any report or attestation, so ask your auditor which evidence they expect before you start collecting.
What data location and licensing change for compliance
Moving from a SaaS control plane to a self-hosted secrets platform changes where secret material, logs and keys sit and who can change the software. The cards below tie each change to a condition you can verify before you sign off on a design.
Data location and residency
With Akeyless, secret metadata and control-plane traffic depend on the vendor's SaaS service, while gateways keep some access on your side. With self-hosted Infisical, the server, PostgreSQL, Redis and audit logs can run in the cloud account or data center you choose. Confirm which Akeyless components hold secret values, where backups go, and whether your residency rules cover metadata as well as values before you map the target design.
Identity and access implications
Machine identities that authenticate to Akeyless today may use Akeyless-specific auth methods, which means every client needs a change. Infisical supports Kubernetes, AWS, GCP, Azure, OIDC and Universal Auth, governed by RBAC, temporary access and approval workflows. Map each workload's current auth path to a supported method and confirm how your identity provider integrates before cutover.
Licensing of the Infisical repository
The core Infisical repository is under the MIT Expat license, but content in any ee directory falls under a separate license in ee/LICENSE. Features such as SSO and gateways are documented as requiring enterprise licensing. Have counsel and your procurement team list which capabilities you need, then confirm in writing which of them sit in the MIT portion and which require an enterprise agreement.
Vendor dependence and release risk
Self-hosting removes the need to accept a vendor's hosted outage window, but it moves upgrades, patching and version support onto your team or a support provider. Check the release cadence you expect, how breaking changes are announced, and whether your upgrade path is documented. The Infisical releases page lists published versions that you can compare against your change process.
Audit evidence and access logs
Assessors will ask for evidence of who read or changed a secret and when. Confirm what Akeyless exports today, then confirm what your self-hosted deployment writes to its own logs, where those logs are retained and how they reach your SIEM. Privileged access sessions and approval records must also be exportable, because an auditor cannot rely on a vendor dashboard you no longer control.
Key custody and encryption roots
Who holds the root key decides who can read secrets after a breach or a staff change. Ask Akeyless how its key custody model works and which parts are customer-managed. For Infisical, decide where the encryption root lives, whether that is a cloud KMS, an HSM or a file-based key, and document the unseal or key recovery procedure before go-live, since losing it can make stored secrets unrecoverable.
Free tiers, enterprise licensing and what each charges for
Akeyless sells its secrets, keys and certificates platform as a SaaS control plane, with gateways that run inside your network. It offers a free plan with limits and an Enterprise tier priced by quote. The figures that matter for your budget come from the vendor's current terms, so confirm them directly rather than relying on older summaries.
- Free plan limits: Ask which secret counts, users, gateways, rotation features, dynamic secret types and PKI capabilities the free plan includes, and what support it receives.
- Enterprise scope: Ask what the Enterprise quote is based on, such as items, users, gateways, environments or certificate volume, and which features are included.
- Gateway hosting: Gateways run on your infrastructure, so you pay for the virtual machines or containers, patching, monitoring and the staff who maintain them. The subscription does not cover those costs.
- Renewal and exit: Ask about price changes at renewal, minimum commitments, overage charges, and how you retrieve your data if you leave.
Confirm the current free plan terms and Enterprise scope with Akeyless in writing before you compare totals.
The Infisical core is licensed under the MIT Expat license. Code in any ee directory falls under a separate license found in ee/LICENSE, so check which features you plan to use before you assume they are free. Self-hosting shifts the spending to infrastructure and the people who operate the platform, and the vendor's self-hosting documentation states that enterprise features such as SSO and gateways require enterprise licensing.
- Core license: The repository is MIT Expat outside the
eedirectory, which governs use and modification of the core code under those terms. Read the Infisical LICENSE file for the full text. - Enterprise features: SSO and gateways need an enterprise license according to the self-hosting documentation. Map each requirement, including audit and approval workflows, against the license tier before you decide.
- Infrastructure: Budget for compute, PostgreSQL, Redis, storage, backups and load balancing in your environment. The official Helm chart bundles PostgreSQL and Redis, but you still host and back them up.
- Operating effort: Upgrades, backups, certificate renewal, monitoring and on-call response recur, and they grow with the number of environments and teams.
Read the ee/LICENSE file and the self-hosting overview against your feature list before you treat a capability as included.
Infisical Cloud is the vendor's hosted service, and teams can sign up for it free. A free account lets you test dashboards, secret syncs, machine identities and access workflows before you commit to a deployment model. Hosted use, however, places secret storage with the vendor, which can matter for data residency and contract review.
- Free sign-up: The hosted service has a free sign-up path, so you can evaluate the product's workflows with a non-production project first.
- Hosted limits: Confirm which projects, users, integrations and features the free account includes, because those limits can change and are set by the vendor.
- Data location and terms: Check where hosted secrets are stored, which processing terms apply and whether they meet your residency and audit requirements.
- Move to self-hosting: Moving a hosted account to a self-hosted instance is a migration. Plan exports, machine identity reconfiguration and client changes early.
Confirm current hosted plan limits and data processing terms with Infisical before you place production secrets in a hosted account.
A quote is only comparable when both options price the same scope. Ask each vendor for the same written list of requirements, and request recurring and one-time costs as separate line items. Without that discipline, a low headline figure can hide the gateway, infrastructure or enterprise feature costs that decide the total.
- Scope: Ask for the number of secrets, dynamic or rotated targets, certificates, machine identities, environments and named users the quote covers.
- Deployment: Specify the gateways or self-hosted components, where they run, who patches them and what availability design is assumed.
- Features: Name SSO, PKI, KMS, audit log export, approval workflows and session recording, and ask which tier includes each one.
- Renewal and support: Request price change terms, support levels, data export rights and the process for ending the agreement.
When both quotes follow one identical written scope, the difference in totals reflects the platforms and their operating models rather than differences in what was requested.
What drives cost up or down on each side
Akeyless and self-hosted Infisical both carry recurring costs, but they sit in different places. One side pays for a vendor plan and gateways, the other for infrastructure and the people who run it, and both carry a one-time migration effort.
Licensing and plan fees
Infisical's repository is MIT licensed except for content in ee directories, which fall under a separate license. Enterprise features such as SSO or gateways need enterprise licensing under the self-hosting documentation, so a self-hosted Infisical deployment can still carry a recurring license fee. On the Akeyless side, Enterprise pricing is by quote. Ask each vendor which features your required controls depend on, and get the license terms for the ee directory in writing before you commit.
Infisical server hosting
A self-hosted Infisical instance runs on servers or Kubernetes nodes in your own environment, and those compute resources recur every month. Plan for at least two instances for availability, plus load balancing and backups. Size the cluster from your expected machine identity count and request rate, which you should measure in a pilot rather than assume. Ask your cloud provider or hardware team for their current rates.
PostgreSQL and Redis storage
The official Helm chart bundles PostgreSQL and Redis, which is convenient for a pilot but means you own their backups, patching, storage growth and failover from day one. Managed database services can reduce operating effort but add their own recurring line item. Secret version history and audit records grow over time, so storage cost rises with usage. Confirm retention settings and the storage growth you expect before budgeting.
Akeyless gateway hosting
Akeyless gateways run in your network, so you pay for the virtual machines or containers that host them, typically in more than one location for resilience. These are recurring infrastructure costs on top of the SaaS subscription. Each gateway also needs patching and network access to the Akeyless control plane. Ask Akeyless to confirm how many gateways a high-availability design requires and what happens to workloads when a gateway is unreachable.
Staff time for upgrades and on-call
Under a self-hosted model, your team or a support retainer carries upgrades, security patches, certificate rotation for the Infisical endpoints and on-call coverage for outages. This is recurring labor and usually the largest line item, and it does not appear on a vendor invoice. On the Akeyless side, the vendor operates the control plane, while your team still operates gateways. Estimate the hours per month for each model, including who holds the on-call rota.
One-time migration effort
Moving from Akeyless to Infisical involves a one-time effort: exporting static secret values, re-creating rotated and dynamic secret targets, issuing new PKI hierarchies, and changing client authentication from Akeyless methods to Infisical machine identities. Effort grows with the number of rotated targets, certificate chains and applications. Ask for a fixed-scope inventory of these items before quoting, and plan a parallel run so that cutover does not depend on a single window.
What a move from Akeyless to Infisical involves
The sequence turns Akeyless items into a documented inventory, moves static values and rebuilds rotation, dynamic secret and PKI workloads in Infisical, and ends with gateways retired and no client still depending on Akeyless auth.
Inventory every item Akeyless holds
Your security or platform team lists each static secret, rotated secret, dynamic secret target, certificate and key in Akeyless, with its owning application, environment and the gateway it depends on. Record which clients read each item and through which Akeyless auth method. The inventory is complete when every item has an owner, a consuming workload and a planned destination, and when someone outside the team has reviewed it for gaps. Ask Akeyless for a current export of your item list before you start, and confirm what your plan lets you export.
Export static secret values through the API
Using the Akeyless CLI or API with an account that has read rights, your team retrieves static secret values and the version history you need to keep. Store the exported material in a restricted, encrypted location with access logged, and do not place it in a shared drive or a repository. The step is done when a sample of retrieved values has been checked against the source and the export has been counted against the inventory. Confirm with Akeyless which operations your role is permitted to perform and how its documentation describes version retrieval.
Recreate rotation and dynamic targets in Infisical
For each rotated secret and dynamic secret, your team configures the equivalent in Infisical's secret rotation and dynamic secret features, such as the PostgreSQL or MySQL connections listed in the product documentation. Each target needs a service account with the narrowest privileges the rotation requires, and the rotation schedule must be set again because it does not carry over automatically. The step closes when a test rotation or a test lease completes against a non-production database and the consuming application reads the new credential. Confirm the database types and rotation options your Infisical version supports before you build them.
Load static secrets into Infisical projects
Your team creates Infisical projects that mirror your application and environment structure, then imports the exported static values into the matching project and environment. Access policies are set through role-based access control, so each machine identity can read only the secrets its workload needs. The step is finished when every imported value is confirmed present in the correct environment and when the access policies have been tested with a machine identity that should be denied. Validate the import against the inventory from the first step, not against the export file.
Re-issue the PKI hierarchy and certificates
Akeyless certificates cannot be moved as active private keys in a routine way, so your team plans a new certificate authority hierarchy in Infisical's private PKI, with ACME or EST enrollment where workloads support it. Certificates are reissued to each service, and the old Akeyless chain stays trusted until every consumer has the new chain. The step is done when each service presents a certificate from the new hierarchy and the trust bundle has been updated in every client. Ask your security team to confirm the CA policy, key algorithms and revocation approach against your own standards before issuing anything.
Switch clients to Infisical auth methods
Each application, pipeline and Kubernetes workload is changed from its Akeyless access method to an Infisical machine identity, using Kubernetes, AWS, GCP, Azure, OIDC or Universal Auth as fits its platform. Developers update SDK calls, the Kubernetes operator or the agent configuration, and remove Akeyless credentials from configuration files and secret stores once the switch is verified. The step closes when a log review shows reads from Infisical for each migrated client and no reads from Akeyless for the same items over an agreed observation window. Set that window with your change board and confirm it in writing.
Retire gateways and close the Akeyless account
After traffic has stopped flowing through the Akeyless gateways, your team shuts them down, removes their network rules and revokes the credentials they used to reach internal systems. Akeyless access for administrators is removed, and the account is closed or downgraded according to your contract terms, which should be reviewed before any notice is given. The step is complete when gateway logs show no traffic for the agreed period, the inventory has every item marked as moved or retired, and the closure is recorded in your change system. Confirm the notice period and data return terms with Akeyless before giving notice.
Questions buyers ask before choosing or hiring help
What does running self-hosted Infisical cost in effort, and who runs it?
The software itself is free to run under the MIT Expat license for the core repository, so the recurring cost is the infrastructure and the people who operate it. Your team pays for the servers or cluster, the PostgreSQL and Redis services (the official Helm chart can bundle both, but a production setup usually needs them managed and backed up), upgrades, monitoring, and on-call coverage. Ownership sits with your platform or security team unless you contract support. Ask any partner to split the one-time build from the recurring run work, and to state who patches the Infisical release line and the database tier. Enterprise features such as SSO or gateways carry a separate licensing cost, so confirm that line item before you compare totals.
How long does migrating from Akeyless to Infisical take?
No fixed duration applies to every estate, because the length depends on what you must move and how many systems depend on it. The main drivers are the number of static secrets and their version history, how many rotated or dynamic secret targets must be rebuilt in Infisical, how many clients authenticate through Akeyless auth methods that must switch to Infisical machine identities, and how many gateways must be retired once nothing depends on them. Regulated environments also add change control and evidence collection. Ask for a written timeline tied to an inventory of those items, and treat any duration given before that inventory exists as a guess.
Can a small platform team migrate Akeyless to Infisical without outside help?
A capable team can do it alone if it has the time, Kubernetes or container operations experience, and clear ownership of the cutover. The work is less about the Infisical installation and more about inventory, client changes and validation. Teams that lack staff for parallel running, rollback planning and documentation often choose a fixed-scope engagement for part of the work, such as the deployment design or the client migration. DeployOpen plans, implements, integrates, hardens, backs up and documents self-hosted platforms in your own infrastructure, and most engagements are fixed-scope with deliverables agreed in writing before work starts. Compare that option against the internal hours you would otherwise spend.
What replaces Akeyless gateways when you move to Infisical?
Akeyless gateways sit in your network so that workloads can reach secrets and targets without a direct path to the SaaS control plane. In a fully self-hosted Infisical deployment, the Infisical server runs inside your network, so most gateway duties move to that server and to machine identity authentication. The Kubernetes operator and agent deliver secrets to workloads, and the connection to databases and other targets must be checked for each rotated or dynamic secret. Gateways for Infisical are part of enterprise licensing, so confirm whether you need them or whether reachability from your own network is enough. Ask for a network diagram showing every path that a gateway serves today.
Do you need Infisical enterprise licensing to replace Akeyless?
It depends on which Akeyless capabilities you use in production. Infisical's self-hosting documentation states that enterprise features such as SSO or gateways require enterprise licensing, while the core secrets, rotation, dynamic secrets, PKI and KMS features are part of the open repository under MIT Expat, except for content in any ee directory, which uses a separate license. Map each feature you rely on to its license tier before you commit. Also check the license file in the repository to confirm which directories are covered. Ask the vendor in writing which features your deployment would need under enterprise terms.
Can Infisical fully replace Akeyless PKI and KMS?
Infisical includes a private PKI for X.509 certificates with ACME and EST enrollment and a key management service for encrypt and decrypt operations, so it covers much of the same ground. Whether it replaces your setup depends on details such as your certificate hierarchy, the enrollment protocols your devices use, key types, custody requirements and any HSM dependency. Re-issuing a PKI hierarchy is a separate project from moving static secrets, and it needs a plan for trust distribution and revocation. Confirm each certificate profile and key use case against the Infisical documentation before you assume a one-to-one match.
What should a quote for an Infisical migration include?
A useful quote lists the written scope, deliverables and assumptions before any price. Ask for the inventory method, the number of secret paths, rotated and dynamic targets, certificate profiles and client types included, and the Kubernetes or infrastructure environments in scope. Request separate line items for the Infisical deployment, the database and backup design, client migration, gateway replacement, testing, cutover, documentation and evidence for compliance readiness, plus any enterprise licensing you must buy. Confirm what happens after handover, including upgrades, support hours and who responds to incidents. DeployOpen does not publish a price list, and a quote follows from the written scope.
How DeployOpen scopes an Akeyless to Infisical move
DeployOpen scopes an Akeyless to Infisical move as a fixed-scope engagement, with the scope, deliverables and timelines agreed in writing before any work starts. The first decision is which Akeyless items move at all: static secrets, rotated secrets, dynamic secret targets, certificates, auth methods and the gateways that currently reach private systems. Each item gets a named owner on your side, a target Infisical construct (a project and environment for static secrets, a dynamic secret for database access, the private PKI for certificates, or an identity for a workload) and a cutover method. The written scope also states what stays out, such as Akeyless workloads you plan to retire rather than migrate, so that the quote follows from a defined inventory rather than an estimate.
Implementation covers the self-hosted Infisical deployment in your own cloud account, data center or network, using one of the supported paths in the self-hosting documentation (Docker, Docker Compose, the official Helm chart with bundled PostgreSQL and Redis, Linux packages, or the AWS or GCP reference deployments). Scope should name the enterprise licensing needed for features such as SSO and gateways, because the self-hosting documentation says those require it. Hardening, backup and restore testing, and runbooks for upgrades are deliverables that should appear in the written scope with acceptance criteria. Documentation is handed over in your repositories. DeployOpen prepares systems, controls and evidence for compliance assessments, such as access reviews, key handling records and change logs, but it does not issue audit reports, attestations or certifications. Your auditor or certification body makes that determination, so confirm early which evidence they expect.
Optional retainer support covers upgrades, monitoring, continuous testing and on-call response after the handover. Ask for the retainer terms in the same written document as the fixed-scope work, so that ongoing effort is priced separately from the one-time migration. When you request a quote, ask for the inventory assumptions, the number of environments, the cutover approach for each secret type and the acceptance tests, and ask which items would change the price if they turn out differently in your environment.
How DeployOpen helps evaluate and implement self-hosted Infisical
DeployOpen is a Chainscore Labs company that plans, implements, hardens, backs up and documents self-hosted open-source platforms inside your own cloud accounts, data centers or air-gapped networks. For Akeyless vs Infisical, we start from your current Akeyless footprint and the workloads that depend on it, then decide with you whether Infisical fits.
How we scope
- We inventory the Akeyless secrets, rotated and dynamic targets, certificates and gateways that the migration would touch.
- We document which Infisical features your teams need, such as Kubernetes operator delivery, dynamic database secrets or private PKI, and which need enterprise licensing.
- Engagements are fixed-scope, with deliverables and timelines agreed in writing before work starts.
How we build
- We deploy Infisical in your environment using the Docker, Compose, Helm or Linux package method your platform team already supports.
- We configure machine identity authentication for Kubernetes, cloud or OIDC workloads and set RBAC and approval workflows that match your access model.
- We test secret delivery, rotation and dynamic secret behavior against your own applications and pipelines before any cutover.
How we hand over
- We deliver architecture, runbooks for backup, restore, upgrades and access reviews, and a record of the decisions made during scoping.
- We document the gap list between Akeyless features and Infisical capabilities, so your risk owners can accept or mitigate each item in writing.
- We prepare control and evidence material for your compliance assessment, while independent auditors and certification bodies perform any audit.
How we support
- Ongoing support, upgrades and continuous testing are available as retainers after handover.
- We can track new Infisical releases against your environment and plan upgrades in a controlled window with your change process.
- Security testing of the deployed applications and APIs can be added to the retainer or scoped separately.
