Akeyless vs HashiCorp Vault

At a glance

HashiCorp Vault is the reference secrets management platform: 26 secrets engines, 21 auth methods, self-hosted or managed, and the biggest community. Akeyless is the managed alternative built to remove the work of running Vault clusters. Vault edges the matrix, 4.4 to 4.3, on deployment flexibility and ecosystem. Akeyless wins on developer experience and pricing transparency. If you have platform engineers and need air-gapped or fully self-hosted secrets, choose Vault. If you would rather not operate HA clusters, seal and unseal, and upgrades, choose Akeyless.

Where each wins

Pricing reality

Akeyless's pricing page (checked 2026-11-05) shows a Free plan and an Enterprise plan. Free secrets management covers 5 clients, 500 static secrets, 5 dynamic and 5 rotated secrets, one gateway cluster, and 3 days of audit log retention. Enterprise is quote-based, metered on clients, transactions, connectors, certificates, and other units, with no published rates. Vault has no list price: HashiCorp's pricing page shows dollar figures only for Terraform (checked 2026-11-05). Per HashiCorp's billing definitions, HCP Vault Dedicated bills clusters per hour plus unique active clients per month, and a client that authenticates to several production clusters counts once per cluster. Vault Community is free to self-host, but the real cost is the engineers who run it. Model both in the TCO calculator.

Ownership changes

IBM completed its acquisition of HashiCorp on 27 February 2025 for 6.4 billion dollars enterprise value. Operations moved to IBM on 1 September 2025, self-managed Vault is now sold under IBM SKUs, and Vault 2.0 shipped in April 2026. The 2023 move to BUSL 1.1 produced the OpenBao fork, which matters if license terms are your objection rather than capability. HCP Vault Secrets reached end of life on 1 July 2026, so a quote that still lists it is out of date. Akeyless is private and independent.

Deployment and architecture

Vault is a cluster you run (Raft or another storage backend, auto-unseal through a KMS or HSM) or rent as HCP Vault Dedicated. Akeyless is offered as Pure SaaS or Hybrid SaaS: the control plane runs as a service and a gateway runs in your environment to reach private targets. Its Distributed Fragments Cryptography splits key material so that neither Akeyless nor the customer alone can reconstruct a key, which answers the main objection to vendor-hosted secrets. On Kubernetes, Vault offers the Agent Injector, the Vault Secrets Operator, and a CSI provider. Both issue dynamic credentials, PKI certificates, and encryption services.

Migration notes

Akeyless documents automatic migration from Vault, run from the gateway with a Vault API URL and token, including Enterprise namespaces. Its tutorial says migration covers static secrets only. Plan to rebuild dynamic secret engines, auth methods, and policies, and inventory every app that calls the Vault API directly before cutover. Moving the other way, from Akeyless to Vault, is a re-implementation with no published import tool.

Who should pick which

Pick Vault if you need self-hosted or air-gapped secrets, the widest engine coverage, or Enterprise-only features such as Transform, and you have the platform team to run it. Pick Akeyless if you want Vault-class non-human identity controls as a service, especially across several clouds. If you are single-cloud, compare AWS Secrets Manager vs HashiCorp Vault; for developer-first tools see Doppler vs Infisical and best secrets management tools. For the full list of alternatives to Vault, including OpenBao, Infisical and Doppler, see HashiCorp Vault alternatives.