Kryptic injects secrets through a local daemon. Log in once. After that, npm run dev, dotnet run, and F5 receive secrets over a local socket. The daemon, CLI, SDKs, and encryption engines are open source (GPL-3.0 and Apache-2.0). The server stores ciphertext it cannot open. Machine identities are unlimited and never consume a seat.
Azure Key Vault is the correct store for secrets, keys, and certificates that Azure services consume through managed identity. It is a weak place to start when the user is a developer who needs to run an API on a laptop.
The short version
Kryptic vs Azure Key Vault
Kryptic is for you if
Developers start the app the way they already do. No wrapper command.
Anything that can see a secret in plaintext is open source, so you can read the encryption before you buy.
The server must not be able to read secret values.
SSO and an audit log should ship on Free.
CI pipelines and Kubernetes should not add seats.
Azure Key Vault is for you if
Every consumer is already an Azure resource with managed identity.
No human needs a local secret to press run.
You want Azure to be the only secrets API.
The long version
Where Kryptic wins, row by row
Architecture and security
Kryptic
Azure Key Vault
Why it matters
Open source
OffersYes. Daemon and CLI are GPL-3.0. Encryption engines and SDKs are Apache-2.0, at github.com/dev-kryptic. The control plane is commercial.
Does notNo. Azure-hosted, closed source.
Anything that can see a secret in plaintext is published. You can verify the blind store without an NDA.
Blind store
OffersThe server stores ciphertext only. There is no decrypt path.
Does notAzure can serve plaintext to authorized identities.
A store that can decrypt values server-side can also be breached or compelled into decrypting them.
Self-hosting
OffersFull platform on Business and Enterprise. Docker Compose or Helm.
Does notAzure-hosted only.
Cloud is fine until compliance asks where the control plane lives. Then you need a product you can run, not a cluster you invent.
Nothing on disk
OffersDecrypted values live in daemon memory for at most five minutes, then inside the running process.
PartialLocal development commonly falls back to exported or synced files.
AI coding agents index the working directory. A .env on disk is one prompt away from a chat log.
Developer experience
Kryptic
Azure Key Vault
Why it matters
Daily workflow
OffersLogin once, then npm run dev, dotnet run, or F5, including Visual Studio.
Does notAzure SDK, CLI, or a copied file.
Key Vault will not sit in your IDE. Kryptic will.
Microsoft SSO
OffersIncluded on Free. SAML and SCIM on Business.
PartialEntra is how you reach Azure, not a secrets product.
Developers sign in with Microsoft. They do not need a Key Vault and DefaultAzureCredential to run the app.
Windows
OffersNamed pipe, Credential Manager, tray app.
PartialAzure tools exist. Local secret files still show up.
Windows is a first-class Kryptic client, not an afterthought beside a Unix CLI.
Teams, cost, and delivery
Kryptic
Azure Key Vault
Why it matters
SSO on Free
OffersGoogle, Microsoft, and GitHub on every plan, including Free.
PartialEntra is a separate program.
You should not need an enterprise contract to stop sharing a password manager login.
Audit log on Free
OffersImmutable audit log on Free (7-day retention). Values are never logged.
PartialAzure Monitor, if you wire it.
An audit trail that waits on an upgrade is a sales page.
Machine identities
OffersUnlimited and free. They never consume a developer seat.
Does notPay for vault operations and Azure identities.
Every developer is followed by pipelines, previews, and pods. Billing those as seats makes the bill track infrastructure, not people.
CI/CD and Kubernetes
OffersMachine identities, CI export, REST API, and a Kubernetes operator on every plan.
PartialAvailable, often with identity or plan limits.
Production delivery should not be a different product from local development.
Kryptic wrote this comparison. Azure Key Vault details are as advertised on its public pricing and documentation pages in September 2026. Products change, so check Azure Key Vault's current pages before you decide.
Switch
How to move from Azure Key Vault to Kryptic
01 · Create the Kryptic organization
Sign up, invite the team, and recreate projects and environments. SSO is on Free, so you do not wait on an enterprise plan to stop sharing Azure Key Vault logins.
02 · Import secrets once
Bulk-import from .env format into each environment. Every import is audit-logged. After that, values live as ciphertext, not as files on laptops.
03 · Add kryptic.json and one SDK line
Commit a project reference (no secrets) and a single language-package call at startup. That replaces wrapper prefixes in scripts and README files.
04 · Install the daemon and run as usual
Developers install Kryptic, run kryptic login once, then use the same F5 / npm run dev / dotnet run flow they already have. Remove the Azure Key Vault prefix from local scripts when you are ready.
FAQ
Azure Key Vault alternative
What is the best Azure Key Vault alternative for a software team?
Kryptic, when the team includes developers who need local secrets. Doppler and Infisical are the other developer-tool alternatives. Vault is the infrastructure alternative.
Why not use Azure Key Vault for local development?
The unit of access is an Azure identity, not a developer session. The fallback is a file. Kryptic makes the session the unit of access.
Is Kryptic an Entra-friendly Key Vault alternative?
Yes. Microsoft SSO is on Free. SAML and SCIM are on Business. Offboarding a user revokes every daemon session.
Can Kryptic run on Azure?
Yes. Cloud Kryptic is independent of Azure. Self-host on Azure Kubernetes or VMs with Docker Compose or Helm on Business and Enterprise.