Envless vs Infisical
A fair, developer-to-developer comparison of two modern secrets managers for environment variables.
Yes, Envless is a strong Infisical alternative if client-side end-to-end encryption and a simple, hosted setup are your priorities. Envless encrypts every variable value on your device before upload, so the server only ever stores ciphertext, and sign-in is passwordless on every account.
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Infisical is a mature open-source platform you can self-host, with a broad feature set spanning secret rotation, dynamic secrets, and PKI. The right pick depends on whether you want a focused, fully managed E2E service or a self-hostable platform with wider infrastructure tooling. The table below breaks down the differences.
Compared against Infisical.
Capability by capability
Every capability we track, with how Envless and Infisical each handle it.
Swipe the table sideways to see every column.
| Capability | Envless21 / 21 | Infisical11 / 21 fully |
|---|---|---|
| Encryption | ||
| Client-side end-to-end encryption | AES-256-GCM, PBKDF2-SHA256 200k iterations, per-workspace salt | Originally E2EE; now optional and deprecated by default to enable integrations |
| Zero-knowledge server storage | Server stores ciphertext only; never sees plaintext or passphrase | Began zero-knowledge; default model now stores keys server-side |
| Workspace key rotation | Set, verify, rotate, and clear workspace passphrases | Offers secret/credential rotation; workspace key rotation not clearly documented |
| Developer tooling | ||
| Typed runtime SDK import | TypeScript import with auto coercion, no .env files | Typed Node/TS SDKs fetch secrets at runtime, not typed-by-key imports |
| Generated type declarations | envless types emits envless-env.d.ts for compile-time checks | No known feature to generate type declarations from secrets |
| Server/client secret separation | Enforced via bundler plugin, ESLint, runtime checks | No documented server-only vs client-exposed secret distinction |
| Sync | ||
| Sync to .env files | envless sync writes idempotent .env.<slug> files | CLI exports to .env and supports secret sync destinations |
| Process wrapping | envless run injects vars into a child process, no disk | infisical run -- injects secrets into a child process |
| Multi-environment merging | run and build merge environments, later wins; sync writes one file each | Environments plus secret imports/references across paths and envs |
| Performance | ||
| On-disk encrypted caching | On-disk ciphertext cache, 0600, 15-minute freshness window | Agent caches secrets; encrypted on-disk cache not clearly documented |
| Offline fallback | whoami serves the cached profile when the API is unreachable | Generally requires connectivity; offline fallback not clearly documented |
| Integrations | ||
| Framework integrations | Next.js, Vite, Node, Bun, Cloudflare/Vercel/Netlify edge | Guides and SDKs for many frameworks and platforms |
| CI/CD and deploy targets | GitHub/GitLab/CircleCI, Vercel, Docker, K8s, Fly, Railway, Render | Integrations for GitHub Actions, GitLab, Vercel, AWS, and more |
| Versioning | ||
| Variable versioning and rollback | Snapshots with notes, full history, one-click rollback | Secret versioning with point-in-time recovery and rollback |
| Workspace change history | Attributed per-variable history; every change sent as a signed webhook | Provides audit logs of workspace activity |
| Access control | ||
| Role-based access control | Owner/Admin/Viewer plus custom roles, 45 permissions | RBAC with predefined and custom roles |
| Scoped API keys | Per-resource read/write/none scopes, SHA-256 hashed | Machine identities and service tokens scoped to envs/paths |
| API | ||
| REST API with bulk ops | Full CRUD plus bulk variable create/delete | Public REST API including batch secret operations |
| Automation | ||
| Signed webhooks | 48 events, HMAC-SHA256 (Standard Webhooks), retries | Webhooks support a signing secret for verification |
| Authentication | ||
| CLI device-code auth | Browser OAuth device flow, locally cached tokens | CLI login is browser-based; explicit device-code flow not confirmed |
| Multi-provider sign-in | Email, Google, GitHub OAuth, and email OTP, with an optional per-user TOTP second factor | Supports Google, GitHub, GitLab, SAML, and OIDC SSO |
Pick the right fit
Both are good tools. This is about which trade-offs match your team.
Choose Envless when
- You want true client-side end-to-end encryption, where the server never sees plaintext values
- You prefer a fully managed, hosted service with no infrastructure to run
- You work in TypeScript (Node, Bun or Deno), Python or Ruby and want a typed SDK, or any other language and want a REST API
- You want passwordless sign-in on every account, an optional TOTP second factor, and a generous, no-credit-card free tier
- You value a focused, simple developer experience over a large feature surface
Choose Infisical when
- You need to self-host on your own infrastructure with Docker or Kubernetes
- You want a broader platform including secret rotation, dynamic secrets, and PKI/SSH
- You rely on languages like Java, .NET, or Go that Envless does not yet cover
- You want an open-source platform you can inspect, modify and run yourself
Envless vs Infisical FAQ
Common questions about comparing and switching.
Yes. Envless is a good Infisical alternative for teams that want client-side end-to-end encryption and a fully managed, hosted setup. Envless encrypts variable values on your device before upload, so the server only stores ciphertext, and every account signs in without a password. Choose Infisical instead if self-hosting or a wider infrastructure feature set matters more to you.
Not yet. Infisical can be self-hosted with Docker or Kubernetes. Envless is currently hosted only, and self-hosting is being explored. If running secrets management on your own infrastructure is a hard requirement today, Infisical is the better fit.
Envless encrypts each variable value client-side, on your device, before it is uploaded, so the server never sees plaintext. Infisical encrypts secrets at rest with a server-side encryption model. Both protect data in transit with TLS; the key difference is where encryption happens and what the server can read.
Partly. Envless ships typed SDKs for TypeScript (Node, Bun and Deno), Python and Ruby, plus a REST API for everything else. Infisical offers SDKs for additional languages such as Java, .NET, and Go. If you need those, Infisical has broader coverage; otherwise the Envless SDKs cover most web and scripting stacks.