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Comparison

Keyway vs dotenvx

Two approaches to securing your .env files

dotenvx encrypts files you commit to git. Keyway removes them entirely with centralized, synced secrets.

Quick Summary

K

Keyway

Best for teams who want centralized secrets management with automatic sync and GitHub-based access control.

d

dotenvx

Best for developers who want to keep using .env files but need encryption, without a centralized service.

Feature Comparison

See how Keyway and dotenvx compare across key features.

FeatureKeywaydotenvx
Approach
Centralized storageEncrypted files in git
GitHub Permissions
Repo access = secret access
Runtime Injection
Run commands with secrets in memory, no .env file
keyway rundotenvx run
AI Agent Support (MCP)
MCP server for Claude, Cursor, VS Code
Secret Versioning
View and rollback to previous versions
Ops plan
Audit Trail
Who accessed what and when
Ops plan ($49+/yr)
Encryption
AES-256-GCMAES-256 + ECIES
Secrets in Git
Are encrypted secrets committed to repo?
Key Management
Handled by KeywayYou manage private keys
Team Sync
Automatic sync across team
AutomaticVia git pull
Access Revocation
Remove access instantly
Remove from GitHubRotate keys
Self-Hosted Option
Open Source
BSD-3 License
Free Tier
Unlimited public, 1 privateCLI free, sync paid
Pricing
$9/mo or $29/mo (Team, 5 users incl.)$49 - $499/year (Ops)
GitHub Actions
Multiple Environments
Built-inMultiple .env files

Key Differences

Understanding the fundamental differences helps you choose the right tool.

Architecture

KKeyway

Centralized secrets storage. Your secrets live on Keyway servers, encrypted at rest. Pull them when needed, never commit them.

ddotenvx

Decentralized approach. Encrypted .env files are committed to your git repo. The private key stays separate (in CI, env vars, etc.).

AI Agent Integration

KKeyway

Built-in MCP server for Claude Code, Cursor, VS Code, and other AI tools. Use `keyway run` to inject secrets without exposing them to AI agents.

ddotenvx

No MCP server. AI agents can read .env files on disk (even encrypted ones require the key to be available).

Key Management

KKeyway

No keys to manage. Keyway handles encryption/decryption. Access is controlled by your existing GitHub permissions.

ddotenvx

You manage DOTENV_PRIVATE_KEY yourself. Store it in CI secrets, pass it to containers, share it with team members who need access.

Access Control

KKeyway

GitHub-native. If someone has repo access, they can pull secrets. Remove them from GitHub, access revoked instantly.

ddotenvx

Key-based. Anyone with the private key can decrypt. When someone leaves, you should rotate the key and re-encrypt all files.

Which Should You Choose?

The best tool depends on your specific needs. Here's our honest take.

Choose Keyway if...

  • You don't want to manage encryption keys
  • You want access tied to GitHub permissions automatically
  • You prefer secrets never touching your git history
  • You need instant access revocation when someone leaves
  • You use AI coding tools and want secrets protected from them

Choose dotenvx if...

  • You want to self-host or avoid third-party services
  • You prefer keeping secrets in your repo (encrypted)
  • You need an open-source solution
  • You're comfortable managing private keys
  • You want to migrate gradually from plain .env files

Last updated: December 25, 2025

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