kagi-vault-0.1.4 is not a library.

kagi

A secure, team-ready CLI for managing encrypted secrets and environment variables — a drop-in replacement for .env files with per-service isolation and team sharing.

kagi keeps your secrets encrypted at rest using XChaCha20-Poly1305 while making them easy to inject into applications during development and deployment.

Features

Encrypted secrets at rest with XChaCha20-Poly1305.
Team-ready by default: one developer is just one member.
Service and environment scopes like api/development and web/production.
development is the default environment, so daily commands stay short.
Nested service inference lets kagi run bun dev work inside ./api.
.kagi/ is designed to be committed; private keys stay on each device.
get --show and export require terminal confirmation before revealing values.

Installation

From crates.io

# Default: includes the remote sync server
cargo install kagi-vault

# CLI-only: excludes server code and server-related commands
cargo install kagi-vault --no-default-features

Requires Rust 1.85+ (2024 edition).

From a local checkout

git clone https://github.com/BANG88/kagi.git
cd kagi

# Default: includes the remote sync server
cargo install --path .

# CLI-only: excludes server code and server-related commands
cargo install --path . --no-default-features

As a library

Individual crates can be added as dependencies:

# Core domain types and traits
cargo add kagi-domain

# Encryption (XChaCha20-Poly1305)
cargo add kagi-crypto

# Local storage and key management
cargo add kagi-store

# Remote sync client
cargo add kagi-sync

# HTTP server (requires server feature)
cargo add kagi-server

Optional Codex / OpenCode skill

This repository includes a skill for agents that help users operate kagi projects safely. The skill files live in skills/kagi/SKILL.md and are registered via skills.sh.json on the skills.sh directory.

Install with skills.sh

Use the skills.sh CLI (requires Node.js / npx):

npx skills add BANG88/kagi

This copies the skill into the agent's skills directory. To force reinstall:

npx skills add BANG88/kagi --force

Daily Development

1. Initialize once

kagi init --nested --envs

--envs without a value creates the standard environments: development, test, and production.

development is the default, so you usually do not type it. --nested lets kagi infer the service from the folder you are in.

Commit the generated .kagi/ files:

git add .kagi .gitignore
git commit -m "chore: initialize kagi"

Private keys are not written to .kagi/.

2. Set secrets

From the repository root:

kagi set api DATABASE_URL postgres://localhost/api
kagi set api production DATABASE_URL postgres://db/prod

Inside ./api:

kagi set DATABASE_URL postgres://localhost/api
kagi set production DATABASE_URL postgres://db/prod

Both short commands write to the same scopes:

Command	Scope
`kagi set api DATABASE_URL ...`	`api/development`
`kagi set DATABASE_URL ...` inside `./api`	`api/development`
`kagi set api production DATABASE_URL ...`	`api/production`
`kagi set production DATABASE_URL ...` inside `./api`	`api/production`

3. Check what exists

kagi get
kagi get api
kagi get api production

get lists services, environments, and keys with masked values. Reveal values only when you really need them:

kagi get api --show
kagi get api DATABASE_URL

Both commands require an interactive y confirmation.

4. Run your app

From the repository root:

kagi run api bun dev
kagi run api production bun start

Inside ./api:

kagi run bun dev
kagi run production bun start

kagi run injects the selected environment variables into the child process. For shell syntax such as pipes, redirects, or $VAR expansion, run a shell explicitly:

kagi run api sh -c 'echo "$DATABASE_URL" | wc -c'

5. Commit encrypted changes

git add .kagi
git commit -m "chore: update kagi secrets"

Do not commit real .env files. kagi init updates .gitignore so .env, .env.*, and local private material stay out of Git.

Common Commands

Task	Command
Initialize with standard envs	`kagi init --nested --envs`
Set development secret	`kagi set api KEY value`
Set production secret	`kagi set api production KEY value`
List masked keys	`kagi get`
Reveal listed values	`kagi get api --show`
Run app with development env	`kagi run api bun dev`
Run app from inside service folder	`kagi run bun dev`
Add an environment	`kagi env add staging`
Rename an environment	`kagi env rename staging preview`
Delete an environment	`kagi env del preview`
Import an env file	`kagi import api --file .env.local`
Export all service envs	`kagi export api --out .`
Sync missing keys from example	`kagi sync --service api`

Use --service <name> when a shortcut would be ambiguous:

kagi set --service api production DATABASE_URL postgres://db/prod
kagi run --service api production bun start

Environment names cannot conflict with existing service names.

Working With `.env` Files

Import existing local files:

kagi import api --file .env.development
kagi import api production --file .env.production

Export creates normal runtime files when needed:

kagi export api --out .

That writes one file per environment:

.env.development
.env.test
.env.production

Exporting decrypted values requires terminal confirmation. Prefer kagi run for day-to-day scripts.

sync is useful when .env.example gains a new key:

kagi sync --service api

Existing values are never overwritten.

Team Flow

A project is always team-ready. If you work alone, you are the only member.

New device or teammate:

kagi member join --name alice
git add .kagi/access.json
git commit -m "chore: request kagi access"

An existing member approves:

kagi member list
kagi member approve <member_id>
git add .kagi/access.json
git commit -m "chore: approve kagi member"

If multiple people request access at the same time, keep all pending entries in .kagi/access.json when merging their PRs.

Remove access:

kagi member del <member_id>
git add .kagi
git commit -m "chore: remove kagi member"

member del rotates the project key internally and re-encrypts current secrets for active members. If rotation is interrupted, kagi writes a local journal outside the repository and retries safely on the next command.

Architecture Overview

Without Server (Git-backed)

Git-backed workflow

Encrypted secrets are shared through Git commits and pulls. New members use kagi member join to request access, and existing members use kagi member approve to grant it.

With Server (Remote Sync)

1. Server initialization

Server init flow

2. Team collaboration

Server team flow

.kagi/ stays local and out of Git.
Project tokens contain the remote URL, project ID, and server fingerprint.

Choose:

Without Server: commit .kagi/ to Git (default, simple).
With Server: keep .kagi/ local, use remote sync (team control).

Remote Server Sync

Git-backed .kagi/ sharing is the default workflow. If a team does not want to commit .kagi/, run a self-hosted Kagi server instead.

Status: production-ready for self-hosted team use — requires HTTPS, proper backups, and monitoring. See docs/remote-sync-server.md for the full protocol, deployment guide, and Docker/systemd examples.

The Kagi server is explicitly single-tenant. Each server instance serves one team or organization. Do not run a single server instance for unrelated tenants without additional isolation.

HTTP restrictions

The server rejects non-localhost http:// remotes by default. Use HTTPS for any public or LAN deployment. For local development only, pass --allow-insecure-http or set KAGI_ALLOW_INSECURE_HTTP=1:

kagi project join --remote http://127.0.0.1:8787

Start the server

kagi serve --db ./kagi.db --key-file ./server.key.json --bind 127.0.0.1:8787

On first startup, the server prints one admin token. Save it securely, then log in from the admin machine:

kagi remote login --remote http://127.0.0.1:8787 --token kagi_admin_v1_...

Create a local project and request server registration:

kagi init --nested --envs
kagi project join --remote http://127.0.0.1:8787

An admin approves the pending request:

kagi project list --remote http://127.0.0.1:8787
kagi project approve --remote http://127.0.0.1:8787 <project_id>

approve prints a project token. Give that token to the requester once. The token contains the remote URL, project id, and server fingerprint:

kagi pull <project-token>
kagi push
kagi status

In server mode, keep .kagi/ local and out of Git. Project tokens are bearer credentials and are stored outside .kagi/; admin tokens are stored in the OS keychain or supplied with KAGI_ADMIN_TOKEN.

CI and Containers

For CI, store the project key in your secret manager and mount it as a file:

KAGI_PROJECT_KEY_FILE=/run/secrets/kagi_project_key kagi run api bun test

KAGI_PROJECT_KEY=<64-hex-chars> is also supported when a file mount is not available, but a file secret is easier to keep out of logs.

For local Docker development, prefer running the process through kagi on the host:

kagi run api docker compose up

If the container itself must read env files, export them when needed and keep .env* ignored by Git.

Safety Model

For Git-backed projects, commit these:

.kagi/kagi.json
.kagi/access.json
.kagi/secrets/**/*.enc
.env.example

Do not commit these:

real .env / .env.* files
local project keys
local age identities / private keys
KAGI_PROJECT_KEY values
logs or screenshots containing secrets

The repository contains encrypted secret stores, public member recipients, and encrypted access wrappers. It does not contain the raw project key or private identity keys.

For server-backed projects, keep .kagi/ local and sync encrypted state with kagi push / kagi pull instead.

Secrets are encrypted with XChaCha20-Poly1305 and authenticated with their scope name, so an encrypted file cannot be silently moved to another scope.

kagi get <key>, kagi get --show, and kagi export reveal decrypted data and require confirmation. kagi run is safer for scripts, but it is not a sandbox: the child process receives the selected secrets as environment variables.

If every active member loses their local key material and no CI secret exists, the encrypted secrets are unrecoverable by design.

Architecture

kagi is organized as a Cargo workspace with 6 crates:

Crate	Purpose	Dependencies
kagi-domain	Core domain: entities (`Service`, `Secret`), config, errors, parsers, repository traits	None
kagi-crypto	XChaCha20-Poly1305 encryption	kagi-domain
kagi-store	Local storage (`FileStore`), key manager, env injector	kagi-domain, kagi-crypto
kagi-sync	Sync protocol types + remote client (`age`-encrypted HTTP transport)	kagi-domain
kagi-server	Axum HTTP server + SQLite remote backend	kagi-domain, kagi-sync
kagi-app	CLI application: argument parsing, command dispatch, TUI	kagi-domain, kagi-crypto, kagi-store, kagi-sync
kagi-vault	Meta-package: provides the `kagi` binary by re-exporting `kagi-app`	kagi-app

All crates share the same version via version.workspace = true. The design lets you depend on individual crates (e.g., kagi-domain for types, or kagi-crypto for encryption) without pulling in the entire CLI or server.

Development

# Run all tests (with server feature)
cargo test

# Run tests without server feature
cargo test --no-default-features

# Run integration tests only
cargo test --test integration_tests

# Run the real OS keychain smoke test
cargo test test_os_keychain_project_key_survives_local_data_loss -- --ignored

# Test a single crate
cargo test -p kagi-domain
cargo test -p kagi-store

# Try the Bun example
cd tests
kagi init --nested --envs
cd api
kagi set MESSAGE "from kagi"
bun dev

# Install locally
cargo install --path .

The default test suite uses isolated local storage so it can run in CI. The ignored keychain smoke test requires a real unlocked OS keychain/session and verifies that kagi can still load the project key after local data files are removed.

Releasing

Tag-based release (recommended)

Push a git tag and let GitHub Actions handle everything:

# Create and push tag (triggers CI: tests, builds, GitHub Release, crates.io)
VERSION=0.1.3 make tag

GitHub Actions workflow (release.yml) runs automatically on tag push:

Tests on all platforms
Builds cross-platform binaries
Creates GitHub Release with artifacts
Publishes all crates to crates.io

Full cargo-release workflow

# Preview what a release would do
make dry-run

# Bump version, commit, tag, and push
make release

# Publish all crates to crates.io (local, not via CI)
make publish

cargo-release handles the dependency ordering automatically. See the Makefile for details.

License

MIT

kagi-vault 0.1.4