terraform-provider-remnawave

README

Terraform Provider for Remnawave

Manage Remnawave from reviewed HCL: preview changes before they reach users, import existing panel objects, and keep nodes, hosts, squads, billing, and subscription configuration reproducible.

A community-maintained Terraform provider for Remnawave — a modern proxy management panel built on top of Xray-core. This project is not affiliated with or endorsed by the Remnawave project. Manage VPN users, nodes, hosts, squads, billing, subscription pages, and more as infrastructure-as-code.

At a glance: 28 resources · 28 data sources · 6 Remnawave versions tested in CI · signed checksums, SBOMs, and build provenance for every release

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If this provider saves you manual panel work, consider starring the repository — it helps other Remnawave operators discover the project. Production users are also invited to share what they manage.

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Table of Contents

• Why Terraform + Remnawave?
• Compatibility
• Quick Start
• Authentication
• Provider Configuration
• Resources
• Data Sources
• Examples
• Importing Existing Resources
• Versioning & Upgrades
• Release Integrity
• Development
• Contributing
• License

Why Terraform + Remnawave?

Without Terraform	With this provider
Create users one-by-one in the web UI	Define hundreds of users in HCL, terraform apply
Manual config drift between nodes	Version-controlled, reproducible node configs
No audit trail for changes	Git history + Terraform plan/apply logs
Onboarding = manual clicks	Onboarding = terraform init && terraform apply

Compatibility

The provider supports Remnawave panel v2.7.x, v2.8.x, v3.0.x, v3.1.x, v3.2.x, v3.3.x, and v3.4.x. The acceptance test suite runs against all eight versions in CI on every push to main and every pull request — see the full CI matrix.

Remnawave version	Status
v3.4.3	✅ Tested (primary)
v3.3.2	✅ Tested (matrix)
v3.3.1	✅ Tested (matrix)
v3.2.3	✅ Tested (matrix)
v3.1.0	✅ Tested (matrix)
v3.0.0	✅ Tested (matrix)
v2.8.1	✅ Tested (matrix)
v2.7.4	✅ Tested (matrix)

The client auto-detects the backend version via /api/system/metadata on the first version-dependent operation and adapts API calls where contracts differ between versions. No configuration is required.

Quick Start

Create an API token in Remnawave, save the following as main.tf, and keep the token outside Terraform configuration:

terraform {
  required_providers {
    remnawave = {
      source  = "batonogov/remnawave"
      version = "~> 1.0" # x-release-please-major
    }
  }
}

provider "remnawave" {
  # REMNAWAVE_ENDPOINT and REMNAWAVE_API_TOKEN are read from the environment.
}

resource "remnawave_user" "quickstart" {
  username               = "terraform-quickstart"
  expire_at              = "2030-01-01T00:00:00.000Z"
  traffic_limit_bytes    = 10737418240 # 10 GiB
  traffic_limit_strategy = "MONTH"
  description            = "Managed by Terraform"
}

export REMNAWAVE_ENDPOINT="https://panel.example.com"
export REMNAWAVE_API_TOKEN="..."

terraform init
terraform plan
terraform apply

The complete getting-started example includes verification, cleanup, and guidance for adopting an existing panel. Review the plan before applying it to production.

Authentication

The provider supports two authentication methods:

API Token (recommended)

Generate a token in the panel under API Keys and pass it via the api_token attribute or the REMNAWAVE_API_TOKEN environment variable. This is a static JWT — no login round-trip, works with scoped permissions.

provider "remnawave" {
  endpoint  = "https://panel.example.com"
  api_token = var.remnawave_api_token
}

Username / Password

If no API token is provided, the provider logs in via POST /api/auth/login and obtains a JWT automatically. After a 401 response, the provider refreshes the token and transparently replays only GET and HEAD requests. Mutating requests fail without replay because the server may already have applied them; the next operation authenticates with a fresh token.

provider "remnawave" {
  endpoint = "https://panel.example.com"
  username = "admin"
  password = var.remnawave_password
}

Note: Username/password auth requires setting proxy_headers = true or NODE_ENV=development on the backend — Remnawave's ProxyCheckMiddleware requires X-Forwarded-For/X-Forwarded-Proto headers for browser-originated requests.

Reverse-Proxy Authentication

If an outer reverse proxy requires a gateway cookie or service-token headers, pass them with the sensitive custom_headers map. For example, Cookie must contain the complete cookie pair:

variable "remnawave_gateway_cookie" {
  type        = string
  description = "Complete cookie pair required by the outer reverse proxy, for example cookie_name=cookie_value."
  sensitive   = true
}

provider "remnawave" {
  endpoint  = "https://panel.example.com"
  api_token = var.remnawave_api_token

  custom_headers = {
    Cookie = var.remnawave_gateway_cookie # cookie_name=cookie_value
  }
}

Alternatively, supply the map as a JSON object through the environment:

export REMNAWAVE_CUSTOM_HEADERS='{"Cookie":"cookie_name=cookie_value"}'

When custom_headers is configured in HCL, it replaces the environment map as a whole; the two maps are not merged. Terraform's Sensitive marker only redacts values from Terraform output. Inject header secrets through environment variables or a secret store, and never commit secret-bearing .tfvars files.

Provider Configuration

All provider attributes can be supplied through environment variables — the provider block may be empty when the environment is configured. Explicit HCL values take precedence over environment variables.

Attribute	Env var	Type	Description
endpoint	REMNAWAVE_ENDPOINT	string	Base URL of the panel, e.g. https://panel.example.com
api_token	REMNAWAVE_API_TOKEN	string (sensitive)	Pre-generated API token (JWT). If set, username/password are ignored
username	REMNAWAVE_USERNAME	string	Admin username for login
password	REMNAWAVE_PASSWORD	string (sensitive)	Admin password for login
insecure_skip_verify	REMNAWAVE_INSECURE_SKIP_VERIFY	bool	Skip TLS certificate verification (true/false)
request_timeout	REMNAWAVE_REQUEST_TIMEOUT	string	HTTP client timeout (default 30s)
proxy_headers	REMNAWAVE_PROXY_HEADERS	bool	Send X-Forwarded-For/Proto headers (bypass ProxyCheckMiddleware)
custom_headers	REMNAWAVE_CUSTOM_HEADERS	map(string) (sensitive)	Additional headers for outer reverse-proxy authentication; the environment value is a JSON object

The client accepts at most 32 MiB of decoded data in a successful HTTP response. The limit is enforced while reading and after transparent content decompression; responses above it fail with a fixed diagnostic. HTTP error bodies have a zero-byte limit and are never read or included in diagnostics.

Resources

The provider exposes 28 resources across 7 functional areas:

Core VPN Management

Resource	Description
remnawave_user	VPN user with traffic limits, expiration, VLESS/Trojan/Shadowsocks credentials
remnawave_node	Xray server node with traffic tracking, tags, consumption multipliers
remnawave_host	Connection endpoint (host) for VPN subscriptions
remnawave_config_profile	Xray config profile with inbounds, routing, sniffing
remnawave_node_integration	Reusable Remnawave 3.3+ node integration configuration

Access Control & Routing

Resource	Description
remnawave_external_squad	External squad with subscription and host override settings
remnawave_internal_squad	Internal squad with inbounds and accessible nodes
remnawave_subscription_template	Subscription template (XRAY_JSON, MIHOMO, CLASH, SINGBOX, etc.)
remnawave_subscription_settings	Subscription page settings (singleton)
remnawave_subpage_config	Subscription page config (i18n, theme, blocks)

Panel & Branding

Resource	Description
remnawave_panel_settings	Panel branding, auth, passkey settings (singleton)
remnawave_snippet	Xray config snippet (reusable JSON fragments)
remnawave_node_plugin	Node plugin (e.g. torrent blocker)
remnawave_shared_list	Global Remnawave 3.3+ IP/CIDR or ASN list for node plugins

Infrastructure Billing

Resource	Description
remnawave_infra_provider	Infrastructure billing provider
remnawave_billing_node	Infrastructure billing node (recurring billing)
remnawave_billing_history	Infrastructure billing history record (one-time payment)

API & Access Tokens

Resource	Description
remnawave_api_token	API token with scopes and expiration
remnawave_passkey	WebAuthn passkey (import-only — cannot be created via Terraform)

Metadata & Devices

Resource	Description
remnawave_user_metadata	Free-form key-value metadata for a user
remnawave_node_metadata	Free-form key-value metadata for a node
remnawave_hwid_device	HWID device entry for device-limit enforcement

Imperative Actions

These resources trigger one-shot operations on terraform apply. Use the triggers attribute to force re-execution when external values change.

Resource	Description
remnawave_node_action	Enable / disable / restart / reset traffic on a node
remnawave_user_action	Enable / disable / reset traffic / revoke subscription / extend expiration on a user
remnawave_host_bulk_action	Bulk enable / disable / delete hosts
remnawave_user_bulk_action	Bulk reset traffic / revoke subscriptions / delete users / extend expiration
remnawave_node_bulk_action	Bulk enable / disable / restart / reset traffic on nodes
remnawave_drop_connections	Drop active connections by user identifier or IP address on all or selected nodes

Data Sources

28 data sources for reading panel state:

Inventory

Data Source	Description
remnawave_nodes	List all nodes with status and online user counts
remnawave_users	List all users with status and tags
remnawave_hosts	List all hosts
remnawave_config_profiles	List all config profiles
remnawave_internal_squads	List all internal squads and their assigned inbounds and accessible nodes
remnawave_external_squads	List all external squads and their subscription configuration
remnawave_host_tags	List all unique host tags
remnawave_passkeys	List WebAuthn passkeys for the current admin
remnawave_node_integrations	List Remnawave 3.3+ node integrations and their configuration
remnawave_shared_lists	List Remnawave 3.3+ global shared-list previews
remnawave_snippets	List Xray config snippets

System & Health

Data Source	Description
remnawave_system_health	Panel system health (raw JSON)
remnawave_system_stats	CPU, memory, uptime, user status counts, online stats
remnawave_system_recap	Monthly/total summary: users, traffic, nodes, version
remnawave_system_bandwidth_stats	System-level bandwidth statistics
remnawave_system_nodes_stats	System-level per-node statistics

Bandwidth & Metrics

Data Source	Description
remnawave_nodes_metrics	Per-node live metrics: users online, inbounds/outbounds
remnawave_bandwidth_stats	Per-node bandwidth usage by date range
remnawave_bandwidth_stats_user	Per-user bandwidth usage by date range
remnawave_bandwidth_realtime	Realtime bandwidth metrics per node

Subscriptions

Data Source	Description
remnawave_subscriptions	Fetch subscription by user identifier, username, or short UUID
remnawave_subscription_request_history	Subscription request history
remnawave_subscription_request_history_stats	Subscription request statistics
remnawave_connection_keys	Per-protocol connection keys for a user

Other

Data Source	Description
remnawave_keygen	Panel public key for node setup
remnawave_user_ips	Fetch IPs a user is currently connected from
remnawave_hwid_stats	HWID device statistics
remnawave_hwid_top_users	Top users by HWID device count

Examples

Start with the standalone examples/getting-started/ configuration, then browse examples/ for 55 focused resource and data-source examples. Some schema examples reference resources or variables supplied by the surrounding configuration:

examples/
├── resources/
│   ├── remnawave_user/            # User with traffic limit + tag
│   ├── remnawave_node_action/     # Periodic traffic reset via triggers
│   ├── remnawave_host_bulk_action/# Bulk enable/disable/delete
│   ├── remnawave_user_bulk_action/# Bulk user operations
│   ├── remnawave_node_bulk_action/# Bulk node operations
│   ├── remnawave_user_action/     # Enable/disable/reset/revoke/extend
│   └── remnawave_passkey/         # Import + manage existing passkeys
└── data-sources/
    ├── remnawave_users/           # List all users
    ├── remnawave_system_stats/    # Dashboard metrics
    └── remnawave_passkeys/        # List passkeys

Full documentation for every resource and data source is on the Terraform Registry and in docs/.

Importing Existing Resources

Resources created outside Terraform (e.g. via the web UI) can be imported into Terraform state:

# Import a user by numeric ID on Remnawave 3.0+
terraform import remnawave_user.john 42

# Remnawave 2.x uses the user's UUID instead
# terraform import remnawave_user.john 550e8400-e29b-41d4-a716-446655440000

# Import a node by UUID
terraform import remnawave_node.de_fra_01 550e8400-e29b-41d4-a716-446655440001

# Import a passkey (import-only resource)
terraform import remnawave_passkey.admin 550e8400-e29b-41d4-a716-446655440002

Import IDs are resource-specific. Most stateful resources use a UUID, snippets use their name, and resources with compound identities document their required format on the corresponding resource page.

Versioning & Upgrades

This provider follows Semantic Versioning. Breaking changes are reserved for major releases (e.g. 1.0.0).

Upgrading

# Upgrade to the latest version
terraform init -upgrade

Review the CHANGELOG for breaking changes and migration notes before upgrading across major versions.

Provider Selection

Copyable examples use a pessimistic patch-line constraint. This accepts patch updates in the current minor line while requiring an explicit configuration change before upgrading to a new minor or major provider release.

terraform {
  required_providers {
    remnawave = {
      source  = "batonogov/remnawave"
      version = "~> 1.0" # x-release-please-major
    }
  }
}

Release Integrity

Each platform archive is covered by signed checksums, a matching SPDX 2.3 SBOM, and GitHub/Sigstore build provenance bound to its SHA-256 digest and the release workflow. See Verifying Releases for commands that validate the archive, SBOM, source commit, and workflow identity.

Development

Requirements

Tool	Version
Go	1.26.6+ (see go.mod)
Terraform CLI	1.12+
Task	Latest (optional, for task commands)
Docker	Required for acceptance tests

Build & Test

# Build the provider binary
go build -o terraform-provider-remnawave

# Format code
gofmt -w provider/*.go

# Lint
golangci-lint run

# Unit tests (no Docker needed)
go test ./provider/... -race -cover

# Reachable vulnerability scan
task test:vuln

# Acceptance tests (starts Remnawave panel via Docker Compose)
task test:acc

See Taskfile.yml and CLAUDE.md for the full list of commands and development conventions.

Acceptance Tests

Acceptance tests run against a real Remnawave panel via Docker Compose (docker-compose.yaml). The compose file spins up:

• remnawave/backend panel (port 3000)
• PostgreSQL 18
• Valkey (Redis) 9

# Run the complete Docker lifecycle + test suite
task test:acc

# Override the Remnawave version under test
REMNAWAVE_VERSION=3.4.3 REMNAWAVE_DIGEST=sha256:<digest> task test:acc

All compose images are pinned by sha256 digest for reproducibility.

Regenerating Documentation

Documentation is auto-generated from provider schemas via tfplugindocs:

task docs       # Format examples + regenerate Registry docs
task docs:check # Validate and detect stale generated docs (CI gate)

Contributing

Contributions are welcome! Please:

1. Open an issue to discuss the change before starting work.
2. Follow Conventional Commits for commit messages (feat:, fix:, docs:, test:, chore:).
3. Add or update tests for any changed behavior.
4. Run gofmt, golangci-lint, and the relevant test suite before submitting a pull request.
5. Ensure CI is green — acceptance tests run against Remnawave v3.4.3, v3.3.2, v3.3.1, v3.2.3, v3.1.0, v3.0.0, v2.8.1, and v2.7.4.

Releases are machine-gated: the release workflow runs only after successful CI for the exact current main commit, then verifies the CI jobs, tag target, and embedded Go VCS revision before publishing.

Security

If you believe you have found a security issue, please report it privately rather than opening a public issue.

License

MIT © 2026 Fedor Batonogov