Montainer

A container-first Minecraft Bedrock server manager with a Go backend, web console, backups, and optional OpenTelemetry logs

Montainer combines the Minecraft Bedrock Dedicated Server with a small management service and a browser-based console. It owns the Bedrock process lifecycle, persists server data through Docker volumes, and keeps the normal standalone experience working even when S3 or observability services are not configured.

The project was inspired by the problem described in How web automation saved my friendship.

What v3 provides

Go and Gin backend — the Python backend has been replaced by a compiled Go process supervisor, with Gin limited to the HTTP transport.
Safe Bedrock lifecycle — start, stop, toggle, restart, command dispatch, unexpected-exit tracking, and graceful application shutdown are serialized so two Bedrock processes cannot overlap.
Modern light web console — a responsive console-first UI shows the real server state, live logs, uptime, PID, generation, lifecycle actions, and backup results.
Minecraft command assistance — an offline Bedrock command catalog provides autocomplete without querying the running server. Common commands include contextual values, and tp/teleport shows server-oriented syntax, selectors, coordinates, facing, and boolean hints.
Independent local logging — stdout and stderr remain available through the web UI, HTTP API, WebSocket stream, and a rotating instance.log file.
Optional OpenTelemetry export — logs can additionally be exported over OTLP/HTTP protobuf. Collector failures are isolated from local logging and server management.
S3-compatible backups — Montainer can briefly stop a running server, create a consistent ZIP snapshot, restore the previous running state, and upload the archive to S3 or MinIO.
Persistent configuration and worlds — worlds, configuration files, resource packs, and logs use separate volume paths that retain the existing deployment contract.
Subpath hosting — all management and streaming routes can be served below a prefix for reverse-proxy and multi-instance deployments.
Acceptance-tested business behavior — Cucumber/Godog scenarios run the real Montainer binary against a controllable fake Bedrock process and an in-process OTLP receiver.

Architecture

flowchart LR
    Browser["Light web console"] -->|HTTP + WebSocket| API["Gin management API"]
    API --> Supervisor["Go Bedrock supervisor"]
    Supervisor --> Bedrock["Bedrock server binary"]
    Bedrock -->|stdout + stderr| Hub["Non-blocking log hub"]
    Hub --> Browser
    Hub --> File["Rotating instance.log"]
    Hub -. "optional OTLP/HTTP" .-> Collector["OpenTelemetry Collector"]
    API --> Backup["Consistent backup service"]
    Backup -. "when configured" .-> S3["S3 / MinIO"]

The management API, local file sink, browser stream, and OTLP exporter consume the same normalized Bedrock records. Each log sink has its own bounded queue, so a slow or unavailable external destination cannot block the server process or web console.

Quick start

The official Bedrock server is an AMD64 Linux binary. The image therefore targets linux/amd64, including when it is run through Docker Desktop or Linux binfmt emulation on ARM64.

docker run -d \
  --name montainer \
  --platform linux/amd64 \
  --restart unless-stopped \
  --stop-timeout 90 \
  -p 127.0.0.1:8000:8000 \
  -p 19132:19132/udp \
  -p 19133:19133/udp \
  -v montainer_worlds:/app/instance/worlds \
  -v montainer_configs:/app/configs \
  -v montainer_resource_packs:/app/resource_packs \
  -v montainer_logs:/app/logs \
  ghcr.io/wasinuddy/montainer-stable:latest

Use ghcr.io/wasinuddy/montainer-preview:latest for the Bedrock Preview channel.

Use ghcr.io/wasinuddy/montainer-stable:<minecraft-version> or ghcr.io/wasinuddy/montainer-preview:<minecraft-version> to stay on a specific Bedrock binary while receiving newly accepted Montainer rebuilds. These Minecraft-version tags are intentionally overwritten after the full acceptance matrix passes. For a completely immutable deployment, use the :<minecraft-version>@sha256:<digest> reference published in the matching GitHub release.

Open http://localhost:8000 after the container becomes healthy. Bedrock starts automatically by default.

Warning

Montainer does not currently provide authentication or authorization. Keep port 8000 on a trusted network or put it behind an authenticated reverse proxy. Do not expose the management API directly to the public internet.

Using the web console

The top server bar exposes the current lifecycle state and Start/Stop, Restart, and Backup controls. The console supports:

live WebSocket updates with HTTP log refresh as the source of complete history;
search and Info, Warning, or Error filtering;
pause, resume, copy, follow, and jump-to-latest behavior;
command history with the up/down arrow keys; and
keyboard command completion with Tab, arrow-key selection, and Enter.

Typing tp shows common dedicated-server teleport signatures and target/coordinate suggestions. For example, tp @p ~ followed by Tab completes the relative coordinate triplet. A leading / is accepted by the UI and removed before the command is sent to the dedicated-server console.

Autocomplete is intentionally offline and deterministic. It does not send hidden help commands, scrape shared logs for a response, or require a particular server language.

Docker Compose, backup, and MinIO

The supplied Compose stack includes Montainer, MinIO, and a one-shot bucket initializer:

cp examples/docker/.env.example examples/docker/.env
# Set unique MINIO_ROOT_USER and MINIO_ROOT_PASSWORD values in the new file.

docker compose \
  --env-file examples/docker/.env \
  -f examples/docker/docker-compose.yaml \
  up -d

The Compose example binds the unauthenticated Montainer API and both MinIO administration ports to 127.0.0.1; only the Minecraft UDP ports listen on all host interfaces. It uses Docker-managed named volumes and creates the backup bucket before Montainer starts.

When S3 settings are present, the Backup action:

acquires the exclusive lifecycle lease;
gracefully stops Bedrock if it was running;
snapshots the instance and persistent configuration directories;
restores the previous running state;
builds the ZIP archive; and
uploads it without holding the lifecycle lease.

Only one backup runs at a time. A browser disconnect does not cancel an accepted backup, while application shutdown still provides a bounded cancellation and recovery path.

Optional OpenTelemetry Collector

OpenTelemetry is additive. With no OTLP endpoint, Montainer runs normally with its web console and rotating local log file. When an endpoint is configured, the same Bedrock records are also exported without making the Collector part of server health or lifecycle behavior.

Start the example Collector overlay:

docker compose \
  --env-file examples/docker/.env \
  -f examples/docker/docker-compose.yaml \
  -f examples/docker/docker-compose.otel.yaml \
  up -d

docker compose \
  --env-file examples/docker/.env \
  -f examples/docker/docker-compose.yaml \
  -f examples/docker/docker-compose.otel.yaml \
  logs -f otel-collector

The example Collector uses its debug exporter. Replace that exporter with OTLP, Loki, or a vendor exporter for production. Minecraft logs can contain player names, IP addresses, chat, and commands, so protect the telemetry destination accordingly.

Only http/protobuf log export is currently supported. OTEL_EXPORTER_OTLP_LOGS_ENDPOINT is used exactly as supplied; the generic OTEL_EXPORTER_OTLP_ENDPOINT receives /v1/logs automatically.

Persistent data and container permissions

Container path	Purpose
`/app/instance/worlds`	Bedrock world databases
`/app/configs`	`server.properties`, `allowlist.json`, and `permissions.json`
`/app/resource_packs`	Persistent resource packs copied into the Bedrock instance before start without replacing packaged files
`/app/logs`	`instance.log` and its rotated backups

Before each start, persistent configuration is copied into the Bedrock instance. On first run, packaged defaults are copied out to the configuration volume. Configuration is persisted again only after the child process has been reaped.

Montainer and Bedrock run as whoever already owns the world data. On startup the Docker entrypoint reads the ownership of INSTANCE_DIR/worlds, adopts that UID and GID for both processes, and then drops its groups and capabilities before starting Montainer. Nothing about the identity is baked into the image, so upgrading an existing server does not change what its files must look like: a world written by a pre-v3 root container keeps running as root, and a bind mount owned by an ordinary host account keeps running as that account. Existing world data is never rewritten.

Adopting the data's identity means a server whose files are root-owned runs as root, exactly as it did before v3. Bedrock parses untrusted traffic from the internet, so moving it off root is worth doing; set PUID and PGID to choose the identity explicitly, and new deployments should set them from the start:

services:
  montainer:
    environment:
      PUID: 1000
      PGID: 1000

Naming an identity that the data does not already use is treated as a request to make that identity work, so the persistence roots are recursively re-owned once to match. This is the only case in which Montainer changes the ownership of your data. Choosing the identity that the data already has, or omitting both variables, never triggers it.

The entrypoint also recognizes a failed v3.0.2 migration: that release could change the top-level worlds directory to 10001:10001 while leaving a host-owned world beneath it inaccessible. If no PUID or PGID is set and every discovered level.dat has one non-10001 owner, startup restores that owner at the persistence-root level and runs under it. If worlds have different owners, set PUID and PGID explicitly.

Two directory groups are treated differently on every start, whichever way the identity was resolved. INSTANCE_DIR holds image content — the Bedrock binary and its shared libraries — and is re-owned recursively so the runtime identity can execute it; the world directory below it is skipped. The four persistence roots are only re-owned at their top level, which is what a freshly created Docker volume needs, leaving the data inside them alone. Ownership changes are best-effort: storage that refuses chown while still granting access, such as root-squashed NFS or SMB, logs a warning and starts anyway.

Custom INSTANCE_DIR, CONFIG_DIR, RESOURCE_PACKS_DIR, and LOG_DIR values are honored; point each at a distinct, dedicated data directory.

Setting user: on the container takes precedence over all of the above. A non-root container cannot change ownership, so the entrypoint makes no attempt to and simply starts Montainer as the identity you selected — which means the storage has to be usable by it already. PUID/PGID is the easier route when it is not, because the entrypoint still has the privileges to fix it.

services:
  montainer:
    user: "10001:10001"
    cap_drop:
      - ALL
    security_opt:
      - no-new-privileges:true

10001 is the identity the image's own files are built with, so it is the value that works without preparing storage first. Kubernetes deployments can use the equivalent security context:

spec:
  securityContext:
    runAsNonRoot: true
    runAsUser: 10001
    runAsGroup: 10001
    fsGroup: 10001
    fsGroupChangePolicy: Always
    seccompProfile:
      type: RuntimeDefault
  containers:
    - name: montainer
      securityContext:
        allowPrivilegeEscalation: false
        capabilities:
          drop: ["ALL"]

Preserve the image entrypoint. Overriding it with Kubernetes command, Compose entrypoint, or docker run --entrypoint /app/montainer skips identity resolution, so Montainer runs as whatever the runtime selected against storage that may not match.

Use a container or Kubernetes termination grace period of at least 90s with the default lifecycle timeouts. If the timeouts are increased, allow at least:

2 × BEDROCK_SHUTDOWN_TIMEOUT + 3 × BEDROCK_LIFECYCLE_TIMEOUT + 15s

Configuration

Core runtime

Variable	Description	Default
`LISTEN_ADDR`	HTTP listen address.	`:8000`
`SUBPATH_URL`	Optional URL prefix, normalized with leading and trailing `/`.	`/`
`INSTANCE_NAME`	Instance label and OTEL `service.instance.id`.	`Montainer`
`BEDROCK_SERVER_PATH`	Bedrock executable path.	`./bedrock_server`
`INSTANCE_DIR`	Bedrock working directory.	`./instance` (`/app/instance` in Docker)
`CONFIG_DIR`	Persistent configuration directory.	`./configs` (`/app/configs` in Docker)
`RESOURCE_PACKS_DIR`	Persistent resource-pack source.	`./resource_packs` (`/app/resource_packs` in Docker)
`STATIC_DIR`	Built frontend directory.	`./web/dist` (`/app/dist` in Docker)
`PUID`	Run as this user ID instead of the one that owns the world data.	ownership of `INSTANCE_DIR/worlds`
`PGID`	Run as this group ID instead of the one that owns the world data.	ownership of `INSTANCE_DIR/worlds`
`BEDROCK_AUTO_START`	Start Bedrock with Montainer.	`true`
`BEDROCK_SHUTDOWN_TIMEOUT`	Graceful child-process stop timeout.	`15s`
`BEDROCK_LIFECYCLE_TIMEOUT`	Timeout for each pre-start or post-stop filesystem phase.	`15s`
`BACKUP_TIMEOUT`	Maximum accepted backup duration.	`30m`

Local logs

Variable	Description	Default
`LOG_DIR`	Directory containing `instance.log`.	`.` (`/app/logs` in Docker)
`LOG_HISTORY_SIZE`	Maximum recent records retained for HTTP and the web console.	`1000`
`LOG_SINK_QUEUE_SIZE`	Independent queue capacity for each file or OTLP sink.	`2048`
`LOG_FILE_MAX_SIZE_MB`	Rotate `instance.log` after this size in MiB.	`100`
`LOG_FILE_MAX_BACKUPS`	Rotated `instance.log.N` files to retain.	`5`

The /status response reports file and OTLP drop counters. A full or failing sink can drop its own copy without preventing delivery to other sinks.

S3-compatible backup

Variable	Description	Default
`AWS_S3_ENDPOINT`	S3-compatible endpoint. A blank value disables backup storage.	disabled
`AWS_S3_KEY_ID`	Access key ID.	empty
`AWS_S3_SECRET_KEY`	Secret access key.	empty
`AWS_S3_BUCKET_NAME`	Destination bucket.	empty
`AWS_S3_REGION`	S3 region.	empty

OpenTelemetry logs

Variable	Description	Default
`OTEL_EXPORTER_OTLP_ENDPOINT`	Generic OTLP/HTTP endpoint; `/v1/logs` is appended.	disabled
`OTEL_EXPORTER_OTLP_LOGS_ENDPOINT`	Signal-specific logs endpoint used exactly as supplied; include `/v1/logs`. Takes precedence.	disabled
`OTEL_EXPORTER_OTLP_PROTOCOL`	Generic OTLP protocol fallback.	`http/protobuf`
`OTEL_EXPORTER_OTLP_LOGS_PROTOCOL`	Signal-specific protocol; takes precedence.	unset
`OTEL_EXPORTER_OTLP_INSECURE`	Generic insecure transport setting.	`false`
`OTEL_EXPORTER_OTLP_LOGS_INSECURE`	Signal-specific insecure setting; takes precedence.	unset
`OTEL_EXPORTER_OTLP_TIMEOUT`	Generic per-request timeout, as milliseconds or a Go duration.	`10000`
`OTEL_EXPORTER_OTLP_LOGS_TIMEOUT`	Signal-specific request timeout; takes precedence.	unset
`OTEL_SERVICE_NAME`	OTEL `service.name`.	`montainer`
`OTEL_RESOURCE_ATTRIBUTES`	Comma-separated resource attributes; percent-encoded values are supported.	empty
`MONTAINER_VERSION`	Optional OTEL `service.version`.	empty
`OTEL_SDK_DISABLED`	Disable telemetry even when an endpoint is present.	`false`
`OTEL_BLRP_MAX_QUEUE_SIZE`	OTEL batch processor queue capacity.	`2048`
`OTEL_BLRP_MAX_EXPORT_BATCH_SIZE`	Maximum records in one export batch.	`512`
`OTEL_BLRP_SCHEDULE_DELAY`	Batch interval, as milliseconds or a Go duration.	`5000`
`OTEL_BLRP_EXPORT_TIMEOUT`	Batch export timeout, as milliseconds or a Go duration.	`30000`

Management API

All routes except the root health checks are scoped below SUBPATH_URL when configured.

Method	Route	Purpose
`GET`	`/`	Serve the web UI
`GET`	`/healthz`	Process liveness
`GET`	`/readyz`	Readiness and current Bedrock state
`GET`	`/status`	Lifecycle snapshot, PID, generation, errors, and dropped-log counters
`POST`	`/start`	Start Bedrock
`POST`	`/stop`	Gracefully stop Bedrock
`POST`	`/toggle`	Atomically start or stop based on current state
`POST`	`/restart`	Gracefully replace the running child process
`POST`	`/command`	Send a JSON `{ "command": "..." }` request to Bedrock stdin
`GET`	`/logs?max_lines=N`	Return recent local log lines
`GET`	`/instance_name`	Return the configured display name
`POST`	`/save`	Create and upload a consistent backup
`WS`	`/ws/stream`	WebSocket lifecycle and recent-log stream

The route names and compatibility JSON envelopes remain aligned with the v1 frontend contract. Lifecycle work has a server-owned context, so disconnecting an HTTP client after a stop, restart, or backup has been accepted cannot strand the child process halfway through the operation.

Reverse proxies and Kubernetes

Set SUBPATH_URL=/servers/friends to serve the UI, API, assets, and WebSocket stream below /servers/friends/. The reverse proxy must forward WebSocket upgrades for ws/stream.

For Kubernetes:

expose the HTTP/WebSocket port through an authenticated Ingress;
expose Bedrock UDP ports through a suitable LoadBalancer or UDP-aware service; and
set spec.terminationGracePeriodSeconds to at least 90 with default timeouts.

Developing v2

Prerequisites are Go 1.26, Node.js 22, and Docker for complete image testing.

go test -count=1 ./...
go test -race -count=1 ./...
go vet ./...

cd frontend
npm ci
npm run lint
npm test
npm run build

The frontend test suite covers backend URL/error compatibility, UI formatting and log filtering, the offline command catalog, alias preservation, contextual values, teleport syntax guidance, and caret-safe completion.

Acceptance tests

The fast Godog suite builds and launches the real cmd/montainer process while replacing only the Mojang binary with test/fixtures/fakebedrock:

go test -v -count=1 ./acceptance

GODOG_TAGS='@lifecycle' go test -v -count=1 ./acceptance
GODOG_TAGS='@logging' go test -v -count=1 ./acceptance
GODOG_TAGS='@otel' go test -v -count=1 ./acceptance

See acceptance/README.md for binary overrides, temporary-workspace diagnostics, and the covered business behavior.

A separate Docker acceptance suite exercises an already-built image with its packaged Mojang binary. It creates an isolated network and container stack per scenario and covers exact-version startup, RakNet discovery, concurrent lifecycle requests, OTLP export (@otel-export), Collector outage isolation (@otel-outage), shutdown flushing (@otel-flush), concurrent MinIO backups, ZIP integrity, and post-backup gameplay readiness. Its stable-only upgrade shard creates logical scoreboard state with the digest-pinned pre-v3 image, reuses that image's root-owned volumes under the candidate, joins that upgraded world with a virtual player, downloads the S3 backup, restores it externally into fresh named volumes, and queries the same scoreboard state from that restored world. Separate scenarios cover a root-owned custom INSTANCE_DIR, literal same-device nested-mount pruning, and the runtime-hardened explicit non-root profile including its Docker health probe. Stable releases also launch an offline virtual Bedrock player that must spawn, appear in the server player list, and receive a teleport movement packet.

GODOG_TAGS='@smoke' \
MONTAINER_ACCEPTANCE_IMAGE='montainer:local' \
MONTAINER_EXPECTED_BEDROCK_VERSION="$(cat versions/stable.txt)" \
  go test -v -count=1 ./acceptance/realimage

Build an image

docker build \
  --build-arg SERVER_TYPE=stable \
  --build-arg BEDROCK_VERSION="$(cat versions/stable.txt)" \
  -t montainer:local .

docker build \
  --build-arg SERVER_TYPE=preview \
  --build-arg BEDROCK_VERSION="$(cat versions/preview.txt)" \
  -t montainer:local-preview .

The scraper records each channel's version, exact Mojang URL, and archive SHA-256 under versions/. The multi-stage build verifies that the URL matches the channel/version and that the downloaded bytes match the pinned checksum before producing the AMD64 Debian image. Its short root bootstrap handles legacy volume ownership; Montainer, Bedrock, and the health probe then run unprivileged.

CI is one connected, numbered DAG. Stage 0 plans the affected release channels while Stage 1 runs a six-row quality matrix: frontend, Go/race/vet/actionlint, and four fake-Bedrock business groups. A main push reuses that matrix once rather than repeating it inside separate stable and preview workflows. Stable-only metadata changes select stable, preview-only metadata changes select preview, and common runtime changes select both. Selective routing is trusted only when the previous commit completed this delivery pipeline successfully; otherwise both channels run.

Stages 2 and 3 build each selected Mojang-backed image once, record a channel-specific archive SHA-256 and image ID, and fan that exact artifact out to eight stable or six preview real-image runners. Every runner verifies both identities before loading the image. Stable additionally upgrades a real root-owned legacy world and backs it up before promotion. Stage 4 gives package-write permission only to the selected channel's promotion job after its matrix succeeds. Stable promotion connects directly to Stage 5, which validates the same-run identity artifact, current Minecraft-version manifest, and recorded digest before considering the latest changelog version for an idempotent GitHub release. All planning, quality, build, and acceptance jobs remain read-only. A common main-branch change now schedules 26 runner jobs including release instead of 36, while PR validation remains six concurrent quality jobs. Manual dispatch can select stable, preview, or both, defaults to validation-only, and may publish only with an explicit opt-in on main. Preview keeps the protocol-independent RakNet gate because third-party full-client libraries may temporarily lag Mojang preview protocols.

flowchart LR
    P["0 · Plan channels"] --> SB["2 · Build stable"]
    P --> PB["2 · Build preview"]
    Q["1 · Quality matrix ×6"] --> SB
    Q --> PB
    SB --> SA["3 · Stable acceptance ×8"]
    PB --> PA["3 · Preview acceptance ×6"]
    SA --> SP["4 · Promote stable"]
    PA --> PP["4 · Promote preview"]
    SP --> R["5 · Release stable"]

Migrating from v1

The container image remains the deployment boundary, and the established management routes, subpath behavior, S3 environment names, and persistent volume paths are retained. Important operational differences are:

the backend is now a single Go binary rather than Python and Uvicorn;
Python runtime dependencies are no longer installed in the image;
direct binary runs read process environment variables only; use an explicit launcher or --env-file instead of relying on Pydantic .env loading;
Montainer and Bedrock run as whoever owns the world data, so a pre-v3 root-owned volume keeps working unchanged; set PUID/PGID to move an existing server onto an unprivileged identity;
lifecycle operations are serialized and report explicit states instead of relying only on a boolean;
conflicting lifecycle requests now return 409, an unconfigured backup returns 503, and timeout/cancellation status mapping is more explicit;
HTTP and WebSocket clients are expected to be same-origin; cross-origin consumers should use a correctly configured reverse proxy;
logs are rotated and can fan out to OTLP without disabling local access; and
the image is explicitly built for linux/amd64 because the Bedrock binary has no native ARM64 release; each channel publishes the exact Minecraft Bedrock version as its tag (for example, 1.26.33.2) and overwrites that tag after a newly accepted Montainer rebuild, while release notes provide a digest-pinned reference for immutable deployments.

Stop Bedrock cleanly and take a raw snapshot of existing volumes before upgrading. Reuse the same worlds, configs, resource-pack, and log mounts; startup adopts their existing ownership, so no migration step is required. Do not delete, upload, or ask LevelDB to repair a world that still works on a pre-v3 image—the Permission denied (13) failure in v3.0.0 and v3.0.1 was an ownership regression, not a world-format migration. Allow a 90s termination grace period for the first v3 deployment.

Contributing

Contributions are welcome. Please include tests at the lowest useful layer and add or update an acceptance feature when behavior at the process, HTTP, WebSocket, storage, or telemetry boundary changes.

Montainer is dedicated to the memories shared with friends while playing Minecraft and to making server management less distracting than the adventures themselves.

Name		Name	Last commit message	Last commit date
.github		.github
acceptance		acceptance
cmd/montainer		cmd/montainer
examples		examples
frontend		frontend
images		images
internal		internal
scripts		scripts
test/fixtures		test/fixtures
versions		versions
.dockerignore		.dockerignore
.gitignore		.gitignore
CHANGELOG.md		CHANGELOG.md
Dockerfile		Dockerfile
README.md		README.md
go.mod		go.mod
go.sum		go.sum

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Montainer

A container-first Minecraft Bedrock server manager with a Go backend, web console, backups, and optional OpenTelemetry logs

What v3 provides

Architecture

Quick start

Using the web console

Docker Compose, backup, and MinIO

Optional OpenTelemetry Collector

Persistent data and container permissions

Configuration

Core runtime

Local logs

S3-compatible backup

OpenTelemetry logs

Management API

Reverse proxies and Kubernetes

Developing v2

Acceptance tests

Build an image

Migrating from v1

Contributing

About

Releases

Packages

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Montainer

A container-first Minecraft Bedrock server manager with a Go backend, web console, backups, and optional OpenTelemetry logs

What v3 provides

Architecture

Quick start

Using the web console

Docker Compose, backup, and MinIO

Optional OpenTelemetry Collector

Persistent data and container permissions

Configuration

Core runtime

Local logs

S3-compatible backup

OpenTelemetry logs

Management API

Reverse proxies and Kubernetes

Developing v2

Acceptance tests

Build an image

Migrating from v1

Contributing

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