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Fluxer
v1.0.0
Fluxer is a self-hosted, scalable chat and community platform.
How to deploy
Deploy Fluxer on Notploy
- Install Notploy on your server if you haven't already.
- In your Notploy panel, open a project and click Create Service → Template.
- Search for Fluxer and click Create — Notploy configures domains, environment variables, and volumes for you.
Alternatively, create a Compose service, go to Advanced → Import from Base64, and paste this payload:
base64
{
  "compose": "x-fluxer-env: &fluxer-env\n  FLUXER_ENV: production\n  NODE_ENV: production\n  FLUXER_SELF_HOSTED: \"true\"\n  FLUXER_BASE_DOMAIN: ${FLUXER_DOMAIN}\n  FLUXER_PUBLIC_SCHEME: ${FLUXER_PUBLIC_SCHEME:-https}\n  FLUXER_PUBLIC_PORT: ${FLUXER_PUBLIC_PORT:-443}\n  FLUXER_TRUST_CLIENT_IP_HEADER: \"true\"\n  FLUXER_CLIENT_IP_HEADER_NAME: x-forwarded-for\n\n  FLUXER_DATABASE_BACKEND: postgres\n  FLUXER_POSTGRES_HOST: postgres\n  FLUXER_POSTGRES_PORT: \"5432\"\n  FLUXER_POSTGRES_DATABASE: fluxer\n  FLUXER_POSTGRES_USERNAME: fluxer\n  FLUXER_POSTGRES_PASSWORD: ${POSTGRES_PASSWORD}\n  FLUXER_POSTGRES_SSL: \"false\"\n\n  FLUXER_KV_URL: redis://valkey:6379/0\n  FLUXER_NATS_URL: nats://nats:4222\n  FLUXER_NATS_JETSTREAM_URL: nats://nats:4222\n  FLUXER_SVC_NATS_URL: nats://nats:4222\n  FLUXER_SVC_SHARD_COUNT: \"1\"\n\n  FLUXER_SEARCH_ENGINE: meilisearch\n  FLUXER_SEARCH_URL: http://meilisearch:7700\n  FLUXER_SEARCH_API_KEY: ${MEILI_MASTER_KEY}\n\n  FLUXER_S3_ENDPOINT: http://seaweedfs:8333\n  FLUXER_S3_PUBLIC_ENDPOINT: http://seaweedfs:8333\n  FLUXER_S3_REGION: us-east-1\n  FLUXER_S3_ACCESS_KEY_ID: ${FLUXER_S3_ACCESS_KEY}\n  FLUXER_S3_SECRET_ACCESS_KEY: ${FLUXER_S3_SECRET_KEY}\n  FLUXER_S3_FORCE_PATH_STYLE: \"true\"\n  FLUXER_S3_BUCKET_CDN: fluxer\n  FLUXER_S3_BUCKET_UPLOADS: fluxer-uploads\n  FLUXER_S3_BUCKET_DOWNLOADS: fluxer-downloads\n  FLUXER_S3_BUCKET_REPORTS: fluxer-reports\n  FLUXER_S3_BUCKET_HARVESTS: fluxer-harvests\n  AWS_ACCESS_KEY_ID: ${FLUXER_S3_ACCESS_KEY}\n  AWS_SECRET_ACCESS_KEY: ${FLUXER_S3_SECRET_KEY}\n  AWS_DEFAULT_REGION: us-east-1\n  AWS_EC2_METADATA_DISABLED: \"true\"\n\n  FLUXER_LIVEKIT_ENABLED: \"true\"\n  FLUXER_LIVEKIT_API_KEY: ${LIVEKIT_API_KEY}\n  FLUXER_LIVEKIT_API_SECRET: ${LIVEKIT_API_SECRET}\n  FLUXER_LIVEKIT_WEBHOOK_URL: http://api:8080/webhooks/livekit\n\n  FLUXER_EMAIL_ENABLED: ${FLUXER_EMAIL_ENABLED:-false}\n  FLUXER_EMAIL_PROVIDER: ${FLUXER_EMAIL_PROVIDER:-none}\n  FLUXER_EMAIL_FROM_EMAIL: ${FLUXER_EMAIL_FROM_EMAIL:-noreply@localhost}\n  FLUXER_EMAIL_FROM_NAME: ${FLUXER_EMAIL_FROM_NAME:-Fluxer}\n  FLUXER_EMAIL_SMTP_HOST: ${FLUXER_EMAIL_SMTP_HOST:-}\n  FLUXER_EMAIL_SMTP_PORT: ${FLUXER_EMAIL_SMTP_PORT:-587}\n  FLUXER_EMAIL_SMTP_USERNAME: ${FLUXER_EMAIL_SMTP_USERNAME:-}\n  FLUXER_EMAIL_SMTP_PASSWORD: ${FLUXER_EMAIL_SMTP_PASSWORD:-}\n  FLUXER_EMAIL_SMTP_SECURE: ${FLUXER_EMAIL_SMTP_SECURE:-true}\n\n  FLUXER_SMS_ENABLED: \"false\"\n  FLUXER_CAPTCHA_ENABLED: ${FLUXER_CAPTCHA_ENABLED:-false}\n  FLUXER_CAPTCHA_PROVIDER: ${FLUXER_CAPTCHA_PROVIDER:-none}\n  FLUXER_STRIPE_ENABLED: \"false\"\n  FLUXER_NCMEC_ENABLED: \"false\"\n  FLUXER_CLAMAV_ENABLED: \"false\"\n  FLUXER_DISCOVERY_ENABLED: ${FLUXER_DISCOVERY_ENABLED:-true}\n\n  FLUXER_SUDO_MODE_SECRET: ${FLUXER_SUDO_MODE_SECRET}\n  FLUXER_CONNECTION_INITIATION_SECRET: ${FLUXER_CONNECTION_INITIATION_SECRET}\n  FLUXER_VAPID_PUBLIC_KEY: ${FLUXER_VAPID_PUBLIC_KEY:-BHi1FsTNSH8j-8uPnftAFXtBq98twI1crO6b1KC9io4aWWDOSG5lb-8OvUy-2FTwl8co5u2EF2CpBuj08Qvm-LQ}\n  FLUXER_VAPID_PRIVATE_KEY: ${FLUXER_VAPID_PRIVATE_KEY:-iXyKG6bHtSNGF9j5duIo71W79lPFqyVsehtFCJIZvzQ}\n  FLUXER_VAPID_EMAIL: ${FLUXER_VAPID_EMAIL}\n  FLUXER_GATEWAY_RPC_AUTH_TOKEN: ${FLUXER_GATEWAY_RPC_AUTH_TOKEN}\n  FLUXER_MEDIA_PROXY_SECRET_KEY: ${FLUXER_MEDIA_PROXY_SECRET_KEY}\n  FLUXER_MEDIA_PROXY_UPLOAD_RELAY_SECRET_BASE64: ${FLUXER_MEDIA_PROXY_UPLOAD_RELAY_SECRET_BASE64}\n  FLUXER_ADMIN_SECRET_KEY_BASE: ${FLUXER_ADMIN_SECRET_KEY_BASE}\n  FLUXER_ADMIN_OAUTH_CLIENT_SECRET: ${FLUXER_ADMIN_OAUTH_CLIENT_SECRET}\n\n  FLUXER_INTERNAL_API_ENDPOINT: http://api:8080\n  FLUXER_INTERNAL_GATEWAY_ENDPOINT: http://gateway:8080\n  FLUXER_INTERNAL_MEDIA_PROXY_ENDPOINT: http://media-proxy:8080\n  FLUXER_MARKETING_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}\n  FLUXER_MEDIA_PROXY_ENDPOINT: http://media-proxy:8080\n  FLUXER_MEDIA_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/media\n  FLUXER_MEDIA_PROXY_UPLOAD_RELAY_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/media\n\n  FLUXER_ERLANG_COOKIE: ${FLUXER_ERLANG_COOKIE}\n  FLUXER_PROFILE_PSEUDONYM_SECRET: ${FLUXER_PROFILE_PSEUDONYM_SECRET}\n\n  FLUXER_PASSKEY_RP_NAME: ${FLUXER_PASSKEY_RP_NAME:-Fluxer}\n  FLUXER_PASSKEY_RP_ID: ${FLUXER_PASSKEY_RP_ID:-${FLUXER_DOMAIN}}\n  FLUXER_PASSKEY_ADDITIONAL_ALLOWED_ORIGINS: ${FLUXER_PASSKEY_ADDITIONAL_ALLOWED_ORIGINS:-https://${FLUXER_DOMAIN}}\n\nx-fluxer-service: &fluxer-service\n  restart: unless-stopped\n\nservices:\n  caddy:\n    image: caddy:2.10-alpine\n    restart: unless-stopped\n    ports:\n      - \"80\"\n    configs:\n      - source: caddyfile\n        target: /etc/caddy/Caddyfile\n    volumes:\n      - caddy-data:/data\n      - caddy-config:/config\n    depends_on: [api, gateway, media-proxy, static-proxy, admin]\n\n  postgres:\n    image: postgres:16-alpine\n    restart: unless-stopped\n    environment:\n      POSTGRES_DB: fluxer\n      POSTGRES_USER: fluxer\n      POSTGRES_PASSWORD: ${POSTGRES_PASSWORD}\n    volumes:\n      - postgres-data:/var/lib/postgresql/data\n    healthcheck:\n      test: [\"CMD-SHELL\", \"pg_isready -U fluxer -d fluxer\"]\n      interval: 10s\n      timeout: 5s\n      retries: 10\n\n  valkey:\n    image: valkey/valkey:8.1-alpine\n    restart: unless-stopped\n    command: [\"valkey-server\", \"--save\", \"\", \"--appendonly\", \"no\"]\n    healthcheck:\n      test: [\"CMD\", \"valkey-cli\", \"ping\"]\n      interval: 10s\n      timeout: 5s\n      retries: 10\n\n  nats:\n    image: nats:2.14-alpine\n    restart: unless-stopped\n    command: [\"-js\", \"-sd\", \"/data\", \"-m\", \"8222\"]\n    volumes:\n      - nats-data:/data\n\n  meilisearch:\n    image: getmeili/meilisearch:v1.12\n    restart: unless-stopped\n    environment:\n      MEILI_ENV: production\n      MEILI_NO_ANALYTICS: \"true\"\n      MEILI_MASTER_KEY: ${MEILI_MASTER_KEY}\n    volumes:\n      - meilisearch-data:/meili_data\n\n  seaweedfs:\n    image: chrislusf/seaweedfs:4.34\n    restart: unless-stopped\n    command: [\"server\", \"-s3\", \"-dir=/data\"]\n    volumes:\n      - seaweedfs-data:/data\n\n  gifs:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-gifs:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_NAME: gifs\n      FLUXER_SVC_MODE: router\n      FLUXER_MEDIA_PROXY_PUBLIC_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/media\n    depends_on:\n      nats: {condition: service_started}\n\n  gifs-shard:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-gifs:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_NAME: gifs\n      FLUXER_SVC_MODE: shard\n      FLUXER_SVC_SHARD_ID: \"0\"\n      FLUXER_MEDIA_PROXY_PUBLIC_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/media\n    depends_on:\n      nats: {condition: service_started}\n\n  seaweedfs-init:\n    image: chrislusf/seaweedfs:4.34\n    depends_on: [seaweedfs]\n    restart: \"no\"\n    entrypoint:\n      - /bin/sh\n      - -c\n      - |\n        echo \"Waiting for SeaweedFS to initialise...\"\n        sleep 12\n        echo \"Creating S3 buckets...\"\n        printf 's3.bucket.create -name fluxer\\ns3.bucket.create -name fluxer-uploads\\ns3.bucket.create -name fluxer-downloads\\ns3.bucket.create -name fluxer-reports\\ns3.bucket.create -name fluxer-harvests\\nexit\\n' | weed shell -master=seaweedfs:9333 2>&1 &\n        WEED_PID=$$!\n        sleep 15\n        kill $$WEED_PID 2>/devnull || true\n        echo \"buckets ready\"\n\n  livekit:\n    image: livekit/livekit-server:v1.12.0\n    restart: unless-stopped\n    command: [\"--config\", \"/etc/livekit.yaml\"]\n    environment:\n      LIVEKIT_KEYS: \"${LIVEKIT_API_KEY}: ${LIVEKIT_API_SECRET}\"\n    configs:\n      - source: livekit_config\n        target: /etc/livekit.yaml\n    ports:\n      - \"7881\"\n      - \"7882/udp\"\n\n  api:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-api:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_API_PORT: \"8080\"\n      FLUXER_API_PRESIGNED_ATTACHMENT_UPLOADS_ENABLED: \"true\"\n    healthcheck:\n      test: [\"CMD-SHELL\", \"node -e \\\"fetch('http://127.0.0.1:8080/_health').then(r=>process.exit(r.ok?0:1)).catch(()=>process.exit(1))\\\"\"]\n      interval: 10s\n      timeout: 5s\n      retries: 30\n      start_period: 90s\n    depends_on:\n      postgres: {condition: service_healthy}\n      valkey: {condition: service_healthy}\n      nats: {condition: service_started}\n      meilisearch: {condition: service_started}\n      seaweedfs-init: {condition: service_completed_successfully}\n      snowflakes: {condition: service_started}\n      snowflakes-shard: {condition: service_started}\n      messages: {condition: service_started}\n      messages-shard: {condition: service_started}\n      users: {condition: service_started}\n      users-shard: {condition: service_started}\n\n  worker:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-api:${FLUXER_IMAGE_TAG:-v1}\n    working_dir: /usr/src/app/fluxer_api\n    command: [\"./node_modules/.bin/tsx\", \"src/WorkerEntrypoint.ts\"]\n    environment:\n      <<: *fluxer-env\n      FLUXER_API_WORKER_MODE: all_lanes\n      FLUXER_API_WORKER_ENABLE_CRON_SCHEDULER: \"true\"\n      FLUXER_API_WORKER_ENABLE_VOICE_RECONCILIATION: \"true\"\n    depends_on:\n      postgres: {condition: service_healthy}\n      valkey: {condition: service_healthy}\n      nats: {condition: service_started}\n      seaweedfs-init: {condition: service_completed_successfully}\n      snowflakes-shard: {condition: service_started}\n      messages-shard: {condition: service_started}\n      users-shard: {condition: service_started}\n\n  gateway:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-gateway:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_GATEWAY_PORT: \"8080\"\n      FLUXER_GATEWAY_MEDIA_PROXY_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/media\n      FLUXER_GATEWAY_STATIC_CDN_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}\n      FLUXER_GATEWAY_LOGGER_LEVEL: info\n    depends_on:\n      nats: {condition: service_started}\n      valkey: {condition: service_healthy}\n\n  media-proxy:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-media-proxy:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_MEDIA_PROXY_HOST: 0.0.0.0\n      FLUXER_MEDIA_PROXY_PORT: \"8080\"\n      FLUXER_MEDIA_PROXY_MODE: upload\n      FLUXER_MEDIA_PROXY_STORAGE_BACKEND: s3\n    depends_on:\n      seaweedfs-init: {condition: service_completed_successfully}\n      nats: {condition: service_started}\n\n  static-proxy:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-static:${FLUXER_IMAGE_TAG:-v1}\n\n  app-proxy:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-app-proxy-self-hosted:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      FLUXER_APP_PROXY_HOST: 0.0.0.0\n      FLUXER_APP_PROXY_PORT: \"8080\"\n      DISCOVERY_UPSTREAM_URL: http://caddy:8088/api/.well-known/fluxer\n      PUBLIC_BOOTSTRAP_API_ENDPOINT: /api\n      PUBLIC_BOOTSTRAP_API_PUBLIC_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/api\n    depends_on:\n      api: {condition: service_healthy}\n      caddy: {condition: service_started}\n\n  snowflakes:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-snowflakes:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: router\n    depends_on:\n      nats: {condition: service_started}\n\n  snowflakes-shard:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-snowflakes:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: shard\n      FLUXER_SVC_SHARD_ID: \"0\"\n    depends_on:\n      nats: {condition: service_started}\n\n  users:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-users:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: router\n    depends_on:\n      nats: {condition: service_started}\n\n  users-shard:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-users:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: shard\n      FLUXER_SVC_SHARD_ID: \"0\"\n    depends_on:\n      nats: {condition: service_started}\n\n  messages:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-messages:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: router\n    depends_on:\n      nats: {condition: service_started}\n\n  messages-shard:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-messages:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: shard\n      FLUXER_SVC_SHARD_ID: \"0\"\n    depends_on:\n      nats: {condition: service_started}\n      postgres: {condition: service_healthy}\n\n  unfurl:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-unfurl:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: router\n    depends_on:\n      nats: {condition: service_started}\n\n  unfurl-shard:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-unfurl:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_SVC_MODE: shard\n      FLUXER_SVC_SHARD_ID: \"0\"\n    depends_on:\n      nats: {condition: service_started}\n\n  admin:\n    <<: *fluxer-service\n    image: ${FLUXER_REGISTRY:-ghcr.io/fluxerapp}/fluxer-admin:${FLUXER_IMAGE_TAG:-v1}\n    environment:\n      <<: *fluxer-env\n      FLUXER_ADMIN_HOST: 0.0.0.0\n      FLUXER_ADMIN_PORT: \"8080\"\n      FLUXER_ADMIN_BASE_PATH: /admin\n      FLUXER_API_ENDPOINT: http://api:8080\n      FLUXER_ADMIN_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/admin\n      FLUXER_APP_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}\n      FLUXER_MEDIA_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/media\n      FLUXER_STATIC_CDN_ENDPOINT: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}\n      FLUXER_ADMIN_OAUTH_REDIRECT_URI: ${FLUXER_PUBLIC_SCHEME:-https}://${FLUXER_DOMAIN}/admin/oauth2_callback\n    depends_on:\n      api: {condition: service_healthy}\n\nvolumes:\n  caddy-data:\n  caddy-config:\n  postgres-data:\n  nats-data:\n  meilisearch-data:\n  seaweedfs-data:\n\nconfigs:\n  caddyfile:\n    content: |\n      :80 {\n          encode zstd gzip\n          handle /.well-known/* {\n              reverse_proxy api:8080\n          }\n          handle_path /api/* {\n              reverse_proxy api:8080\n          }\n          handle /gateway {\n              rewrite * /\n              reverse_proxy gateway:8080\n          }\n          handle_path /gateway/* {\n              reverse_proxy gateway:8080\n          }\n          handle_path /media/* {\n              reverse_proxy media-proxy:8080\n          }\n          handle_path /livekit/* {\n              reverse_proxy livekit:7880\n          }\n          handle /admin {\n              rewrite * /\n              reverse_proxy admin:8080\n          }\n          handle_path /admin/* {\n              reverse_proxy admin:8080\n          }\n          @staticAssets path /fonts/* /web/* /emoji/* /libs/* /avatars/* /badges/* /desktop/* /embeds/*\n          handle @staticAssets {\n              reverse_proxy static-proxy:8080\n          }\n          handle {\n              reverse_proxy app-proxy:8080\n          }\n      }\n      :8088 {\n          handle_path /api/* {\n              reverse_proxy api:8080\n          }\n      }\n\n  livekit_config:\n    content: |\n      port: 7880\n      log_level: info\n      rtc:\n        tcp_port: 7881\n        udp_port: 7882\n        use_external_ip: true\n        stun_servers:\n          - stun.l.google.com:19302\n          - stun1.l.google.com:19302\n      webhook:\n        api_key: ${LIVEKIT_API_KEY}\n        urls:\n          - http://api:8080/webhooks/livekit",
  "config": "[variables]\nFLUXER_DOMAIN = \"${domain}\"\nFLUXER_PUBLIC_SCHEME = \"http\"\nFLUXER_PUBLIC_PORT = \"80\"\n\nPOSTGRES_PASSWORD = \"${hash:64}\"\nMEILI_MASTER_KEY = \"${hash:64}\"\nFLUXER_S3_ACCESS_KEY = \"fluxer\"\nFLUXER_S3_SECRET_KEY = \"${hash:64}\"\n\nFLUXER_SUDO_MODE_SECRET = \"${hash:64}\"\nFLUXER_CONNECTION_INITIATION_SECRET = \"${hash:64}\"\nFLUXER_GATEWAY_RPC_AUTH_TOKEN = \"${hash:64}\"\nFLUXER_MEDIA_PROXY_SECRET_KEY = \"${hash:64}\"\nFLUXER_ADMIN_SECRET_KEY_BASE = \"${hash:64}\"\nFLUXER_ADMIN_OAUTH_CLIENT_SECRET = \"${hash:64}\"\nFLUXER_ERLANG_COOKIE = \"${hash:64}\"\nFLUXER_PROFILE_PSEUDONYM_SECRET = \"${hash:64}\"\n\nFLUXER_MEDIA_PROXY_UPLOAD_RELAY_SECRET_BASE64 = \"${base64:32}\"\n\nFLUXER_VAPID_PUBLIC_KEY = \"\"\nFLUXER_VAPID_PRIVATE_KEY = \"\"\nFLUXER_VAPID_EMAIL = \"admin@example.com\"\n\nLIVEKIT_API_KEY = \"fluxer\"\nLIVEKIT_API_SECRET = \"${hash:64}\"\n\nFLUXER_PASSKEY_RP_NAME = \"Fluxer\"\nFLUXER_PASSKEY_RP_ID = \"${FLUXER_DOMAIN}\"\nFLUXER_PASSKEY_ADDITIONAL_ALLOWED_ORIGINS = \"http://${FLUXER_DOMAIN}\"\n\nFLUXER_EMAIL_ENABLED = \"false\"\nFLUXER_EMAIL_PROVIDER = \"none\"\nFLUXER_EMAIL_FROM_EMAIL = \"noreply@example.com\"\nFLUXER_EMAIL_FROM_NAME = \"Fluxer\"\nFLUXER_EMAIL_SMTP_HOST = \"\"\nFLUXER_EMAIL_SMTP_PORT = \"587\"\nFLUXER_EMAIL_SMTP_USERNAME = \"\"\nFLUXER_EMAIL_SMTP_PASSWORD = \"\"\nFLUXER_EMAIL_SMTP_SECURE = \"true\"\n\nFLUXER_CAPTCHA_ENABLED = \"false\"\nFLUXER_CAPTCHA_PROVIDER = \"none\"\nFLUXER_DISCOVERY_ENABLED = \"true\"\nFLUXER_KLIPY_API_KEY = \"\"\n\n[config]\nenv = [\n  \"# VAPID KEYS SETUP:\",\n  \"# Fluxer will use a valid built-in fallback key pair when these values are left empty.\",\n  \"# Replace the fallback keys after first deploy for production use:\",\n  \"# 1. Run in your terminal: 'npx web-push generate-vapid-keys'.\",\n  \"# 2. Paste the generated public and private keys into FLUXER_VAPID_PUBLIC_KEY and FLUXER_VAPID_PRIVATE_KEY.\",\n  \"\",\n  \"# HTTPS SETUP INSTRUCTIONS:\",\n  \"# By default, this template starts over HTTP for initial testing/setup.\",\n  \"# To enable HTTPS (Required for most services to work!)\",\n  \"# 1. Change FLUXER_PUBLIC_SCHEME from 'http' to 'https'\",\n  \"# 2. Change FLUXER_PUBLIC_PORT from '80' to '443'\",\n  \"# 3. Enable HTTPS on your domain in the Dokploy Domains tab and change it if needed.\",\n  \"# 4. Change FLUXER_DOMAIN from ${FLUXER_DOMAIN} to the new domain if needed.\",\n  \"# 5. Change FLUXER_PASSKEY_RP_ID from ${FLUXER_DOMAIN} to the new domain if needed.\",\n  \"# 6. Update FLUXER_PASSKEY_ADDITIONAL_ALLOWED_ORIGINS from ${FLUXER_DOMAIN} to the new domain if needed.\",\n  \"\",\n  \"# The FLUXER_DOMAIN and FLUXER_PASSKEY_RP_ID should not have http/https at the start.\",\n  \"\",\n  \"FLUXER_DOMAIN=${FLUXER_DOMAIN}\",\n  \"FLUXER_PUBLIC_SCHEME=${FLUXER_PUBLIC_SCHEME}\",\n  \"FLUXER_PUBLIC_PORT=${FLUXER_PUBLIC_PORT}\",\n  \"POSTGRES_PASSWORD=${POSTGRES_PASSWORD}\",\n  \"MEILI_MASTER_KEY=${MEILI_MASTER_KEY}\",\n  \"FLUXER_S3_ACCESS_KEY=${FLUXER_S3_ACCESS_KEY}\",\n  \"FLUXER_S3_SECRET_KEY=${FLUXER_S3_SECRET_KEY}\",\n  \"FLUXER_SUDO_MODE_SECRET=${FLUXER_SUDO_MODE_SECRET}\",\n  \"FLUXER_CONNECTION_INITIATION_SECRET=${FLUXER_CONNECTION_INITIATION_SECRET}\",\n  \"FLUXER_GATEWAY_RPC_AUTH_TOKEN=${FLUXER_GATEWAY_RPC_AUTH_TOKEN}\",\n  \"FLUXER_MEDIA_PROXY_SECRET_KEY=${FLUXER_MEDIA_PROXY_SECRET_KEY}\",\n  \"FLUXER_MEDIA_PROXY_UPLOAD_RELAY_SECRET_BASE64=${FLUXER_MEDIA_PROXY_UPLOAD_RELAY_SECRET_BASE64}\",\n  \"FLUXER_ADMIN_SECRET_KEY_BASE=${FLUXER_ADMIN_SECRET_KEY_BASE}\",\n  \"FLUXER_ADMIN_OAUTH_CLIENT_SECRET=${FLUXER_ADMIN_OAUTH_CLIENT_SECRET}\",\n  \"FLUXER_ERLANG_COOKIE=${FLUXER_ERLANG_COOKIE}\",\n  \"FLUXER_PROFILE_PSEUDONYM_SECRET=${FLUXER_PROFILE_PSEUDONYM_SECRET}\",\n  \"\",\n  \"FLUXER_VAPID_PUBLIC_KEY=${FLUXER_VAPID_PUBLIC_KEY}\",\n  \"FLUXER_VAPID_PRIVATE_KEY=${FLUXER_VAPID_PRIVATE_KEY}\",\n  \"FLUXER_VAPID_EMAIL=${FLUXER_VAPID_EMAIL}\",\n  \"\",\n  \"LIVEKIT_API_KEY=${LIVEKIT_API_KEY}\",\n  \"LIVEKIT_API_SECRET=${LIVEKIT_API_SECRET}\",\n  \"\",\n  \"FLUXER_PASSKEY_RP_NAME=${FLUXER_PASSKEY_RP_NAME}\",\n  \"FLUXER_PASSKEY_RP_ID=${FLUXER_PASSKEY_RP_ID}\",\n  \"FLUXER_PASSKEY_ADDITIONAL_ALLOWED_ORIGINS=${FLUXER_PASSKEY_ADDITIONAL_ALLOWED_ORIGINS}\",\n  \"\",\n  \"FLUXER_EMAIL_ENABLED=${FLUXER_EMAIL_ENABLED}\",\n  \"FLUXER_EMAIL_PROVIDER=${FLUXER_EMAIL_PROVIDER}\",\n  \"FLUXER_EMAIL_FROM_EMAIL=${FLUXER_EMAIL_FROM_EMAIL}\",\n  \"FLUXER_EMAIL_FROM_NAME=${FLUXER_EMAIL_FROM_NAME}\",\n  \"FLUXER_EMAIL_SMTP_HOST=${FLUXER_EMAIL_SMTP_HOST}\",\n  \"FLUXER_EMAIL_SMTP_PORT=${FLUXER_EMAIL_SMTP_PORT}\",\n  \"FLUXER_EMAIL_SMTP_USERNAME=${FLUXER_EMAIL_SMTP_USERNAME}\",\n  \"FLUXER_EMAIL_SMTP_PASSWORD=${FLUXER_EMAIL_SMTP_PASSWORD}\",\n  \"FLUXER_EMAIL_SMTP_SECURE=${FLUXER_EMAIL_SMTP_SECURE}\",\n  \"\",\n  \"FLUXER_CAPTCHA_ENABLED=${FLUXER_CAPTCHA_ENABLED}\",\n  \"FLUXER_CAPTCHA_PROVIDER=${FLUXER_CAPTCHA_PROVIDER}\",\n  \"FLUXER_DISCOVERY_ENABLED=${FLUXER_DISCOVERY_ENABLED}\",\n  \"\",\n  \"FLUXER_KLIPY_API_KEY=${FLUXER_KLIPY_API_KEY}\",\n]\nmounts = []\n\n[[config.domains]]\nserviceName = \"caddy\"\nport = 80\nhost = \"${FLUXER_DOMAIN}\""
}
Reference files
Configuration
The exact Docker Compose and template configuration this template deploys.
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