kitsune/docker-compose.yml at main · datascry/kitsune · GitHub

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# docker-compose — run the live spine: detector + transparent edge proxy.
# `docker compose up` starts blue; `docker compose --profile evaders run vanilla` fires the control.

services:
  detector:
    build:
      context: .
      dockerfile: detector/Dockerfile
    # No host port publish by default (services talk over the compose network); add
    # `ports: ["8080:8080"]` to reach the detector from the host.
    # KITSUNE_ARENA_URL points at the owned arena challenge-gate; the detector relays /arena/* to it so a
    # visitor reaches the gate on one origin (through the edge). Absent -> the /arena routes return 503.
    environment:
      KITSUNE_ARENA_URL: "http://arena:8095"
    healthcheck:
      test: ["CMD", "python", "-c", "import urllib.request; urllib.request.urlopen('http://localhost:8080/healthz')"]
      interval: 5s
      timeout: 3s
      retries: 5
      # `uv run` re-syncs the env on first start (~25-30s); give it room before counting failures so the
      # edge's depends_on:healthy gate doesn't trip on a cold start.
      start_period: 45s

  edge:
    build:
      context: ./edge
    environment:
      KITSUNE_EDGE_ADDR: "0.0.0.0:8443"
      KITSUNE_BACKEND: "http://detector:8080"
      KITSUNE_DETECTOR: "http://detector:8080"
    # NET_RAW lets the edge raw-capture client SYNs for TCP/IP-stack fingerprinting (p0f-style OS
    # kernel). The image is non-root by default (secure); the lab runs it as root so CAP_NET_RAW is in
    # the effective set for the AF_PACKET sniffer. Without this the edge still runs — no tcp_kernel signal.
    user: root
    cap_add:
      - NET_RAW
    # Add `ports: ["8443:8443"]` to drive the edge from the host.
    depends_on:
      detector:
        condition: service_healthy

  # The public arena challenge-gate (owned infra) — a long-running service in the live spine. Reproduces
  # documented OPEN PoW mechanisms (anubis/friendlycaptcha/altcha) for visitors to challenge; the detector
  # relays /arena/* here. It only ever talks to itself — never a third-party endpoint.
  arena:
    build:
      context: .
      dockerfile: arena/Dockerfile
    environment:
      ARENA_ADDR: "0.0.0.0:8095"
    restart: unless-stopped

  # Red side vs the arena — a browserless solver that beats every arena CAPTCHA gate (owned gates only),
  # while the detector convicts the no-JS client. `--profile arena-solver run --rm arena-solver`.
  arena-solver:
    build:
      context: .
      dockerfile: evaders/arena-solver/Dockerfile
    environment:
      KITSUNE_DETECTOR: "http://detector:8080"
    depends_on: [detector, arena]
    profiles: ["arena-solver"]

  # OCR evader vs the arena's distorted-text gate — a HF TrOCR captcha model reads it (owned gate only),
  # while the detector convicts the no-JS client. Heavy (downloads the model). `--profile arena-solver`.
  arena-solver-ocr:
    build:
      context: .
      dockerfile: evaders/arena-solver-ocr/Dockerfile
    environment:
      KITSUNE_DETECTOR: "http://detector:8080"
    depends_on: [detector, arena]
    profiles: ["arena-solver"]

  # Red side — one-shot, only with `--profile evaders`.
  vanilla:
    build:
      context: .
      dockerfile: evaders/vanilla/Dockerfile
    environment:
      KITSUNE_EDGE: "https://edge:8443/healthz"
      KITSUNE_DETECTOR: "http://detector:8080"
    depends_on: [edge]
    profiles: ["evaders"]

  # HTTP/1.1 slow-header (slowloris) hold — a fleet of ALPN-http/1.1 connections dribbling an incomplete
  # request header, so the edge's SlowLorisScanner emits net.slow_http_attack (and the fleet aggregates as an
  # L7 flood). A slow-header hold, not a volumetric flood. `--profile evaders run --rm slow-http`.
  slow-http:
    build:
      context: ./evaders/slow-http
    environment:
      KITSUNE_EDGE: "https://edge:8443/"
    depends_on: [edge]
    profiles: ["evaders"]

  # uTLS MITM front for the chained-tool experiment: forges a browser TLS+H2 handshake to the edge while a
  # real browser proxies through it (point a browser evader at KITSUNE_EDGE=https://chain-front:8444/). Tests
  # whether chaining a network-forging tool behind a real runtime moves the single-session frontier — it does
  # not (see evaders/chain-mitm/README.md). `--profile evaders up -d chain-front`, then run any browser evader.
  chain-front:
    build:
      context: ./evaders/chain-mitm
    environment:
      KITSUNE_EDGE: "https://edge:8443"
      KS_HELLO: "chrome" # chrome | firefox | safari — the forged network engine
    depends_on: [edge]
    profiles: ["evaders"]

  # Kernel OS spoof: a userspace TCP stack (AF_PACKET) forges a chosen kernel's SYN option order + a matching
  # uTLS hello + UA, beating net.tcp_os_vs_ua. KS_PROFILE=<name>|random|list; a fleet of random nodes morphs
  # into any mix of OSes. Needs NET_RAW + NET_ADMIN. `--profile evaders run --rm os-spoof`.
  os-spoof:
    build:
      context: ./evaders/os-spoof
    environment:
      KS_EDGE_HOST: "edge"
      KS_PROFILE: "random" # windows-chrome | macos-safari | linux-firefox | ios-safari | … | random | list
    cap_add: [NET_RAW, NET_ADMIN]
    depends_on: [edge]
    profiles: ["evaders"]

  # High-fidelity network impersonator (Chrome TLS+H2 via primp/BoringSSL, no JS).
  primp:
    build:
      context: .
      dockerfile: evaders/primp/Dockerfile
    environment:
      KITSUNE_EDGE: "https://edge:8443/healthz"
      KITSUNE_DETECTOR: "http://detector:8080"
    depends_on: [edge]
    profiles: ["evaders"]

  # Go/uTLS forged-ClientHello impersonator over HTTP/2 (Chrome JA3/JA4, no JS).
  go-tls:
    build:
      context: .
      dockerfile: evaders/go-tls/Dockerfile
    environment:
      KITSUNE_EDGE: "https://edge:8443/healthz"
    depends_on: [edge]
    profiles: ["evaders"]

  # PoW arms-race testbed — the BLUE gate (long-running target). `--profile pow up pow-gate`.
  pow-gate:
    build:
      context: .
      dockerfile: evaders/pow/Dockerfile
    environment:
      POW_ADDR: "0.0.0.0:8090"
      POW_DIFFICULTY: "20"
    profiles: ["pow"]

  # PoW native (no-browser) solver — the RED evader; beats the gate and redeems the token.
  pow-solver:
    build:
      context: .
      dockerfile: evaders/pow/Dockerfile
    entrypoint: ["/pow-solver"]
    environment:
      POW_GATE: "http://pow-gate:8090"
      POW_CLASS: "hashcash"
    depends_on: [pow-gate]
    profiles: ["pow"]