LogClaw

AI SRE that deploys in your VPC. Real-time anomaly detection, trace-correlated incident tickets, and AI root cause analysis — your logs never leave your infrastructure.

TL;DR — Try It

Option A: Managed Cloud (no install — fastest)

Try the full experience instantly at console.logclaw.ai — includes AI root cause analysis, API key management, multi-tenant isolation, and the complete incident pipeline. No Docker required.

Option B: Docker Compose (self-hosted, no Kubernetes)

curl -O https://raw.githubusercontent.com/logclaw/logclaw/main/docker-compose.yml
curl -O https://raw.githubusercontent.com/logclaw/logclaw/main/otel-collector-config.yaml
docker compose up -d

Open http://localhost:3000 — the LogClaw stack is running:

• Dashboard (:3000) — incidents, log ingestion, config
• OTel Collector (:4317 gRPC, :4318 HTTP) — send logs via OTLP
• Bridge (:8080) — anomaly detection + trace correlation
• Ticketing Agent (:18081) — AI-powered incident management
• OpenSearch (:9200) — log storage + search
• Kafka (:9092) — event bus

All images are pulled from ghcr.io/logclaw/ — no registry auth required.

Note: The local stack runs in single-tenant mode with LLM-powered root cause analysis disabled. For AI RCA, API key management, and multi-tenant isolation, use the managed cloud or deploy to Kubernetes with LLM_PROVIDER=claude|openai|ollama.

Option C: Kind Cluster (full Kubernetes stack)

git clone https://github.com/logclaw/logclaw.git && cd logclaw
./scripts/setup-dev.sh

This creates a Kind cluster, installs all operators and services, builds the dashboard, and runs a smoke test. Takes ~20 minutes on a 16 GB laptop.

Container Images

All LogClaw images are published to GHCR as public packages:

Pull any image directly:

docker pull ghcr.io/logclaw/logclaw-dashboard:stable

See It in Action

Incident Management	AI Root Cause Analysis
Log Ingestion	Dashboard Overview

Live demo: console.logclaw.ai | Video walkthrough: logclaw.ai

Open Source vs Cloud vs Enterprise

No per-seat fees. No per-host fees. AI features included at every tier.

Start Free (Cloud)  |  Deploy from GitHub (OSS)  |  Book a Demo (Enterprise)

Architecture

All components below are included in every tier — Open Source, Cloud, and Enterprise.

LogClaw Stack (per tenant, namespace-isolated)
│
├── logclaw-auth-proxy       API key validation + tenant ID injection
├── logclaw-otel-collector   OpenTelemetry Collector (OTLP gRPC + HTTP)
├── logclaw-ingestion        Vector.dev edge ingestion (optional)
├── logclaw-kafka            Strimzi Kafka 3-broker KRaft cluster
├── logclaw-flink            ETL + enrichment + anomaly scoring
├── logclaw-opensearch       OpenSearch cluster (hot-tier log storage)
├── logclaw-bridge           OTLP ETL + trace correlation + lifecycle manager
├── logclaw-ml-engine        Feast Feature Store + KServe/TorchServe + Ollama
├── logclaw-airflow          Apache Airflow (ML training DAGs)
├── logclaw-ticketing-agent  AI-powered RCA + multi-platform ticketing
├── logclaw-agent            In-cluster infrastructure health collector
├── logclaw-dashboard        Next.js web UI (ingestion, incidents, config, dark mode)
└── logclaw-console          Enterprise SaaS console (multi-tenant)

Data flow: Logs → Auth Proxy (API key + tenant injection) → OTel Collector (OTLP ingestion) → Kafka → Bridge (ETL + anomaly + trace correlation) → OpenSearch + Ticketing Agent → Incident tickets

All charts are wired together by the logclaw-tenant umbrella chart — a single helm install deploys the full stack for one tenant.

Quick Start (Production / ArgoCD)

Prerequisites

One-time cluster setup (operators, run once per cluster):

helmfile -f helmfile.d/00-operators.yaml apply

Onboard a new tenant

1. Copy the template:

   bash

   Copy

   cp gitops/tenants/_template.yaml gitops/tenants/tenant-<id>.yaml
   

2. Fill in the required values (tenantId, tier, cloudProvider, secret store config).

3. Commit and push — ArgoCD will detect the new file and deploy the full stack in ~30 minutes.

Manual install (dev/staging)

helm install logclaw-acme charts/logclaw-tenant \
  --namespace logclaw-acme \
  --create-namespace \
  -f gitops/tenants/tenant-acme.yaml

Running Locally (Step by Step)

Prefer the one-command setup? Run ./scripts/setup-dev.sh and skip to Step 6.

Prerequisites

# macOS (Homebrew)
brew install helm helmfile kind kubectl node python3

# Helm plugins
helm plugin install https://github.com/databus23/helm-diff
helm plugin install https://github.com/helm-unittest/helm-unittest

# Docker Desktop must be running
open -a Docker

1 — Create a local Kubernetes cluster

make kind-create

Verify:

kubectl cluster-info --context kind-logclaw-dev

2 — Install cluster-level operators

make install-operators

Wait for operators to be ready (~3 min):

kubectl get pods -n strimzi-system -w
kubectl get pods -n opensearch-operator-system -w

3 — Install the full tenant stack

make install TENANT_ID=dev-local STORAGE_CLASS=standard

This deploys all 16 helmfile releases in dependency order. Monitor progress:

watch kubectl get pods -n logclaw-dev-local

4 — Build and deploy the Dashboard

The dashboard requires a Docker image build:

docker build -t logclaw-dashboard:dev apps/dashboard/
kind load docker-image logclaw-dashboard:dev --name logclaw-dev

helm upgrade --install logclaw-dashboard-dev-local charts/logclaw-dashboard \
  --namespace logclaw-dev-local \
  --set global.tenantId=dev-local \
  -f charts/logclaw-dashboard/ci/default-values.yaml

5 — Access the services

# Dashboard (main UI)
kubectl port-forward svc/logclaw-dashboard-dev-local 3333:3000 -n logclaw-dev-local
open http://localhost:3333

# OpenSearch (query API)
kubectl port-forward svc/logclaw-opensearch-dev-local 9200:9200 -n logclaw-dev-local