Sanskrit: ΰ€ ΰ€§ΰ€Ύΰ€° (AdhΔra) β Foundation
Adhar is an Open Internal Developer Platform that eliminates the trade-off between developer freedom and organizational governance.
Traditional platforms force organizations to choose: either give developers freedom (leading to inconsistent architectures and security gaps) or enforce governance (creating bottlenecks and slowing teams down). Adhar takes a fundamentally different approachβstandardization as enablement, not constraint.
Adhar delivers battle-tested architectural patterns with 50+ production-grade servicesβfrom Kubernetes and Cilium to ArgoCD, Vault, Prometheus, and beyondβall pre-configured, security-hardened, and ready to use. A single adhar up command provisions complete platforms across AWS, Azure, GCP, DigitalOcean, Civo, or local Kind clusters in under 10 minutes. No infrastructure tickets, no security reviews, no integration projects. Developers get instant self-service access to everything they need, while organizations get consistent, secure, compliant infrastructure enforced automatically through code.
The result: Teams spend 100% of their time on business value, zero time on undifferentiated infrastructure work. 100% open source (Apache 2.0) with no vendor lock-in. This is the foundation modern engineering teams deserve.
β οΈ Active Development: This project is in active development stage. APIs and configurations may change. Recommended for development and evaluation purposes only.
| Capability | Description |
|---|---|
| π Standardized Architecture | Organizational and application patterns that enforce best practices automatically |
| π Self-Service with Guardrails | Instant provisioning within security/compliance boundaries - no approval workflows |
| π― Golden Paths | Pre-built patterns for microservices, microfrontends, data pipelines, and ML workflows |
| ποΈ True Multi-Cloud | Consistent experience across AWS, Azure, GCP, DigitalOcean, Civo, and Onprem |
| π GitOps Native | Declarative infrastructure and application management via Git and ArgoCD |
| π‘οΈ Security Built-In | Zero-trust networking, secrets vault, vulnerability scanning, policy enforcement |
| π Complete Observability | Prometheus, Grafana, Loki, Tempo and Hubble configured with auto instrument |
| π€ AI/ML Platform | Jupyter, analytics, ETL and pipeline orchestration ready for data teams |
| π¦ 50+ Services Integrated | From Kafka to databases - production-ready out-of-the-box services |
Before getting started, ensure you have:
| Requirement | Version | Purpose |
|---|---|---|
| Docker | v20.10+ | Container runtime |
| kubectl | v1.24+ | Kubernetes CLI |
| RAM | 8GB min, 16GB+ recommended | Platform resources |
| Storage | 20GB+ free | Images and data |
| CPU | 4+ cores | Processing power |
#1. Install Adhar CLI
curl -fsSL https://raw.githubusercontent.com/adhar-io/adhar/main/scripts/install.sh | bash
#2. Create local cluster with core platform services
adhar up
#3. Access the platform, Adhar Console (each UI has its own subdomain)
open https://console.adhar.localtest.me:8443
#4. Retrieve application secrets
adhar get secrets
#5. Check platform usage
adhar help
#6. Destroy Adhar platform
adhar down#1. Install Adhar CLI
curl -fsSL https://raw.githubusercontent.com/adhar-io/adhar/main/scripts/install.sh | bash
#2. Create configuration file (see Configuration Examples below)
cat > adhar-config.yaml <<EOF
clusterName: adhar-prod
provider: AWS_EKS # Supports: AWS_EKS, GCP_GKE, AZURE_AKS, DIGITALOCEAN_DOKS, CIVO_K3S
region: us-east-1
enableHAMode: true
nodePools:
- name: system
instanceType: t3.large
count: 3
minCount: 3
maxCount: 5
EOF
#3. Adhar platform production setup
adhar up -f adhar-config.yaml
#4. Verify deployment status
adhar get status
#5. Access the platform, Adhar Console
open https://cloud.adhar.io
#6. Get credentials for Adhar Console, ArgoCD, Gitea, Keycloak etc.
adhar get secrets -p argocdCore Platform & Infrastructure (15)
- Backstage - Unified developer portal
- Kubernetes - Container orchestration platform
- Kamaji - Multi-tenant Kubernetes control plane
- vCluster - Virtual Kubernetes clusters
- Open Cluster Management - Multi-cluster orchestration
- Sveltos - Kubernetes add-on management
- Crossplane - Cloud-native Infrastructure as Code
- ArgoCD - GitOps continuous delivery
- Gitea - Self-hosted Git service
- Cilium - eBPF-based networking & security
- Cilium Gateway API - HTTP/HTTPS traffic routing (Gateway
adhar-gateway) - External DNS - Automated DNS management
- Velero - Backup & disaster recovery
- Harbor - Container registry & artifact repository
- Armada - Multi-cluster batch job scheduling
Security & Compliance (11)
- Vault - Secrets management & encryption
- Keycloak - Identity & access management
- Kyverno - Kubernetes policy engine
- Falco - Runtime threat detection
- Trivy - Vulnerability & security scanning
- cert-manager - Certificate lifecycle automation
- Tetragon - eBPF-based security observability
- Cosign - Container image signing & verification
- External Secrets Operator - External secrets synchronization
- SPIFFE/SPIRE - Workload identity & authentication
- SealedSecrets - Encrypted secrets for GitOps
Observability (16)
- Prometheus - Metrics collection & monitoring
- Grafana - Visualization & dashboards
- Loki - Log aggregation & querying
- Tempo - Distributed tracing backend
- Jaeger - Distributed tracing & analysis
- Hubble - Cilium network observability
- AlertManager - Alert routing & management
- Grafana Mimir - Scalable long-term metrics storage
- OpenTelemetry - Unified observability framework
- Grafana Alloy - OpenTelemetry collector distribution
- FluentBit - Lightweight log processor & forwarder
- Pixie - eBPF-based Kubernetes observability
- Pyroscope - Continuous profiling platform
- Grafana Beyla - eBPF application auto-instrumentation
- Grafana Faro - Real user monitoring for web apps
- Grafana OnCall - On-call management & incident response
Application Development & Delivery (22)
- ArgoCD - GitOps continuous delivery
- Argo Workflows - Container-native workflow engine
- Argo Rollouts - Progressive delivery with canary/blue-green
- Argo Events - Event-driven workflow automation
- Gitea - Self-hosted Git service
- Harbor - Container registry & artifact repository
- Tekton - Cloud-native CI/CD pipelines
- FluxCD - GitOps toolkit for Kubernetes
- Knative - Kubernetes-based serverless platform
- OpenFaaS - Functions as a Service framework
- DAPR - Distributed application runtime
- Cilium Service Mesh - eBPF-based service mesh
- Cilium Gateway API - Kubernetes Gateway API implementation
- Coder - Cloud development environments (CDE)
- DevSpace - Developer workflow automation
- Kargo - Freight promotion for GitOps
- K6 - Modern load testing tool
- ChaosMesh - Chaos engineering platform
- Penpot - Open-source design & prototyping
- Webstudio - Visual web development platform
- Plane - Project management & issue tracking
- Buildpacks - Cloud-native buildpack support
Data & Analytics (14)
- PostHog - Product analytics & feature flags
- Metabase - Business intelligence dashboard
- PostgreSQL - Relational database
- Valkey - In-memory data store (Redis fork)
- MinIO - S3-compatible object storage
- Kafka - Distributed event streaming platform
- Airbyte - Data integration & ELT platform
- Iceberg - Open table format for data lakes
- Kubeflow - Machine learning workflows on Kubernetes
- Dagster - Data orchestration platform
- MLflow - ML lifecycle management platform
- Flink - Stream processing engine
- OpenSearch - Search & analytics engine
- Milvus - Vector database for AI applications
| Resource | Description |
|---|---|
| Documentation Home | Complete documentation index and navigation |
| Getting Started Guide | Quick start and installation walkthrough |
| User Guide | Platform capabilities, configuration, and CLI reference |
| Architecture Overview | System design, components, and technical details |
| Provider Guide | Multi-cloud provider implementation guide |
| Production Guide | HA, hardening, backup/DR, upgrades, and day-2 operations |
| Customization Guide | Every supported extension point, from package toggles to new providers |
| Roadmap | Phased path to the full multi-cluster platform vision |
| Release Guide | Release process, versioning, and GoReleaser automation |
| Contributing Guide | How to contribute to the Adhar project |
| Channel | Purpose | Link |
|---|---|---|
| π¬ Slack | Real-time chat & support | Join Workspace |
| π GitHub Issues | Bug reports & feature requests | Open Issue |
| π Documentation | Comprehensive guides | docs/README.md |
| π‘ Discussions | Ideas, questions & feedback | GitHub Discussions |
| π¦ Examples | Sample configs & apps | examples/ |
We welcome contributions from the community! Here's how to get started:
# Clone repository
git clone https://github.com/adhar-io/adhar.git
cd adhar
# Install dependencies
go mod download
# Build from source
make build
# Run tests
make test
# Run linter
make lint
# Test Adhar platform
./adhar up- Code Contributions: See our Contributing Guide for detailed instructions
- Bug Reports: Open an issue with detailed reproduction steps
- Feature Requests: Discuss new ideas in GitHub Discussions
- Documentation: Help improve our docs - PRs welcome!
Adhar is built on the shoulders of giants. We're grateful to the open-source community and the maintainers of these incredible projects:
|
Kubernetes |
Cilium |
ArgoCD |
Crossplane |
Prometheus |
|
Grafana |
Keycloak |
Vault |
Harbor |
Gitea |
|
Backstage |
Falco |
Kyverno |
Kargo |
CloudNativePG |
...and many more incredible open-source projects that make cloud-native possible.
Adhar β’ Built with β€οΈ for developers!
π― Get Started β’ π Documentation β’ πΊοΈ Roadmap β’ π€ Contribute β’ π¬ Slack β’ π Issues
Β© 2026 Anvita Systems Pvt Ltd β’ Licensed under Apache License 2.0