The Industry's First AI-Enabled Development Platform with Agentic DevOps
Integrating Microsoft Azure, Red Hat Developer Hub 1.6, GitHub Enterprise, and Azure AI Foundry to create an autonomous, self-operating development ecosystem
- 🔍 Overview
- 🏗️ Platform Architecture
- 🎯 Three Horizons Implementation
- 🚀 Quick Start
- 📚 Documentation
- 🛠️ Implementation Guides
- 📊 Platform Components
- 🔒 Security & Compliance
- 📈 Metrics & KPIs
The Three Horizons AI Platform revolutionizes enterprise software development by creating the industry's first fully autonomous development ecosystem. This platform transcends traditional DevOps by introducing Agentic DevOps - where AI agents autonomously handle development tasks, security scanning, deployment decisions, and operational maintenance.
| Traditional DevOps | Agentic DevOps (Our Platform) |
|---|---|
| Manual pipeline creation | AI agents design and optimize pipelines |
| Reactive security scanning | Proactive shift-left security with AI prediction |
| Script-based deployments | Autonomous deployment decisions |
| Human-operated monitoring | Self-healing infrastructure with SRE agents |
| Static development environments | Dynamic AI-optimized DevBox environments |
According to Microsoft's Agentic DevOps announcement:
- 80% reduction in repetitive DevOps tasks
- 60% faster time-to-market for new features
- 90% reduction in security vulnerabilities through shift-left practices
- 50% improvement in developer productivity
graph TB
subgraph "🎯 Control Plane"
RHDH[📚 Red Hat Developer Hub 1.6]
GHE[🐙 GitHub Enterprise]
AIF[🧪 Azure AI Foundry]
MCP[🔌 Model Context Protocol]
end
subgraph "🤖 AI & Automation Layer"
Copilot[🧠 GitHub Copilot Enterprise]
Agent[🤖 Copilot Agent Mode]
CodeAgent[💻 GitHub Code Agent]
DevOps[⚡ Agentic DevOps]
SRE[🚨 Azure SRE Agent]
end
subgraph "☁️ Infrastructure Layer"
AKS[🌊 Azure Kubernetes Service]
ARO[🔴 Azure Red Hat OpenShift]
Arc[🔗 Azure Arc]
DevBox[🖥️ Microsoft DevBox]
end
subgraph "🔒 Security Layer"
GHAS[🛡️ GitHub Advanced Security]
Defender[🔐 Defender for Cloud]
Sentinel[📊 Azure Sentinel]
end
subgraph "📊 Observability Layer"
Monitor[📈 Azure Monitor]
Insights[💡 Application Insights]
Prometheus[📊 Prometheus]
Grafana[📉 Grafana]
Datadog[🐕 Datadog]
end
RHDH --> AKS
RHDH --> ARO
GHE --> GHAS
AIF --> Agent
Agent --> DevOps
DevOps --> SRE
AKS --> Monitor
ARO --> Monitor
GHAS --> Defender
Defender --> Sentinel
Monitor --> SRE
SRE --> DevOps
-
🏠 Development Zone (Inner Loop)
- AI-powered local development with DevBox
- GitHub Copilot Enterprise integration
- Instant environment provisioning
- Real-time AI code suggestions
-
⚙️ Integration Zone (CI/CD)
- Autonomous pipeline generation
- Self-optimizing workflows
- Shift-left security gates
- AI-driven quality checks
-
🚀 Runtime Zone (Outer Loop)
- Multi-cloud deployment (Azure, AWS, GCP)
- GitOps with Ansible automation
- Progressive delivery with AI decisions
- Self-scaling infrastructure
-
📊 Operations Zone
- Autonomous incident response
- Predictive failure detection
- Self-healing systems
- AI-powered root cause analysis
Our implementation follows a proven three-horizon model that progressively transforms your development platform:
Establish core infrastructure with basic AI capabilities
Key Deliverables:
- ✅ Azure infrastructure with AKS/ARO deployment
- ✅ Red Hat Developer Hub 1.6 installation
- ✅ GitHub Enterprise integration
- ✅ Basic CI/CD with GitHub Actions
- ✅ Shift-left security with GHAS
- ✅ DevBox standardized environments
- ✅ Foundation monitoring setup
Optimize platform with advanced AI features
Key Deliverables:
- ✅ Azure AI Foundry integration
- ✅ GitHub Copilot Enterprise deployment
- ✅ Advanced GitOps with Flux/ArgoCD
- ✅ Multi-cloud deployment capabilities
- ✅ Enhanced security automation
- ✅ Comprehensive observability
- ✅ Golden Path templates
Transform to fully autonomous operations
Key Deliverables:
- ✅ Agentic DevOps activation
- ✅ GitHub Copilot Agent Mode
- ✅ Autonomous deployment decisions
- ✅ Self-healing infrastructure
- ✅ Natural language automation
- ✅ Zero-touch operations
- ✅ Continuous AI optimization
- Azure subscription with Owner/Contributor access
- GitHub Enterprise account or GitHub.com organization
- Red Hat subscription (for ARO) or AKS access
- Basic knowledge of Kubernetes and Git
# Clone the repository
git clone https://github.com/three-horizon-ai/Three-Horizons-AI-Developer-Platform.git
cd Three-Horizons-AI-Developer-Platform
# Validate templates (ensure best practices compliance)
./scripts/validate-templates.sh
# Follow the complete integration tutorial for deploymentFor detailed instructions, see our Complete Integration Tutorial.
- H1-001: Platform Introduction
- H1-002: Infrastructure Setup
- H1-003: Security Foundation
- H1-004: GitHub Enterprise Setup
- H1-005: Developer Hub Deployment
- H1-006: Basic CI/CD Pipeline
- H1-007: Demo Environment
- H2-001: Advanced Deployment
- H2-002: Comprehensive Monitoring
- H2-003: Enhanced Security
- H2-004: Performance Optimization
- H2-005: Golden Paths
- H2-006: Advanced Developer Hub
- H2-007: Enhanced Demo
- H3-001: AI-Driven Development
- H3-002: Azure AI Foundry
- H3-003: Autonomous Operations
- H3-004: MCP Implementation
- H3-005: Advanced Analytics
- H3-006: Unified Experience
- H3-007: Innovation Showcase
| Component | Description | Horizon |
|---|---|---|
| Azure Kubernetes Service (AKS) | Managed K8s with GPU support | H1 |
| Azure Red Hat OpenShift (ARO) | Enterprise container platform | H1 |
| Azure DevBox | AI-ready dev environments | H1 |
| Azure Monitor | Unified observability | H2 |
| Azure SRE Agent | Autonomous site reliability | H3 |
| Agentic DevOps | Self-operating pipelines | H3 |
| Component | Description | Horizon |
|---|---|---|
| GitHub Actions | CI/CD automation | H1 |
| GitHub Copilot Enterprise | AI pair programming | H2 |
| GitHub Advanced Security | Shift-left security | H1 |
| Copilot Agent Mode | Autonomous coding | H3 |
| GitHub Code Agent | PR/Issue automation | H3 |
| Component | Description | Horizon |
|---|---|---|
| Software Catalog | Service discovery | H1 |
| Golden Path Templates | Standardized workflows | H2 |
| Dynamic Plugins | Extensible platform | H2 |
| RBAC Delegation | Fine-grained access | H2 |
| Air-gapped Support | Secure deployment | H2 |
| Component | Description | Horizon |
|---|---|---|
| Unified SDK | Consistent AI development | H2 |
| GenAIOps Workflows | AI application lifecycle | H2 |
| Model Registry | Centralized AI models | H2 |
| MCP Protocol | Multi-model orchestration | H3 |
| Responsible AI | Governance & evaluation | H3 |
Our platform implements shift-left security by default:
- 🛡️ GitHub Advanced Security: Code scanning, secret detection, dependency review
- 🔐 Azure Defender: Cloud workload protection
- 📊 Azure Sentinel: SIEM and SOAR capabilities
- 🔒 Zero Trust Architecture: Identity-based security model
- ✅ Compliance: SOC2, HIPAA, PCI-DSS ready
Track your platform success with built-in metrics:
- Lead time for changes
- Deployment frequency
- Mean time to recovery
- Change failure rate
- Infrastructure availability (target: 99.95%)
- API response times
- Resource utilization
- Cost optimization metrics
- Vulnerabilities detected/fixed
- Time to patch
- Security gate pass rate
- Compliance score
-
Choose Your Starting Point:
- Complete Platform Tutorial - Full implementation guide
- Developer Guide - Development workflow guide
- DevHub ARO Guide - OpenShift deployment
-
Select Your Horizon:
-
Get Support:
This project is licensed under the MIT License - see the LICENSE file for details.
🚀 Welcome to the Future of Software Development
Where AI doesn't just assist—it autonomously creates, deploys, and maintains