wronai-edge 0.1.6

Edge AI deployment and management tools

Edge AI Platform

A comprehensive Edge AI platform with LLM (Ollama) and ML (ONNX Runtime) serving capabilities, monitoring, model conversion, and benchmarking tools.

🛠️ Model Conversion & Validation Tools

This project includes a powerful command-line interface (CLI) for converting and validating machine learning models, with a focus on ONNX format.

Installation

# Install the package in development mode
pip install -e .

# Install with TensorFlow support (for Keras/SavedModel conversion)
pip install -e .[tensorflow]

# Install with PyTorch support
pip install -e .[torch]

# Install with all dependencies
pip install -e .[all]

CLI Usage

Model Benchmarking

Benchmark ONNX models for performance metrics:

# Benchmark a single model
wronai_edge benchmark path/to/model.onnx --input-shape 1,3,224,224

# Compare multiple models
wronai_edge benchmark model1.onnx model2.onnx --compare --input-shape 1,3,224,224

# Customize benchmark parameters
wronai_edge benchmark model.onnx --warmup 20 --runs 200 --cpu

Options:

• --input-shape, -i: Input shape (can be specified multiple times for multiple inputs)
• --warmup: Number of warmup runs (default: 10)
• --runs: Number of benchmark runs (default: 100)
• --cpu/--gpu: Force CPU or GPU usage (default: GPU if available)
• --compare: Compare multiple models side by side

Model Validation

Validate an ONNX model:

wronai_edge test-model path/to/model.onnx

Options:

• --output-json: Save validation results to a JSON file
• --verbose, -v: Enable verbose output

Example:

wronai_edge test-model models/simple-model.onnx --output-json validation_results.json --verbose

Model Conversion

Convert models between different formats using the convert command group.

PyTorch to ONNX:

wronai_edge convert pytorch model.pt output.onnx --input-shape 1,3,224,224

Keras to ONNX:

wronai_edge convert keras model.h5 output.onnx --input-shape 1,224,224,3

TensorFlow SavedModel to ONNX:

wronai_edge convert saved-model saved_model_dir output.onnx

Common options for conversion:

• --opset: ONNX opset version (default: 13)
• --verbose, -v: Enable verbose output

Python API

You can also use the conversion and validation tools programmatically:

from wronai_edge import validate_model, convert_to_onnx

# Validate a model
results = validate_model("model.onnx")
print(f"Model validation passed: {results['validation_summary']['passed']}")

# Convert a PyTorch model to ONNX
convert_to_onnx(
    model_path="model.pt",
    output_path="output.onnx",
    input_shapes=[(1, 3, 224, 224)],
    opset_version=13
)

For more examples, see the examples directory.

📚 Documentation

For detailed documentation about the Edge AI platform, including LLM serving and monitoring, see the sections below.

📚 Documentation

• 📖 Overview
• 🚀 Quick Start
• 📊 Architecture
• 🔧 Services
• 📈 Monitoring
• 🔍 Examples
  • Ollama LLM
  • ONNX Runtime
• 🧩 API Reference
• 🧪 Testing
• 🧹 Cleanup

🚀 Quick Start

Prerequisites

• Docker and Docker Compose
• Python 3.8+ (for running tests and examples)
• At least 8GB RAM (16GB recommended for running LLMs)
• curl and jq (for testing and examples)

Starting the Platform

1. Clone the repository:

   git clone https://github.com/wronai/edge.git
   cd edge
   

2. Start all services:

   docker-compose up -d
   

3. Verify services are running:

   docker-compose ps
   

   All services should show as "healthy" or "running".

4. Run the test suite to verify everything is working:

   ./test_services.sh
   

Accessing Services

• Ollama API: http://localhost:11435
• ONNX Runtime: http://localhost:8001
• Nginx Gateway: http://localhost:30080
• Grafana: http://localhost:3007 (admin/admin)
• Prometheus: http://localhost:9090

ONNX Runtime Management

# Check ONNX Runtime status
make onnx-status

# List available ONNX models
make onnx-models

# Load a new model
make onnx-load MODEL=simple-model MODEL_SOURCE=./models/simple-model.onnx

# Test inference with a sample request
make onnx-test

For detailed ONNX Runtime documentation, see docs/onnx-runtime.md

Example: Using ONNX Runtime

Here's how to use the ONNX Runtime service for model inference:

1. Check service health:

   curl http://localhost:8001/health
   # Expected response: {"status": "OK"}
   

2. List available models:

   curl http://localhost:8001/v1/models
   # Example response: {"models": ["model1.onnx", "model2.onnx"]}
   

3. Run inference (using Python):

   import requests
   import numpy as np
   
   # Sample input data (adjust based on your model's expected input)
   input_data = {
       "model_name": "wronai.onnx",
       "input": {
           "input_1": np.random.rand(1, 224, 224, 3).tolist()  # Example for image input
       }
   }
   
   # Send inference request
   response = requests.post(
       "http://localhost:8001/v1/models/your_model:predict",
       json=input_data
   )
   
   # Process the response
   if response.status_code == 200:
       predictions = response.json()
       print("Inference successful!")
       print(f"Predictions: {predictions}")
   else:
       print(f"Error: {response.status_code}")
       print(response.text)
   

4. Using cURL for simple inference:

   curl -X POST http://localhost:8001/v1/models/your_model:predict \
        -H "Content-Type: application/json" \
        -d '{"input": [[[0.1, 0.2, 0.3], [0.4, 0.5, 0.6]]]}'
   

For more advanced usage, refer to the API Reference.

Stopping the Platform

To stop all services:

docker-compose down

To remove all data (including models and metrics):

docker-compose down -v

🏗️ Architecture

graph TD
    A[Client] -->|HTTP/HTTPS| B[Nginx Gateway]
    B -->|/api/ollama/*| C[Ollama Service]
    B -->|/api/onnx/*| D[ONNX Runtime]
    B -->|/grafana| E[Grafana]
    B -->|/prometheus| F[Prometheus]
    G[Prometheus] -->|Scrape Metrics| H[Services]
    E -->|Query| G
    C -->|Store Models| I[(Ollama Models)]
    D -->|Load Models| J[(ONNX Models)]

🔧 Services

Core Services

┌─────────────────┬──────────┬──────────────────────────────────────────┐
│ Service         │ Port     │ Description                              │
├─────────────────┼──────────┼──────────────────────────────────────────┤
│ Nginx Gateway   │ 30080    │ API Gateway and reverse proxy            │
│ Ollama          │ 11435    │ LLM serving (compatible with OpenAI API) │
│ ONNX Runtime    │ 8001     │ ML model inference                       │
│ Prometheus      │ 9090     │ Metrics collection and alerting          │
│ Grafana         │ 3007     │ Monitoring dashboards                    │
└─────────────────┴──────────┴──────────────────────────────────────────┘

📈 Monitoring

Access the monitoring dashboards:

• Grafana: http://localhost:3007 (admin/admin)
• Prometheus: http://localhost:9090
• Ollama API: http://localhost:11435
• ONNX Runtime: http://localhost:8001

🧪 Testing

Running Tests

We provide test scripts to verify all services are functioning correctly:

1. Basic Service Tests - Verifies all core services are running and accessible:

   # Run all tests
   make test
   
   # Or run individual tests
   ./test_services.sh
   

2. ONNX Runtime Tests - Test ONNX Runtime functionality:

   # Check ONNX Runtime status
   make onnx-status
   
   # Test with a sample request
   make onnx-test
   

3. ONNX Model Test - Validates ONNX model loading and inference (requires Python dependencies):

   python3 -m pip install -r requirements-test.txt
   python3 test_onnx_model.py
   

4. API Endpoint Tests - Comprehensive API tests (requires Python dependencies):

   python3 test_endpoints.py
   

Expected Test Results

When all services are running correctly, you should see output similar to:

=== Testing Direct Endpoints ===
Testing Ollama API (http://localhost:11435/api/tags)... PASS (Status: 200)
Testing ONNX Runtime (http://localhost:8001/v1/)... PASS (Status: 405)

=== Testing Through Nginx Gateway ===
Testing Nginx -> Ollama (http://localhost:30080/api/tags)... PASS (Status: 200)
Testing Nginx -> ONNX Runtime (http://localhost:30080/v1/)... PASS (Status: 405)
Testing Nginx Health Check (http://localhost:30080/health)... PASS (Status: 200)

=== Testing Monitoring ===
Testing Prometheus (http://localhost:9090)... PASS (Status: 302)
Testing Prometheus Graph (http://localhost:9090/graph)... PASS (Status: 200)
Testing Grafana (http://localhost:3007)... PASS (Status: 302)
Testing Grafana Login (http://localhost:3007/login)... PASS (Status: 200)

Note: A 405 status for ONNX Runtime is expected for GET requests to /v1/ as it requires POST requests for inference. The 302 status codes for Prometheus and Grafana are expected redirects to their respective UIs.

🧹 Cleanup

Stop Services

# Stop all services
make stop

# Remove all containers and volumes
make clean

# Remove all unused Docker resources
make prune

ONNX Model Management

# List loaded models
make onnx-models

# To remove models, simply delete them from the models/ directory
rm models/*.onnx

📄 License

This project is licensed under the Apache Software License - see the LICENSE file for details.

🚀 Features

• Multi-Model Serving: Run multiple AI/ML models simultaneously
• Optimized Inference: ONNX Runtime for high-performance model execution
• LLM Support: Ollama integration for local LLM deployment
• Monitoring: Built-in Prometheus and Grafana for observability
• Scalable: Kubernetes-native design for easy scaling
• Developer-Friendly: Simple CLI and comprehensive API

📚 Documentation

Getting Started

• Overview - Platform architecture and components
• Quick Start - Get up and running in minutes
• Installation Guide - Detailed setup instructions

Examples

• Ollama Basic Usage - Running LLM models
• ONNX Runtime Guide - Deploying custom ONNX models
• API Reference - Complete API documentation

Guides

• Model Optimization - Performance tuning
• Monitoring - Setting up alerts and dashboards
• Security - Best practices for secure deployment

🚀 Quick Start

Prerequisites

• Docker and Docker Compose
• 8GB+ RAM (16GB recommended)
• 20GB free disk space

Start Services

# Clone the repository
git clone https://github.com/wronai/edge.git
cd edge

# Start all services
make up

# Check service status
make status

Access Services

• API Gateway: http://localhost:30080
• Grafana: http://localhost:3007 (admin/admin)
• Prometheus: http://localhost:9090

🛠️ Development

Project Structure

edge/
├── docs/               # Documentation
├── configs/            # Configuration files
├── k8s/                # Kubernetes manifests
├── scripts/            # Utility scripts
├── terraform/          # Infrastructure as Code
├── docker-compose.yml   # Local development
└── Makefile            # Common tasks

Common Tasks

# Start services
make up

# Stop services
make down

# View logs
make logs

# Access monitoring
make monitor

# Run tests
make test

🤝 Contributing

Contributions are welcome! Please see our Contributing Guide for details.

📄 License

This project is licensed under the Apache Software License - see the LICENSE file for details.

📧 Contact

For support or questions, please open an issue in the repository.

🚀 Quick Start (2 minutes to live demo)

Prerequisites

• Docker Desktop (running)
• Terraform >= 1.6
• kubectl >= 1.28
• 8GB RAM minimum

One-Command Deployment

# Clone and deploy
git clone https://github.com/wronai/edge.git
cd edge

# Make script executable and deploy everything
chmod +x scripts/deploy.sh
./scripts/deploy.sh

🎯 Result: Complete edge AI platform with monitoring in ~3-5 minutes

docker compose ps

output:

docker compose ps
NAME                IMAGE                    COMMAND                  SERVICE             CREATED             STATUS              PORTS
edge-grafana-1      grafana/grafana:latest   "/run.sh"                grafana             3 days ago          Up 8 minutes        0.0.0.0:3007->3000/tcp, :::3007->3000/tcp
edge-ollama-1       ollama/ollama:latest     "/bin/sh -c 'sleep 1…"   ollama              3 days ago          Up 8 minutes        0.0.0.0:11435->11434/tcp, :::11435->11434/tcp
edge-prometheus-1   prom/prometheus:latest   "/bin/prometheus --c…"   prometheus          3 days ago          Up 8 minutes        0.0.0.0:9090->9090/tcp, :::9090->9090/tcp

Instant Access

• 🤖 AI Gateway: http://localhost:30080
• 📊 Grafana: http://localhost:30030 (admin/admin)
• 📈 Prometheus: http://localhost:30090

wronai_edge-portfolio/
├── terraform/main.tf          # Infrastruktura (K3s + Docker)
├── k8s/ai-platform.yaml       # AI workloady (ONNX + Ollama)
├── k8s/monitoring.yaml         # Monitoring (Prometheus + Grafana)
├── configs/Modelfile           # Custom LLM konfiguracja
├── scripts/deploy.sh           # Automatyzacja (jeden skrypt)
└── README.md                   # Kompletna dokumentacja

🏗️ Architecture Overview

graph TB
    U[User] --> G[AI Gateway :30080]
    G --> O[ONNX Runtime]
    G --> L[Ollama LLM]
    
    P[Prometheus :30090] --> O
    P --> L
    P --> G
    
    GR[Grafana :30030] --> P
    
    subgraph "K3s Cluster"
        O
        L
        G
        P
        GR
    end
    
    subgraph "Infrastructure"
        T[Terraform] --> K[K3s]
        K --> O
        K --> L
    end

Technology Stack

Layer	Technology	Purpose
Infrastructure	Terraform + Docker	IaC provisioning
Orchestration	K3s (Lightweight Kubernetes)	Container management
AI Inference	ONNX Runtime + Ollama	Model serving
Load Balancing	Nginx Gateway	Traffic routing
Monitoring	Prometheus + Grafana	Observability
Automation	Bash + YAML	Deployment scripts

🤖 AI Capabilities Demo

Test ONNX Runtime

Health Check

# Check if the ONNX Runtime service is healthy
curl -X GET http://localhost:8001/
# Expected Response: "Healthy"

Model Management

# List available models in the models directory
make onnx-models

# Check model status
make onnx-model-status

# Get model metadata
make onnx-model-metadata

Model Inference

# Make a prediction using the default model (complex-cnn-model)
make onnx-predict

# Or use curl directly
curl -X POST http://localhost:8001/v1/models/complex-cnn-model/versions/1:predict \
  -H "Content-Type: application/json" \
  -d '{"instances": [{"data": [1.0, 2.0, 3.0, 4.0]}]}'

# Example with Python
python3 -c "
import requests
import json

response = requests.post(
    'http://localhost:8001/v1/models/complex-cnn-model/versions/1:predict',
    json={"instances": [{"data": [1.0, 2.0, 3.0, 4.0]}]}
)
print(json.dumps(response.json(), indent=2))
"

Benchmarking

# Run a benchmark with 100 requests
make onnx-benchmark

# Customize model and version
make onnx-benchmark MODEL_NAME=my-model MODEL_VERSION=2

Notes:

• The server automatically loads models from the /models directory in the container
• To use a different model:
  1. Place your .onnx model file in the ./models directory
  2. Update the model name/version in your requests or set environment variables:

     export MODEL_NAME=your-model
     export MODEL_VERSION=1
     

  3. Or specify them when running commands:

     make onnx-predict MODEL_NAME=your-model MODEL_VERSION=1
     

Test Ollama LLM

# Simple chat
curl -X POST http://localhost:30080/api/generate \
  -H "Content-Type: application/json" \
  -d '{
    "model": "llama3.2:1b",
    "prompt": "Explain edge computing",
    "stream": false
  }'

# Custom edge AI assistant
curl -X POST http://localhost:30080/api/generate \
  -H "Content-Type: application/json" \
  -d '{
    "model": "wronai_edge-assistant",
    "prompt": "How do I monitor Kubernetes pods?",
    "stream": false
  }'

Interactive Demo

# Run comprehensive AI functionality test
./scripts/deploy.sh demo

# Test individual components
./scripts/deploy.sh test

output:

# Test individual components
./scripts/deploy.sh test
[ERROR] 19:27:54 Unknown command: demo
[INFO] 19:27:54 Run './scripts/deploy.sh help' for usage information
[STEP] 19:27:54 🔍 Testing deployed services...
[INFO] 19:27:54 Testing service endpoints...
[ERROR] 19:27:54 ❌ AI Gateway: FAILED
[WARN] 19:27:54 ⚠️ Ollama: Not ready (may still be starting)
[WARN] 19:27:54 ⚠️ ONNX Runtime: Not ready
[INFO] 19:27:54 ✅ Prometheus: OK
[INFO] 19:27:54 ✅ Grafana: OK
[INFO] 19:27:54 Testing AI functionality...
[WARN] 19:27:54 ⚠️ AI Generation: Model may still be downloading
[WARN] 19:27:54 ⚠️ Some services need more time to start

Run a diagnosis to check your system:

./scripts/deploy.sh diagnose

output:

...
- context:
    cluster: kind-wronai_edge
    user: kind-wronai_edge
[STEP] 19:32:14 🔍 Testing service connectivity...
//localhost:30080/health:AI Gateway: ❌ NOT RESPONDING
//localhost:30090/-/healthy:Prometheus: ❌ NOT RESPONDING
//localhost:30030/api/health:Grafana: ❌ NOT RESPONDING
//localhost:11435/api/tags:Ollama Direct: ❌ NOT RESPONDING
//localhost:8001/v1/models:ONNX Direct: ❌ NOT RESPONDING

[STEP] 19:32:14 🔍 Diagnosis complete!

Fix and deploy the services:

./scripts/deploy.sh fix

Test the services after deployment:

./scripts/deploy.sh test

📊 Monitoring & Observability

Grafana Dashboard

• URL: http://localhost:30030
• Login: admin/admin
• Features:
  • Real-time AI inference metrics
  • Resource utilization monitoring
  • Request latency distribution
  • Error rate tracking
  • Pod health status

Prometheus Metrics

• URL: http://localhost:30090
• Key Metrics:
  • http_requests_total - Request counters
  • http_request_duration_seconds - Latency histograms
  • container_memory_usage_bytes - Memory consumption
  • container_cpu_usage_seconds_total - CPU utilization

Health Monitoring

# Comprehensive health check
./scripts/deploy.sh health

# Check specific components
kubectl get pods -A
kubectl top nodes
kubectl top pods -A

🛠️ Operations & Maintenance

Common Operations

# Check deployment status
./scripts/deploy.sh info

# View live logs
kubectl logs -f deployment/ollama-llm -n ai-inference
kubectl logs -f deployment/onnx-inference -n ai-inference

# Scale AI services
kubectl scale deployment onnx-inference --replicas=3 -n ai-inference

# Update configurations
kubectl apply -f k8s/ai-platform.yaml

Troubleshooting

Common Issues and Solutions

1. Disk Space Issues If the deployment fails with eviction errors or the cluster won't start:

# Check disk space
df -h

# Clean up Docker system
docker system prune -a -f --volumes

# Remove unused containers, networks, and images
docker container prune -f
docker image prune -a -f
docker network prune -f
docker volume prune -f

# Clean up old logs and temporary files
sudo journalctl --vacuum-time=3d
sudo find /var/log -type f -name "*.gz" -delete
sudo find /var/log -type f -name "*.1" -delete

2. Debugging K3s Cluster

# Check K3s server logs
docker logs k3s-server

# Check cluster status
docker exec k3s-server kubectl get nodes
docker exec k3s-server kubectl get pods -A

3. Port Conflicts If you see port binding errors, check and free up required ports (80, 443, 6443, 30030, 30090, 30080):

# Check port usage
sudo lsof -i :8080  # Replace with your port number

4. Debugging Pods

# Debug pod issues
kubectl describe pod <pod-name> -n ai-inference

# Check resource usage
kubectl top pods -n ai-inference --sort-by=memory

# View events
kubectl get events -n ai-inference --sort-by='.lastTimestamp'

# Restart services
kubectl rollout restart deployment/ollama-llm -n ai-inference

5. Reset Everything If you need to start fresh:

# Clean up all resources
./scripts/deploy.sh cleanup

# Remove all Docker resources
docker system prune -a --volumes --force

# Remove K3s data
sudo rm -rf terraform/kubeconfig/*
sudo rm -rf terraform/k3s-data/*
sudo rm -rf terraform/registry-data/*

Cleanup

# Complete cleanup
./scripts/deploy.sh cleanup

# Partial cleanup (keep infrastructure)
kubectl delete -f k8s/monitoring.yaml
kubectl delete -f k8s/ai-platform.yaml

📁 Project Structure

wronai_edge-portfolio/
├── terraform/
│   └── main.tf                 # Complete infrastructure as code
├── k8s/
│   ├── ai-platform.yaml       # AI workloads (ONNX + Ollama + Gateway)
│   └── monitoring.yaml         # Observability stack (Prometheus + Grafana)
├── configs/
│   └── Modelfile              # Custom LLM configuration
├── scripts/
│   └── deploy.sh              # Automation script (8 commands)
└── README.md                  # This documentation

Total Files: 6 core files + documentation = Minimal complexity, maximum demonstration

🎯 Skills Demonstrated

DevOps Excellence

• ✅ Infrastructure as Code - Pure Terraform configuration
• ✅ Container Orchestration - Kubernetes/K3s with proper manifests
• ✅ Declarative Automation - YAML-driven deployments
• ✅ Monitoring & Observability - Production-ready metrics
• ✅ Security Best Practices - RBAC, network policies, resource limits
• ✅ Scalability Patterns - HPA, resource management
• ✅ GitOps Ready - Declarative configuration management

AI/ML Integration

• ✅ Model Serving - ONNX Runtime for optimized inference
• ✅ LLM Deployment - Ollama with custom model configuration
• ✅ Edge Computing - Resource-constrained deployment patterns
• ✅ Load Balancing - Intelligent traffic routing for AI services
• ✅ Performance Monitoring - AI-specific metrics and alerting

Modern Patterns

• ✅ Microservices Architecture - Service mesh ready
• ✅ Cloud Native - CNCF-aligned tools and patterns
• ✅ Edge Computing - Lightweight, distributed deployments
• ✅ Observability - Three pillars (metrics, logs, traces)
• ✅ Automation - Zero-touch deployment and operations

🔧 Customization & Extensions

Add Custom Models

# Add new ONNX model
kubectl create configmap wronai --from-file=model.onnx -n ai-inference
# Update deployment to mount the model

# Create custom Ollama model
kubectl exec -n ai-inference deployment/ollama-llm -- \
  ollama create my-custom-model -f /path/to/Modelfile

Scale for Production

# Multi-node cluster
# Update terraform/main.tf to add worker nodes

# Persistent storage
# Add PVC configurations for model storage

# External load balancer
# Configure LoadBalancer service type

# TLS termination
# Add cert-manager and ingress controller

Advanced Monitoring

# Add custom metrics
# Extend Prometheus configuration

# Custom dashboards
# Add Grafana dashboard JSON files

# Alerting rules
# Configure AlertManager for notifications

📈 Performance & Benchmarks

Resource Usage (Default Configuration)

• Total Memory: ~4GB (K3s + AI services + monitoring)
• CPU Usage: ~2 cores (under load)
• Storage: ~2GB (container images + models)
• Network: Minimal (edge-optimized)

Performance Metrics

• Deployment Time: 3-5 minutes (cold start)
• AI Response Time: <2s (LLM inference)
• Monitoring Latency: <100ms (metrics collection)
• Scaling Time: <30s (pod autoscaling)

Optimization Opportunities

• Model Quantization: 4x memory reduction with ONNX INT8
• Caching: Redis for frequently accessed inference results
• Batching: Group inference requests for better throughput
• GPU Acceleration: CUDA/ROCm support for faster inference

🌟 Why This Project Stands Out

For Hiring Managers

• Practical Skills: Real-world DevOps patterns, not toy examples
• Modern Stack: Current best practices and CNCF-aligned tools
• AI Integration: Demonstrates understanding of ML deployment challenges
• Production Ready: Monitoring, scaling, security considerations
• Time Efficient: Complete demo in under 5 minutes

For Technical Teams

• Minimal Complexity: 6 core files, maximum clarity
• Declarative Approach: Infrastructure and workloads as code
• Extensible Architecture: Easy to add features and scale
• Edge Optimized: Real-world resource constraints considered
• Documentation: Clear instructions and troubleshooting guides

For Business Value

• Fast Deployment: Rapid prototyping and development cycles
• Cost Effective: Efficient resource utilization
• Scalable Design: Grows from demo to production
• Risk Mitigation: Proven patterns and reliable automation
• Innovation Ready: Foundation for AI/ML initiatives

🤝 About the Author

Tom Sapletta - DevOps Engineer & AI Integration Specialist

• 🔧 15+ years enterprise DevOps experience
• 🤖 AI/LLM deployment expertise with edge computing focus
• 🏗️ Infrastructure as Code advocate and practitioner
• 📊 Monitoring & Observability specialist
• 🚀 Kubernetes & Cloud Native architect

Current Focus: Telemonit - Edge AI power supply systems with integrated LLM capabilities

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This project demonstrates practical DevOps skills through minimal, production-ready code that showcases Infrastructure as Code, AI integration, and modern container orchestration patterns. Perfect for demonstrating technical competency to potential employers in the DevOps and AI engineering space.

📄 License

This project is open source and available under the Apache License.

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🎯 Ready to deploy? Run ./scripts/deploy.sh and see it in action!