DeployIQ is a web-based application that simplifies the deployment and management of open-source Large Language Models (LLMs) such as Llama 3, Mistral, Falcon, and Gemma across various infrastructures, including cloud platforms (AWS, GCP, Azure), bare-metal servers, and local Docker environments. It automates complex processes like GPU provisioning, model deployment, scaling, and API exposure, making it an efficient solution for developers, researchers, and enterprises who want to self-host LLMs without relying on proprietary services.
DeployIQ provides an intuitive web interface for deploying models with minimal effort:
Single-Click Deployment: Users can deploy models via the GUI without needing command-line expertise.
Model Selection: Easily choose from predefined models (Mistral, Llama 3, Falcon, Gemma) or upload custom models.
Cloud & Local Deployment Options: Select deployment environments directly from the interface.
DeployIQ supports deployment across different infrastructures:
Cloud Providers: AWS (EC2, Sagemaker, Lambda), GCP (Vertex AI, Compute Engine), Azure (AI Services, VMs).
Bare-Metal & Kubernetes: Deploy models on dedicated servers or Kubernetes clusters.
Local Docker Support: Deploy models in a self-contained Docker environment for local inference.
DeployIQ intelligently provisions the best available GPU based on model requirements:
Cloud-based GPU provisioning: Automatically selects optimal instances such as AWS g5.2xlarge, GCP A100, and Azure NC/T4 series.
Local GPU utilization: Detects and utilizes CUDA-enabled GPUs for efficient inference.
DeployIQ supports leading open-source models and custom model deployments:
Preloaded Models: Deploy Mistral, Llama 3, Falcon, and Gemma with one click.
Custom Model Uploads: Users can upload their own model files for deployment.
DeployIQ integrates with observability tools to provide real-time insights into model performance:
Live Monitoring: Prometheus and Grafana for inference requests and system metrics.
Tracing & Debugging: OpenTelemetry integration for enhanced debugging and performance analysis.
DeployIQ automatically exposes deployed models as API endpoints with security features:
REST and gRPC Interface Support: Enables easy application integration.
Token-Based Authentication: Ensures only authorized users can access deployed models.
DeployIQ is built for scalability and dynamic resource allocation:
Auto-Scaling Mechanism: Dynamically allocates resources based on demand.
Kubernetes Support: Helm charts for high availability and reliability.
DeployIQ is built using modern web technologies to ensure efficiency and flexibility:
Frontend: React.js with Next.js for an interactive and seamless user experience.
Backend: Node.js with Express.js to handle model deployment and API management.
Infrastructure Management: Terraform and Pulumi for automated cloud provisioning.
Inference Backend: FastAPI combined with vLLM or TGI for optimized model execution.
Cloud Integration: AWS, GCP, and Azure support with Terraform automation.
Monitoring & Logging: Prometheus, Grafana, and OpenTelemetry for tracking system performance.
DeployIQ addresses the challenges of deploying open-source LLMs by providing a streamlined, automated, and scalable solution. Key advantages include:
Simplified Deployment: One-click model deployment without complex configurations.
Vendor Independence: Self-host models without relying on proprietary services.
Production-Ready Architecture: Features such as auto-scaling, logging, and API security for enterprise-grade deployments.
Extensibility: Designed to support new models, cloud providers, and additional features as needed.
DeployIQ is continuously evolving, with planned improvements including:
Advanced Web-Based Dashboard: Enhanced UI for managing deployments.
On-the-Fly Model Fine-Tuning: Adjust models dynamically for specialized tasks.
Optimized Auto-Scaling: Ensuring cost-effective, demand-based resource allocation.
DeployIQ provides a reliable, flexible, and open-source solution for deploying LLMs efficiently across any infrastructure. By shifting to a GUI-based approach with a Node.js backend, it eliminates the complexities of manual deployment, making AI model deployment more accessible to a broader audience.