Friendli Container Part 1: Efficiently Serving LLMs On-Premise

Friendli Container Series: Part 1 of 2

In the ever-evolving landscape of artificial intelligence, efficiently serving large language models (LLMs) has become a pressing challenge. Recognizing that data is both a critical enabler and a potential security concern for AI models, businesses are increasingly seeking strategies that optimize performance while safeguarding data privacy. While Friendli Dedicated Endpoints offer a simple, secure, reliable, and cost-efficient solution, some industry sectors, such as finance, may prefer on-premise options to maintain more stringent privacy safeguards while harnessing the power of LLMs.

In order to make this possible, Friendli Container brings its expertise to the market. As a tool designed for streamlining the deployment of custom generative AI applications, it leverages containers to simplify this process. Docker container is a representative technology for containerization that encapsulates software in a portable format, making it easier to maintain consistency across different environments. Likewise, by utilizing Friendli Container, teams can set up and manage LLMs seamlessly, ensuring that they are accessible and performant.

In this article, we explore how to efficiently serve LLMs in on-premise environments using Friendli Container. From setting up a container environment to sending chat completion inference requests to Meta’s Llama 3.1 8B Instruct model, we’ll cover the essential steps to get started. Join us as we take a closer look at the process of implementing these solutions.

Leveraging Containers for Running LLMs

Containers, such as Docker, have emerged as a powerful tool for deploying AI models, particularly for deep learning applications that require reproducible environments. By packaging models as containers, developers and data scientists can guarantee consistent performance across diverse operational landscapes, sidestepping the notorious "it works on my machine" problem. These containers can be coordinated to oversee the management and scaling of virtual machines or high-performance computing servers.

Container Capabilities	Benefits for ML Deployment
Reproducibility	Consistent performance
Portability	Run anywhere
Scalability	Manage high computational needs

To initiate a model inference engine within a Docker container, for example, a simple docker command can be used, often interacting with model repositories and handling environment variables. In production, containers may handle incoming requests with automatic model engine start-up, continuous batching for generation inference, and more, bringing state-of-the-art AI inference optimizations into practical use with efficiency and ease.

What is a Friendli Container?

Friendli Container is a specialized container designed to facilitate the deployment of generative AI models. By combining the flexibility of containerization with optimized configurations for LLMs, Friendli Container enables users to seamlessly run models without the need to delve deeply into the details of complex inference engines.

Key Features of Friendli Container

1. Resource Efficiency: Leveraging optimizations including the Friendli DNN library optimized for generative AI, iteration batching (or continuous batching), efficient quantization, and TCache techniques, it offers superior performance and handles heavy workloads efficiently.
2. Addressing the On-Premise Needs: Utilizing existing GPU resources for deploying the container, it ensures full control over your data and system security. For those who favor cloud solutions, you can still take advantage of your chosen cloud provider and GPU resources.
3. Custom Model Support: Designed to meet your needs for running unique generative AI models, it supports custom models, including fine-tuned versions of popular models, quantized models, and multi-LoRA models.
4. Production-level Management: Monitored and maintained using Grafana, it guarantees smooth operations ideal for production environments. Additionally, technical support from FriendliAI experts is available to assist with any issues that may arise during deployment and maintenance.

Setting up the VM Environment

In this blog post, we will use Docker as our containerization tool. Docker offers a streamlined platform for model inference through its Docker containers and images. To start, download and install Docker from the official website, ensuring compatibility with your virtual machine or host system. Verify the installation with docker --version.

Next, refer to the CUDA compatibility guide to ensure that you have the appropriate NVIDIA GPU and NVIDIA driver for our public Docker container image (registry.friendli.ai/trial:latest). Please refer to the guide for installing the NVIDIA Container Toolkit to learn more about the setup process. Please also be sure to install the required NVIDIA drivers and to configure Docker for the NVIDIA driver, as instructed on the guide.

Then, head over to Friendli Suite and get started by signing up for a free Friendli Container plan. For authentication purposes, you need to generate a Friendli Personal Access Token and Friendli Container Secret first. Generate your access token from Personal Settings > Tokens and your Friendli Container Secret from Container > Container Secrets.

For running a language model, such as Meta-Llama-3.1-8B-Instruct from the Hugging Face model repository, set an environment variable HF_TOKEN to authenticate access. Creating a Hugging Face token is a straightforward process that allows accessing models and using APIs from Hugging Face. Also, export the full model repository name, “meta-llama/Meta-Llama-3.1-8B-Instruct”, as HF_MODEL_NAME.

Commands Summary:

• Install Docker: Follow the official guide.
• Verify Installation: Execute docker --version.
• Set Friendli Environment Variables: FRIENDLI_EMAIL, FRIENDLI_TOKEN, FRIENDLI_CONTAINER_SECRET, FRIENDLI_CONTAINER_IMAGE.
• Set Hugging Face Environment Variables: HF_TOKEN, HF_MODEL_NAME.
• Choose GPU Device: GPU_ENUMERATION.
• Login to Docker and Pull Friendli Image: Execute docker login and docker pull.
• Launch Containers: Execute docker compose up -d from https://github.com/friendliai/container-resource.

Set up:

Results:

A Quick Chat Completion Demo

After successfully setting up the Docker environment and launching the Friendli Container, you're ready to send inference requests to the Llama 3.1 8B Instruct model. For instance, you can query the LLM with “What makes a good leader?” while setting the maximum token limit to 30 and enabling streaming as false.

Chat completion inference request:

Chat completion inference result:

To repeatedly send inference requests and observe the LLM inference performance, you can run the code below in your terminal:

Get Started with Friendli Container!

Deploying and scaling Friendli Container is a straightforward process as explained in the Friendli Container quickstart guide. Once the containers are launched, you can easily send inference requests to the designated on-premise endpoints configured within your container, allowing for seamless integration into your existing workflows. Additionally, if any issues arise during deployment or maintenance, you can always rely on expert support from the FriendliAI team, who are ready to assist you in resolving any technical challenges.

Moreover, Friendli Containers can be monitored using Grafana—a powerful tool for visualizing and analyzing metrics—to ensure smooth operation and easy maintenance. In Part 2 of the Friendli Container blog series, we’ll explore monitoring Friendli Container in depth using Grafana.

For those looking for a more hassle-free solution, FriendliAI also offers Friendli Dedicated Endpoints, a cloud-based option that simplifies the deployment process even further. If you are interested in experiencing the performance of the Friendli Inference without a full deployment, you can explore Friendli Serverless Endpoints, which provide a convenient way to test and utilize the engine’s capabilities.