How to self-host and hyperscale AI with Nvidia NIM
Summary
TLDRIn this insightful video, the host explores the future of AI workforce with the advent of Nvidia's Nim, a tool that simplifies the deployment and scaling of AI models on Kubernetes. Highlighting the potential of specialized AI agents to transform industries, the video demonstrates how Nim can be utilized to create a seamless, efficient AI-driven workforce, from customer service to programming, emphasizing the augmentation rather than replacement of human labor. The host's personal ambition to build a billion-dollar business as a solo developer is made more plausible with the ease and efficiency of deploying AI models using Nim.
Takeaways
- 🚀 Nvidia has released a tool called Nim, which is an inference microservice for AI models, making it easier to scale AI applications.
- 🔮 The future workforce is predicted to be heavily influenced by AI, with many jobs being automated by robots.
- 🧠 AI models like LLM, Mistral, and Stable Diffusion are already changing the world but have not yet become mainstream.
- 💾 Nim packages AI models with necessary APIs for inference, including engines like Tensor RT and data management tools, all containerized for easy deployment.
- 🛠️ Nvidia's H100 GPU was used to demonstrate the capabilities of Nim, showcasing its ability to handle large-scale AI workloads.
- 🌐 Nims can be deployed in various environments, including the cloud, on-premises, or even locally, saving development time and effort.
- 🤖 The script humorously suggests replacing human roles with AI agents for various tasks, emphasizing the potential for AI to augment human work rather than replace it.
- 💻 The video provides a practical example of how to use Nim with Python, demonstrating the ease of accessing and utilizing AI models through an API.
- 🔧 Nvidia's platform includes a playground for experimenting with Nims, offering a range of models for different specialized tasks.
- 🔄 The use of Kubernetes allows for automatic scaling and healing of microservices, which is crucial for handling increased traffic and maintaining service reliability.
- 🛑 The video emphasizes the importance of latency in AI services and how tools like Triton help maximize performance without requiring users to be experts in optimization.
Q & A
What is the significance of the H100 GPU in the context of the video?
-The H100 GPU is significant because it provides the computational power necessary to run and scale AI models efficiently, enabling the self-hosting of an 'Army of AI agents' as mentioned in the script.
What does the term 'Nim' refer to in the video?
-In the context of the video, 'Nim' refers to inference microservices provided by Nvidia, which package AI models along with necessary APIs for running them at scale, including inference engines and data management tools.
How does the video suggest AI will change the workforce in the next 10 years?
-The video suggests that AI will transform the workforce by automating jobs that can be done by a robot, with a potential shift towards a network of highly specialized AI agents running on platforms like Kubernetes.
What is the role of Kubernetes in deploying AI models as described in the video?
-Kubernetes is used to containerize and deploy AI models, allowing for easy scaling and management of these models in various environments, including the cloud, on-premises, or local PCs.
What are the technical challenges mentioned in running AI models at scale?
-The video mentions the need for massive amounts of RAM and the parallel computing capabilities of a GPU for running inference with AI models. Additionally, scaling up this technology has traditionally been difficult.
How does Nvidia Nim address the issue of scaling AI models?
-Nvidia Nim addresses scaling issues by providing containerized AI models that can be deployed on Kubernetes, which allows for automatic scaling when traffic increases and self-healing when issues arise.
What is the purpose of the playground mentioned in the video?
-The playground is a feature that allows users to interact with and experiment with various AI models, such as large language models and image/video processing models, directly in the browser or via API.
What is the potential impact of AI models like 'llama 3', 'mistol', and 'stable diffusion' on mainstream consciousness as per the video?
-The video suggests that while these AI models have already changed the world, they have barely penetrated mainstream consciousness, indicating that there is significant potential for further impact as these models become more widely recognized and utilized.
How does the video illustrate the practical application of AI models in a business scenario?
-The video uses a hypothetical scenario of 'Dinosaur Enterprises' where AI models are deployed to replace various human roles, such as customer service agents, warehouse workers, product managers, and even a mental health AI for the remaining human workforce.
What programming perspective is provided in the video regarding the use of Nvidia's H100 GPU and AI models?
-The video demonstrates how to use Python scripts to interact with AI models running on an H100 GPU, including using HTTP requests to access the models and the Open AI SDK for ease of integration.
What is the significance of the Open AI SDK mentioned in the video?
-The Open AI SDK is significant as it has become an industry standard for interacting with AI models, providing a familiar and widely adopted interface for developers working with AI.
Outlines
🚀 Future of AI Workforce with Nvidia Nim
This paragraph introduces the concept of a future workforce powered by AI, where mundane tasks are automated by robots, and more complex tasks are handled by specialized AI agents. The speaker discusses the potential of AI models like Llama 3, Mistral, and Stable Diffusion, and how they are yet to fully impact mainstream consciousness. The video aims to explore a future where AI is integral to every job, and mentions the challenges of scaling AI models, which require significant computational resources. Nvidia's Nim is introduced as a solution to these scaling issues, offering inference microservices that package AI models with necessary APIs for scalable deployment on Kubernetes, thus facilitating the development of AI workforces for various roles, from doctors to programmers.
🛠️ Implementing AI at Scale with Nvidia Nims
The second paragraph delves into the technical aspects of implementing AI at scale using Nvidia Nims. It describes the process of using an H100 GPU to run inference microservices and the ease of deployment thanks to containerization with Kubernetes. The speaker provides a real-world example of how AI can replace certain human roles in a company, such as customer service agents and warehouse workers, by deploying specific AI models. The paragraph also touches on the playful aspect of AI, with the speaker jokingly suggesting the replacement of product managers with AI that can generate product mockups. The focus then shifts to the practical implementation, showing how to use Python to interact with the AI models available through the Nvidia Nim platform, highlighting the ease of use and the performance optimizations provided by tools like Triton. The speaker concludes by emphasizing the importance of latency in AI SaaS products and the monitoring capabilities of the hardware used for AI deployment.
Mindmap
Keywords
💡H100 GPU
💡Nvidia Nim
💡AI Workforce
💡Kubernetes
💡LLM (Large Language Model)
💡Stable Diffusion
💡AGI (Artificial General Intelligence)
💡Inference
💡Tensor RT
💡API (Application Programming Interface)
💡Solo Developer
Highlights
Access to an overpowered H100 GPU enabled self-hosting and scaling of an AI agent army.
Future workforce predicted to be drastically different, with AI models like llama 3, mistal, and stable diffusion changing the world.
The mainstream has yet to fully embrace the transformative potential of advanced AI models.
Fast-forward to a future where AI does any job capable of being automated.
Speculation about the creation of a Sci-Fi AGI capable of outperforming humans in every intellectual job.
A more realistic vision involves a network of highly specialized AI agents running on Kubernetes.
Technical challenges in deploying AI models at scale due to RAM and GPU requirements.
Introduction of Nvidia Nim, simplifying the deployment and scaling of AI models.
Nvidia Nims package AI models with necessary APIs for scalable inference, managed through containerization on Kubernetes.
Nvidia's playground allows experimentation with various Nims in the browser or via API.
Nims facilitate the creation of an AI workforce for various roles, including doctors, lawyers, and programmers.
Nims reduce development time and augment human capabilities, making solo development of billion-dollar businesses more feasible.
Programming demonstration using an H100 GPU to interact with AI models via Docker and Kubernetes.
Nvidia SMI and Kubernetes used for monitoring and automatic scaling of AI microservices.
Python script example for interacting with AI models, showcasing ease of use and rapid response times.
Use of Triton to enhance performance on inference, eliminating the need for manual optimization.
Open AI SDK as an alternative to manual HTTP requests for interacting with AI models.
Nims provide an API capable of scaling to an infinite number of GPUs across various platforms.
Transcripts
recently somehow I got access to an
overpowered h100 GPU and on it I was
able to self-host and scale my own Army
of AI agents thanks to a new tool called
Nim 10 years from now the workforce will
look nothing like it does today Bill
Gates once said most people overestimate
what they can do in one year and
underestimate what they can do in 10
years AI models like llama 3 mistal and
stable diffusion have already changed
the world but they've barely even
penetrated the mainstream Consciousness
over the last year in today's video
we'll fast forward 10 years into the
future to a magical time when any job
that can be done by a robot will be done
by a robot some experts think that we'll
create a Sci-Fi AGI an all-in-one jack
of all trades in a black box that can do
every intellectual job better than we
humans do but that's highly speculative
perhaps a far more realistic vision is a
network of Highly specialized AI agents
running on kubernetes if you're an indie
hacker entrepreneur or even a massive
Enterprise and you want to build an AI
Workforce that includes a doctor a
lawyer and a programmer you'll quickly
run into a massive technical challenge
even if your AI models are smart enough
to do these jobs a model is quite
literally just a file with weights and
biases AKA numbers but in order to run
inference with it like generate text and
images you'll need a massive amount of
RAM and the parallel Computing magic of
a GPU to do all that linear algebra and
if your app ever goes viral it'll
quickly grind to a halt because scaling
up this technology is extremely
difficult well not anymore thanks to
Nvidia Nim the sponsor of today's video
Nvidia was kind enough to give me access
to an H1 100 GPU to try out their Nvidia
Nims which are inference microservices
what they do is package up popular AI
models along with all the apis that you
need to run them at scale including
inference engines like tensor RT llm as
well as data management tools for
authentication health checks monitoring
and so on all these apis along with the
model itself are containerized and run
on kubernetes that means you can deploy
it to the cloud on Prem or even on your
local PC and that's going to save you
weeks if not months of painful
development time well at a real example
in just a minute but what's cool about
this platform is that there's a
playground where you can play around
with these Nims right now it has all the
popular large language models like llama
mistal Gemma and so on it can do image
and video with stable diffusion and
others along with a bunch of other
specialized models for healthcare
climate simulation and more these models
are hosted by Nvidia and you can use
them right now in the browser or you can
access them via the API and they've been
standardized to work with the open AI
SDK in addition because it's
containerized you can also pull it with
Docker and run it in your local
environment or configure it in the cloud
to scale to any workload and now we can
start to see what the future Workforce
might look like imagine you work for
dinosaur Enterprises and your CEO
chainsaw Jeff wants to cut down the
human-based headcount by 90% is so it
can increase his bonus by 4% how is he
going to do that for shareholders so
first let's get rid of customer service
agents by deploying one Nim that can
recognize speech along with a large
language model to generate text we might
also want to replace warehouse workers
with Superior autonomous forlift drivers
and a custom trained Nim hosted on Prem
is perfect for that we also have
hundreds of worthless product managers
who do nothing but post Day in the Life
Tik toks so let's add a stable diffusion
Nim to generate product mockups and
website designs to get rid of them now
these websites aren't going to build
themselves well no actually they are if
we deploy a Nim that can code and then
finally for the last 10% of humans
working here we can deploy a mental
health Nim to ensure their continued
well-being now obviously I'm joking here
and humans will continue to thrive
thrive in the artificial intelligence
age but the main takeaway here is that
Nims allow anyone to scale AI in any
environment and it's all about
augmenting human work as opposed to
replacing it my personal goal is to
someday create a billion- Dollar
business as a single solo developer and
Nims are the perfect tool to make that
dream a little more realistic they
simultaneously reduce development time
while facilitating the deployment of
tools that augment my own limited human
capabilities but now let's take a look
at how it works from a programming
perspective like I mentioned before
Nvidia gave me access to an h100 for a
few days which is their 80 gb GPU used
in data C these things go for about 30
grand on the street if you can even get
your hands on one and it was just way
more horsepower than I even knew what to
do with as you can see here I have sshed
into a server which is also conveniently
running vs code in the terminal you'll
notice we've pulled a Docker image and
I'm also running Nvidia SMI to check the
status of the GPU there's also a running
process for kubernetes that will allow
this microservice to automatically scale
when traffic increases and automatically
heal when things break most importantly
though everything is configured to work
out of the box you don't actually have
to touch kubernetes yourself all we have
to do is write a little bit of python to
run the model you could do this in a
python notebook but I'm just going to
write a python script here in this
app.py file the actual API to access the
model is running on Local Host 8000 we
can use the request library and python
to send HTTP request to it like the
first thing we might want to do is see
which models are available in this
environment we currently have access to
llama 3 now that we have that piece of
information we can make a post request
to the chat completions endpoint and
most importantly we have an array of
messages here which provide the llm with
context for the conversation in my case
I want to ask it the question of what is
the best JavaScript framework of all
time then from there we can Define some
configuration options like the model
name max number of tokens temperature
Etc and then finally to get a response
all we have to do is make a post request
with this data now let's go ahead and
run this code by pulling up the terminal
and entering python app.py you'll notice
we get a full response almost
instantaneously under the hood these n
use tools you would expect like pytorch
but also other tools you may not know
about like Triton to maximize
performance on inference which is
awesome because that means you don't
need to figure out how to make things
fast on your own and I would say latency
is probably the number one killer for
people starting their own AI SAS
products oh and in addition we can also
monitor the hardware like here I can see
the GPU temperature jumped after I asked
it that question and we can also keep an
eye on the CPU and memory usage now of
course when I ask llama 3 for the best
JavaScript framework it's going to
respond with react even though that's
clear clearly a lie so I changed my
prompt to ask it what the worst
JavaScript framework is and of course it
threw shade at its arch nemesis angular
which is the real best JavaScript
framework ever invented but one other
thing I'll mention in the code here is
that instead of request we could also
use the open AI SDK which is extremely
popular and has become somewhat of an
industry standard the bottom line though
is that we now have an API that can
scale up to an infinite number of gpus
those gpus could live on AWS they could
live in your own data center or it could
be the one in your PC right now but
pretty awesome and if you want to try
out Nims for yourself I'd recommend
going directly to the API catalog at
build. nvidia.com where you can easily
try them out or check out Nvidia AI
Enterprise if your goal is to operate at
a massive scale thanks for watching and
I will see you in the next one
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