Top 5 AI Inference Platforms That Use Full-Blooded DeepSeek-R1 for Free

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Due to excessive traffic and a cyber attack, the DeepSeek website and app have been up and down for a few days, and the API is not working.

We have previously shared the method for deploying DeepSeek-R1 locally (seeDeepSeek-R1 Local Deployment), but the average user is limited to a hardware configuration that makes it difficult to run even a 70b model, let alone a full 671b model.

Luckily, all major platforms have access to DeepSeek-R1, so you can try it as a flat replacement.

I. NVIDIA NIM Microservices

NVIDIA Build: Integration of multiple AI models and free experience
Website: https://build.nvidia.com/deepseek-ai/deepseek-r1

NVIDIA deployed the full volume parameter 671B of the DeepSeek-R1 Models, the web version is straightforward to use, and you can see the chat window when you click on it:

Also listed on the right is the code page:

Simply test it:

Below the chat box, you can also turn on some parameter items (which can be defaulted in most cases):

The approximate meaning and function of these options are listed below:

Temperature:
The higher the value, the more randomized the output is, potentially generating more creative responses

Top P (nuclear sampling):
Higher values retain more probabilistic quality tokens and generate more diversity

Frequency Penalty:
Higher values penalize high-frequency words more and reduce verbosity or repetition

Presence Penalty:
The higher the value, the more inclined the model is to try new words

Max Tokens (maximum generation length):
The higher the value, the longer the potential length of the response

Stop:
Stop output when generating certain characters or sequences, to prevent generating too long or running out of topics.

Currently, due to the increasing number of white johns (look at the number of people in the queue in the chart below), NIM is lagging some of the time:

Is NVIDIA also short of graphics cards?

NIM microservices also support API calls to DeepSeek-R1, but you need to sign up for an account with an email address:

The registration process is relatively simple, using only email verification:

After registering, you can click on "Build with this NIM" at the top right of the chat interface to generate an API KEY. Currently, you will get 1000 points (1000 interactions) for registering, so you can use it all up and register again with a new email address.

The NIM microservices platform also provides access to many other models:

II. Microsoft Azure

Web site:
https://ai.azure.com

Microsoft Azure allows you to create a chatbot and interact with the model through a chat playground.

Azure is a lot of trouble to sign up for, first you have to create a Microsoft account (just log in if you already have one):

Creating an account also requires email verification:

Finish by proving you're human by answering 10 consecutive netherworld questions:

Getting here isn't enough to create a subscription:

Verify information such as cell phone number as well as bank account number:

Next, select "No technical support":

Here you can start the cloud deployment, in the "Model Catalog" you can see the prominent DeepSeek-R1 model:

After clicking on it, click on "Deploy" on the next page:

Next, you need to select "Create New Project":

Then default them all and click "Next":

Next, click "Create":

Creating it under this page starts, and it takes a while to wait:

When you're done, you'll come to this page where you can click "Deploy" to go to the next step:

You can also check the "Pricing and Terms" above to see that it is free to use:

Continue to this page by clicking on "Deployment" and you can click on "Open in Playground":

Then the conversation can begin:

Azure also has NIM-like parameter tuning available:

As a platform, there are many models that can be deployed:

Already deployed models can be quickly accessed in the future via "Playground" or "Model + Endpoint" in the left menu:

III. Amazon AWS

Web site:
https://aws.amazon.com/cn/blogs/aws/deepseek-r1-models-now-available-on-aws

DeepSeek-R1 is also prominently displayed and lined up.

Amazon AWS registration process and Microsoft Azure is almost as troublesome, both have to fill in the payment method, but also phone verification + voice verification, here will not describe in detail:

The exact deployment process is much the same as Microsoft Azure: