SageMaker Jumpstart vs Bedrock
Tags: aws, sagemaker, bedrock, aiml
Published: 2023-09-14 18:17:17

**Amazon SageMaker Jumpstart** empowers you to host your own machine learning models, allowing you to choose infrastructure components such as instance sizes and deployment endpoints. In contrast, **Amazon Bedrock** is a fully managed service provided by Amazon that enables you to make API calls to access models hosted on AWS. This fundamental distinction sets them apart

To be honest, I'm relatively new to the field of AI and machine learning, and with all the buzz surrounding GenAI, I couldn't resist jumping on board. I've been attending several webinars, watching videos, and delving into details, and one question that kept coming up was the difference between SageMaker and Bedrock. At first glance, they seem quite similar. This curiosity led me to compile this comparison, and I hope you find it informative and enjoyable.

**Amazon SageMaker Jumpstart**

Amazon SageMaker Jumpstart is a machine learning hub that offers a collection of models across different domains such as bellow:


![Amazon SageMaker Jumpstart](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/ggrp4ixximz9p9mtswyr.JPG)


- **Foundational Models**: These models are pre-trained on vast amounts of data, serving as a strong foundation for various machine learning tasks.
- **Computer Vision Models**: SageMaker Jumpstart provides pre-trained computer vision models and built-in scripts, simplifying the process for users looking to develop their own models in the field of computer vision.
- **Natural Language Processing Models**: Similarly, SageMaker Jumpstart offers pre-trained natural language processing models and built-in scripts, enabling users to work with language-based AI tasks.

SageMaker Jumpstart is available for users, and it even allows access to a model playground for experimentation and exploration (Need to request access).

JumpStart offers the following capabilities:

- A machine learning hub equipped with built-in algorithms and pre-trained foundational models.
- Pre-built training and inference scripts for your convenience.
- A user-friendly interface along with a Python SDK-based workflow.
- Interactive notebooks with practical examples to facilitate your work.


**Amazon Bedrock**

Amazon Bedrock, on the other hand, is a managed service that offers a selection of pre-built AI models from both established startups and Amazon itself via an API. It facilitates quick customization of these models with your data and integrates them seamlessly into applications using AWS tools, all while relieving users of infrastructure management.


![Amazon Bedrock](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/um0t7ewg1ke3vyjuauks.JPG)

Key use cases supported by Bedrock include,

- Text generation
- Search
- Image generation
- Chatbots
- Text summarization
- Personalization.

However, it's important to note that Amazon Bedrock is not available to everyone and is currently accessible only to selected customers. Access to Bedrock may require waiting for an invitation or availability in your specific region.

The key distinctions between Amazon SageMaker JumpStart and Amazon Bedrock are as follows:

| Criteria                    | Amazon SageMaker JumpStart                                         | Amazon Bedrock                                               |
|-----------------------------|------------------------------------------------------------------|-------------------------------------------------------------|
| Use Case                    | SageMaker JumpStart is designed for individuals and organizations seeking comprehensive control over their machine learning models. It enables the hosting of custom models, offering flexibility to address diverse use cases. | Amazon Bedrock caters to users who prefer a simplified approach. It allows for seamless integration with hosted models within the AWS ecosystem, akin to API calls to access AI capabilities. |
| Customization               | SageMaker JumpStart empowers users with complete customization options, allowing tailored model development and fine-tuning according to specific project requirements. | Amazon Bedrock, while user-friendly, offers limited customization due to its reliance on pre-hosted models. |
| Development Time           | SageMaker JumpStart typically requires a longer development cycle due to the intricacies involved in model creation and training. | Amazon Bedrock accelerates development by leveraging pre-trained models, reducing the time needed for implementation. |
| Scalability                | SageMaker JumpStart provides robust scalability options, enabling users to adjust computing resources as needed to meet project demands. | Amazon Bedrock's scalability is influenced by the capabilities of AWS-hosted models, which may offer limited control over resource scaling. |
| Cost Control               | SageMaker JumpStart users have granular control over costs through instance type selection and resource allocation, optimizing expenses. | Amazon Bedrock users may have less flexibility in managing costs, as pricing is tied to the use of hosted models. |
| Model Training             | SageMaker JumpStart supports custom model training, utilizing user-provided data. It is suitable for those who need to build models from scratch. | Amazon Bedrock simplifies the process by leveraging pre-trained models, eliminating the need for custom training. |
| Model Selection            | SageMaker JumpStart allows users to choose from a wide array of machine learning models and frameworks, enabling the selection of the most suitable for their projects. | Amazon Bedrock restricts users to pre-built models within the Bedrock ecosystem, limiting model choice. |
| Integration Options        | SageMaker JumpStart offers flexibility in integration with various AWS services, albeit requiring more configuration effort. | Amazon Bedrock seamlessly integrates with other AWS services, making it an attractive option for existing AWS users. |
| Availability of More Models | SageMaker JumpStart provides the potential to create and deploy diverse custom models tailored to specific needs. | Amazon Bedrock users are confined to the models available within the Bedrock ecosystem. |
| Ability to Customize        | SageMaker JumpStart offers extensive customization options for model architecture, parameters, and training configurations. | Amazon Bedrock, while user-friendly, provides limited customization of hosted models. |
| Maintenance and Updates     | SageMaker JumpStart necessitates users to manage model versions, updates, and maintenance, providing full control. | Amazon Bedrock shifts the responsibility for updates and maintenance to AWS, simplifying the process but relinquishing some control. |
| Security and Control        | SageMaker JumpStart users can configure security settings and enforce compliance measures, ensuring a tailored approach to safeguarding data and models. | Amazon Bedrock relies on the robust security measures offered by AWS for hosted models, which may be sufficient for many use cases. |
| Data and Training           | SageMaker JumpStart allows users to manage data and training workflows independently, making it adaptable to unique project requirements. | Amazon Bedrock models, being pre-trained, require no additional training data, streamlining the process. |
| Based on Regular Usage      | SageMaker JumpStart is well-suited for complex, highly customized machine learning projects that demand full control over model development. | Amazon Bedrock excels in rapid deployment scenarios, offering convenience for standard natural language processing tasks. |
| Ability to Integrate RAG    | SageMaker JumpStart provides flexibility for integrating Retrieval-Augmented Generation (RAG) models as per project needs. | Integration with RAG models in Amazon Bedrock depends on the availability of such models within the Bedrock ecosystem. |