Top 5 Machine Learning Platforms to Watch in 2022 by@valuetech

Top 5 Machine Learning Platforms to Watch in 2022

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Machine Learning Operations (MLOps) is a form of DevOps. MLOps facilitates the teamwork and accelerated development of ML models and frameworks via monitoring, validation, and governance of machine learning models. Qwak is an end-to-end machine learning (ML) production platform that aims to reduce the complexity between the ML research and production stages. The key benefits of MLOps enable us toΒ monitor and control the whole model lifecycle. State-of-the-art technology innovations are augmented with sophisticated lifecycle management.
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Researchers have conceptualized Machine Learning (ML) over relevant literature. Arthur Samuel came up with the word in 1959 and interpreted ML as the study of giving computers the ability to understand, learn, and train in order to attain the desired goal without being precisely programmed.


However, the rapid growth and development of machine learning has made it more difficult for businesses to remain competitive, as they face a variety of challenges such as data labelling, infrastructure management, model deployment, and performance evaluation.


Therefore, numerous concerns must be addressed. This is where MLOps take part β€” which is referred to as machine learning operations.


MLOps is a method for putting a machine learning solution into production. It includes all of the steps that make up that method.


Introduction to MLOps

A machine learning operation (MLOps) is a form of DevOps. MLOps facilitates the teamwork and accelerated development of ML models and frameworks via monitoring, validation, and governance of machine learning models.


This is similar to how DevOps assists software engineers in developing, testing, and deploying software more quickly, efficiently, and with fewer flaws. Compared to how DevOps facilitates the application development life cycle, MLOps supports the data science life cycle. Thus, MLOps is founded on DevOps principles.


4 Main Benefits of Machine Learning Operations

The key benefits of MLOps enable us to:

  • State-of-the-art technology innovations are augmented with sophisticated lifecycle management of machine learning.
  • Create scalable processes, models, and frameworks.
  • MLOps boosts the precision of models by monitoring and controlling the whole model lifecycle. Additionally, it allows enterprises to recognize and correct issues rapidly.
  • MLOps facilitates machine learning engineers along with DevOps workers to collaborate more efficiently.


5 Leading Machine Learning Tools and Platforms

The following are the best and leading Machine Learning Tools and Platforms (such as MLOps), which are used as a service to process, implement, and track experiments, bringing everything together!


1. Qwak

Qwak has joined the board with a state-of-the-art solution that streamlines MLOps operations and lets firms maintain models the instant that they’re linked with their services. The Qwak project was established in 2021 by four co-founders, including Alon Lev, Yuval Fernbach, Lior Penso, and Ran Romano.


Qwak is an end-to-end machine learning (ML) production platform that aims to reduce the complexity between the ML research and production stages. Additionally, Qwak enables machine learning engineers and data scientists to design, implement, and track their models in production with the least technical complexity.


The Qwak platform also includes CI/CD for Machine Learning (ML) frameworks, version control, model metrics, and a feature repository. The main focus is to allow businesses to attain machine learning-based advancement without expending interminable resources on state-of-the-art technology and networking.


2. Amazon SageMaker

Sagemaker is Amazon's implementation of a free platform for deploying and commercializing machine learning models. Additionally, SageMaker enables all developers and machine learning engineers to rapidly construct, train, and implement machine learning frameworks.


Amazon SageMaker is a fully-managed service that covers the entire machine learning workflow, including data labeling and preparation, algorithm selection, model training, deployment optimization, forecasting, and execution.


3. Google Cloud AI Platform

The Google Cloud AI Platform supports machine learning lifecycle management with multiple features, including an overview dashboard, the AI Hub, data labeling, notebooks, jobs, and models. Once you have a suitable model, you may use it to make accurate predictions.


The notebooks are incorporated with the Google Research platform referred to as Google Colab, they can be utilized without cost. Additionally, the AI Hub involves a variety of publicly accessible resources, including a portable platform called Kubeflow pipelines, services, open-source platforms such as TensorFlow modules, and technical documentation.


4. MLflow

MLflow is an open-source based platform and tool for managing the whole machine learning (ML) lifecycle, such as testing, validation, implementation, and a centralized model registry.


MLflow comprises four main aspects at present:

  • MLflow monitoring component – It is an API and UI for monitoring ML code variables, code versions, performance metrics, and result files, and for subsequently visualizing the outputs.
  • MLflow Projects – It is a framework for bundling code in a way that makes it scalable and replicable, based on standards.
  • MLflow Models - It is a defined format for packaging machine learning models that may be employed in a number of downstream applications.
  • MLflow Model Registry - It is a centralized model repository, APIs, and user interface for managing the whole lifecycle of an MLflow framework.


5. IBM Watson Machine Learning

IBM Watson Machine Learning is a complete-service IBM Cloud solution that facilitates collaboration between developers and machine learning engineers in integrating forecasting capabilities into applications.


Additionally, the Machine Learning service is a collection of REST APIs that may be called from any programming language to create apps that make better decisions, solve challenging problems, and optimize user outputs.


It comprises of the three main features given below:

  • Integration of Machine Learning: Utilizing the management and execution of ML frameworks (such as real-time learning systems). Choose one of the widely used machine learning frameworks including, TensorFlow model, Keras, sklearn, and gradient boosting ( for example , xgboost sklearn).
  • Numerous Interfaces: You may manage your artifacts with CLI along with python clients. Integrate AI into your application with IBM Watson ML REST API.
  • Incorporation with Watson Studio: Build and develop machine learning models using the most advanced tools and knowledge in a social context designed specifically for machine learning engineers.


Conclusion

In recent times, machine learning platforms and tools have gained exponential growth. Additionally, numerous open-source models have evolved. As data and state-of-the-art technology keep growing and experiencing success, incorporating strong machine learning strategies will now facilitate businesses of all sorts being able to effectively manage and prosper in the future.

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