MLOps platform | A shortcut to the data-driven way

MLOps platform | A shortcut to the data-driven way

Tue Jun 06 2023

The development of machine learning (ML) has transformed several industries by revolutionizing decision-making processes based on data analysis and streamlining repetitive tasks. A prime example is the use of advanced Machine learning models by banking institutions to identify fraudulent transactions. However, it is imperative that these models are constantly evolving, or the incidence of false positives will increase significantly.

However, deploying new ML models in production environments poses significant challenges. Training the model on production data, deploying it effectively, and maintaining its performance is far from straightforward. ML models deployed in production often struggle to adapt to evolving data and changing environments. Manual execution of these tasks proves highly inefficient.

MLOpsvplatform, or machine learning operations, deliver a solution by automating the entire ML development and deployment lifecycle to solve these challenges. In this article, we explore the concept of the MLOps platform, how it works, and the many benefits and challenges it brings.

What is MLOps?


MLOps, derived from the fusion of "machine learning" and "operations," represents the convergence of machine learning, DevOps, and data engineering. It encompasses a set of techniques to automate the entire lifecycle of ML algorithms in a production environment. By implementing the MLOps platform, you can achieve automation and monitoring at every stage of building an ML system, from the initial model training phase to its deployment and subsequent retraining with new data. MLOps leverage the collaborative efforts of data scientists and IT teams, bringing together their respective skills, techniques, and tools from data engineering, machine learning, and DevOps. This integration enables accelerated innovation by ensuring effective management of the entire machine-learning lifecycle.

How MLOps Platform Work?

MLOps, similar to how DevOps addresses software engineering issues, provide solutions to the challenges faced by data scientists. It enables collaboration between data scientists, ML engineers, and application developers to deliver customer value.

Traditionally, packaging and deploying machine learning solutions have been manual and error-prone. Data scientists build models in their preferred environment, then hand them off to software engineers for implementation in another language. This process is error-prone and requires significant effort to update the modeling framework.

MLOps platform addresses these challenges by automating the packaging and deployment of machine learning solutions. It packages the modeling code, dependencies, and runtime requirements, enabling reproducibility in machine learning. This reduces costs, simplifies deployment at scale, and provides a historical view of model versions.

MLOps includes a set of practices to support machine learning models throughout their lifecycle. These practices include source control, maintenance of model version registries, packaging standards, validation checklists, deployment strategies, and monitoring protocols. By implementing proven MLOps practices, organizations can identify when to retrain models based on detected data drift and gain insight into the data, model version, and codebase used for specific predictions.

Why do we need MLOps?

MLOps' primary goal is to simplify the machine learning process for organizations by providing tools. These tools enable organizations to develop, deploy, and monitor their models efficiently. By streamlining the creation of machine learning models, the MLOps platform enables faster and broader adoption with less effort than previously required.

The need for MLOps is evident due to the exponential growth in the demand for data scientists. The industry requires an increased number of professionals to meet this demand. MLOps platform addresses this need by automating the majority of tasks involved in building and deploying machine learning models. It introduces a new approach to machine learning that improves accessibility and enables organizations to overcome the challenges they face when implementing machine learning initiatives.

What are the benefits of the MLOps Platform?

benefits of MLOps

MLOps, also known as machine learning operations, offers an innovative and exciting approach to effectively managing your data science team. Implementing MLOps can increase your team's efficiency by streamlining their workflow, automating mundane tasks, and ultimately increasing productivity.

Take a look at some of the benefits of implementing MLOps:

Streamlined Workflow

MLOps platform enables the automation and synchronization of many machine learning lifecycle operations. This improves productivity and reduces repetitive tasks for data scientists, ML engineers, and application developers.

Improved Productivity

By automating repetitive tasks such as model deployment, retraining, and monitoring, MLOps frees up valuable time for data science teams. This allows them to focus on higher-value tasks, such as improving model performance and exploring new techniques, ultimately increasing overall efficiency.

Cost Reduction

MLOps reduce costs throughout the machine learning lifecycle by automating tasks and minimizing errors. Automation saves time and allows staff to focus on more productive activities. In addition, systematic error detection and reduction during model management lead to lower costs associated with error resolution and mitigation.


Monitoring the behavior and performance of machine learning (ML) models is critical because they tend to drift over time in response to changing environments. MLOps platform provides organizations with a systematic approach to monitoring and gaining insight into model performance by continuously retraining models and sending automated alerts to staff in the event of model drift. By regularly retraining ML models, organizations ensure consistent and accurate results. In addition, the MLOps platform tracks real-time data and model status and alerts relevant personnel when model performance falls below a specified threshold, enabling immediate action to address degradation.

Scalability and reliability

MLOps platform integrates the CI/CD principles of DevOps with machine learning and machine learning as a service, increasing the reliability of machine learning pipelines. Automation reduces human error, providing organizations with accurate data and valuable insights. Scaling ML models from small to large production systems is a major challenge, but the MLOps platform simplifies model management and facilitates reliable scalability.

Automated repetitive tasks

MLOps tools such as Jupyter Notebooks and Cloud Dataflow can automate manual-intensive tasks such as script execution and data cleansing. This automation saves valuable time and effort, allowing your team to prioritize critical aspects such as improving algorithms and creating new ones.

What are the components of MLOps?

The scope of the MLOps platform in machine learning projects can vary depending on the project's requirements. In some projects, MLOps may be implemented for the entire process, including data pipeline management and model production. In other cases, MLOps may focus only on the model deployment phase. Organizations typically deploy MLOps components in the following areas

  • Data Management: MLOps helps effectively manage and organize data for machine learning purposes, ensuring data quality and integrity.
  • Model training and development: MLOps facilitates the training and development of machine learning models, supporting reproducibility and version control.
  • Model Deployment: MLOps streamlines the process of deploying machine learning models into production environments by integrating them with the appropriate infrastructure.
  • Monitoring and Maintenance: MLOps emphasizes continuously monitoring deployed models, enabling proactive detection of performance issues or data drift.
  • Automation and Orchestration: MLOps automates repetitive tasks involved in managing machine learning systems, improving efficiency, and reducing errors.

What is the difference between MLOps and DevOps?

MLOps and DevOps

MLOps and DevOps are two fields working together to accelerate and improve software development processes. While their goals are similar, there are significant differences between MLOps and DevOps:

DevOps, which stands for "development and operations", is a software engineering strategy emphasizing cooperation, communication, and integration between software developers and IT operations teams. It seeks to automate the full software development lifecycle, from planning and coding through testing, deployment, and monitoring. DevOps encourages automation, continuous integration, and delivery to achieve quicker and more reliable software releases.

On the other hand, MLOps, which stands for Machine Learning Operations, is a specialized extension of DevOps tailored specifically for machine learning projects. It focuses on managing the lifecycle of machine learning models, including data preparation, model training, deployment, monitoring, and maintenance. MLOps incorporates practices and tools from DevOps and data engineering to address the unique challenges of machine learning, such as data versioning, model drift, and retraining.

While the DevOps platform is more general and applicable to various software projects, MLOps specifically addresses the complexities of managing and deploying machine learning models. MLOps includes additional considerations such as data pipeline management, model versioning, and performance monitoring specific to machine learning systems.


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