The Need For DevOps In Data Science And Its Applications
DevOps is a strategic concept that combines software development practice with the operations part of the software deployment in order to improve the process & provide continuous integration and delivery services. Most of the cloud providers have dedicated services around them to have a seamless integration & service to the end customers. Some of the common providers are Amazon Web Services, Microsoft Azure and Google Cloud. These cloud service providers also support machine learning, image processing, GPU Computing & high volume data analysis. Typical DevOps Structure Advantages: Better Operational executionIncrease in the flexibility of deploymentEffective Collaboration workingCost-Effective Maintenance Lesser Capital deploymentStreamlined Development & Deployment process Disadvantages: Requires a cultural change in an organizationCross-Skilling expenditureOutsourcing becomes a little difficult The need for DevOps in Data science As we are seeing, the entire data analytics industry has evolved over the last 5 years, hence the need for cost-effective & easy management of development practices has been an attentive topic. With more collaborative teams across the globe, it is essential for an organization to have a structured process around development for the end-users. From a data science perspective, we see that there are more independent freelancers, consultants, remote teams who are working on various problems & challenges. There has to be a structured way of development, building the code, testing & deployment to the final stage. Data science solutions are not going to be just a piece of code to work with. In order for the end-user to consume, the model has to work with a front-end application as well as the backend mechanism. As we see, there are 3 different development teams that are going to be integrated at a single point to run the business & provide benefits for the customer. Case Study For example, let’s say we want to build an image recognition application that can recognize objects & provide the users with the predictions. For simplicity purposes, we will be keeping less complex User Interface, pre-trained models such as VGG16/VGG19 & backend. The following is the UI functionality: Upload Image screenDisplay PredictionsSave the scoresOpen the previous runs & check The Image recognition requirements are: Pre-Trained ModelsScoring processTrain & Test metrics capturing Backend requirements are as follows: Storing the user detailsPrediction scores saved to a database Also read: DEVOPS TOOLS & FRAMEWORKS: EVERYTHING YOU NEED TO KNOW Overall, we realize that there are 3 different teams that are going to work collaboratively on a single goal. It is essential for a Product Owner or Project Manager to have a defined process of product building & usage strategy. Consider having a separate operations team to handle this complexity, which used to be the norm before. There are lots of issues apart from just taking the code & putting it down onto the servers. Some of the common issues faced are: Version mismatch of the librariesMultiple builds for a single applicationEfforts Burn-out to integrate the software codesCustomers facing issues during deployment The usage of data science applications is to improve customer experience rather than have a faulty application that does not serve the end purpose. In order to tackle these practical challenges, the cloud providers have introduced services where all teams can work in a seamless manner. AWS is one of the leading providers who are pretty much dominant with their list of services. We can have the same solution work in a better way by having the following strategies: Teams having their IDE integrated with Git or AWS CodeCommit or any 3rd party repositoryFor Machine Learning models AWS has a Sagemaker service AWS CodePipeline along with CodeBuild & CodeDeploy makes things look simplerBuild tools such as Jenkins along with Docker makes it scalable, efficient & portable (this was not even part of the requirements though, yet we have taken advantage of it).Database storage can be done in one of the AWS services such as DynamoDB, S3 File Storage. Application Flowchart Apart from the above advantages levered from the cloud, we also have an efficient process of enabling the logging mechanism, cost management, building dashboards, deriving insights. Some of the services one can use on top of the existing requirements are: CloudWatch- Captures logs of the application runsIAM – For Security & User managementQuicksight – Visualization of Scores & MetricsCost Management- Keep control on Budgets & Spendings Cost Management in Data science Cloud Solutions Most of the advanced algorithms such as CNN, GAN have a higher usage of computing & needs a lot of memory. With a regular infrastructure, it becomes a constraint & difficult for developers to run executions. In one of my previous experiences where we built Generative Adversarial Networks to come up with an artificial sample of images, it was very difficult to run in our computing environment. The advent of cloud has enabled us to use more powerful infrastructure machines that have GPU support & can handle a large volume of data processing. Applications that depend on high-resolution images, audio and video data can be processed faster & building the required architecture, design and execution become easier. Purchasing such a powerful infrastructure is not cost-effective unless we use them on a regular basis & see value out of it. Most of the startups, SME & Mid-level organizations heavily rely on cloud solutions. This article is presented by AIM Expert Network (AEN), an invite-only thought leadership platform for tech experts. Check your eligibility.
DevOps is a strategic concept that combines software development practice with the operations part of the software deployment in order to improve the process & provide continuous integration and delivery services. Most of the cloud providers have dedicated services around them to have a seamless integration & service to the end customers. Some of the […]
DevOps is a strategic concept that combines software development practice with the operations part of the software deployment in order to improve the
["data management providers", "data science software", "devop", "devops tools", "freelancer", "purposes of a data team"]
["data science", "machine learning", "AWS", "AI", "Azure", "ML", "image recognition", "devops tools", "RAG", "Aim", "analytics", "purposes of a data team", "data management providers", "data science software", "devop", "freelancer"]
["AI", "machine learning", "ML", "data science", "analytics", "Aim", "RAG", "image recognition", "AWS", "Azure"]
Vijayakeerthi, a Freelance Data Scientist &amp; Management Consultant who has 10 years of rich experience in building machine learning-based solutions to create business impact. He is a Strategic &amp; Performance-oriented executive focusing on mission and goals with proven track record in handling business requirements &amp; complex problem-solving. He is an avid learner of new technologies and an open-minded person to build new skillsets. He performs data-driven consulting &amp; product development focusing on ROI across multiple functions such as Marketing, Operations, Finance. He also loves to write articles on Artificial Intelligence &amp; Data Science topics.