Machine Learning Ops Platforms to Manage the Machine Learning Lifecycle

A successful machine learning project is model
developments and deployments.

Machine Learning is a complete lifecycle. It
consists of a complex set of steps with varied skills required to achieve
actionable outcomes and deliver business values. 

The level of complexity involved in ML lifecycle is part of the reason why acceptable practices and fully integrated tools at infancy.  Five Facts About Machine Learning That Every Business Leader Must Know

Productionizing AI using MLOps

Machine Learning Ops is the process of
operationalizing data science and machine learning solutions using code and
best practices promoting efficiency, speed, and robustness.

Machine Learning Ops is about producing better
ML models faster that have a right culture which is data-driven with applied
DevOps practices with ML systems involving significant collaboration between
data scientists, data and cloud engineers create among executives support and
iterative feedback with stakeholder. 

The adoption of such practices is
indispensable for putting reliable machine learning projects into production.

Business Incentive

Companies apply core practices for using AI
have both higher revenue increases, and higher cost decreases compared to other
AI-adopting organizations. The formers are high achievers that leverage AI to
drive value across the organization and mitigate risks that are associated with
technology, and train their workers to achieve AI solutions at a grander
scale. 

It emphasizes the potential value that can be
gained from machine learning when implemented and applied.

These tools allow user putting core MLOps
methodologies into practice.

Machine Learning Lifecycle

ML lifecycle designs account for all steps
from cloud architecture through to model development and deployment to
stakeholder communication and upskilling. The high-level elements of a model
are detailed underneath.

Steps for Data Science Lifecycle:

Step-1: Start

Step-2: Business Discussion

Step-3: Data Ingestion

Step-4: Exploratory Analysis

Step-5: Model Development

Step-6: Expose Insights

Step-7: Business Discussion

Step-8: Model Deployment

Step-9: Model Deployment- Cloud
Design-Data Lake-Data Ingestion.

Cloud Architecture

ML projects not based on pure data science.
Data and Cloud Computing are becoming increasingly important for managing
complete Machine Learning.

Most cloud platforms these days provide their
data science tools for development purposes. 

It is so important to remember that Machine
Learning code is only a tiny fraction of full lifecycle as a series of tasks
designed in a well-structured manner, i.e., setting up a serving
infrastructure, data collection, data auditing, model monitoring.

Infrastructure as a code is the basis of
reproducible Machine Learning environments through peer-reviewed, secure
pipelines. Model training and testing should carry out with a mindset of
Continuous Integration and Continuous Development.

Security needs to built-in every part of a
pipeline, both the data and code format.

The data scientist is responsible for
developing a Machine Learning model, delivering analytic insights, data/cloud
engineers that better equipped in setting up a Machine Learning pipeline
ensuring continuous deployment of a project.

Data Ingestion and Data Cleaning

This step combines with data engineering and data science knowledge, assuring quality control, security, and integrity of data input.  Data cleaning and transformation involves various steps depending on the project. 

These will be: 

  • Dealing with Missing Values
  • Duplicate Management
  • Column Selection
  • Filtering
  • Text Cleaning
  • Aggregation. 

This step will have a significant impact on a
model at the run time involved in a data processor.

Data Exploration and Model Developments

This phase involves different steps such
as 

  • Data Exploration and Insight Creation
  • Feature Engineering
  • Training and Testing
  • Model Optimization. 

Data science projects benefited from the data
exploration phase as it leads to a better understanding of underlying trends in
the data. 

It helps in pinpoint biases, and it fosters
the creation of more accurate models by focusing on relevant data features.

Expose Insights To Stackholders

Most AI projects don’t go into production
because expectations are not well communicated with the business, or due to the
lack of skills necessary for maintaining these models in production. It
highlights the importance of better and iterative communication between data
teams and the business to help develop innovative AI strategies and solutions,
and the need to upskill employees ordered for organizations to stay
competitive. 

Communication with stakeholders, setting clear
expectations and upskilling employees are all critical elements in delivering
business value through production ML solutions, while also helping
organizations staying competitive in the era of digital disruptions. Best
practices enabled by MLOps is the key to achieve these goals.

Visualization

This step involves the transformation of
insights and ML predictions into a consumable format for end users.

Data Lakes and adoption of interactive
dashboard visualizations over static reporting makes data access direct and
efficient, representing necessary steps in the modern digital transformation
process. Dashboards are tailored to customer needs, enabling marketing and
sales operations through ML predictions.

Deploy

This model ready to make available to
end-users and stakeholders and integrated with business processes for
data-driven decision making. However, several steps remain including model
deployment and validation, artefact creation, monitoring, performance
engineering and operation.

After deployment, monitoring a model
performance and data auditing ensures a smooth operation of ML lifecycle. The
aim is being to create a self-healing environment where models can re-train
when needed without human intervention. 

Machine Learning Ops

Many companies spent years collecting data by
leveraging full potential using AI.

Machine learning helps to deploy solutions
that unlock previously untapped sources of revenue, save time and reduce the
cost spent on resources by creating more efficient workflows, leveraging data
analytics for decision making and creating a better customer experience.

Machine Learning Ops enables faster
go-to-market times and reduces operational cost, allowing companies to be more
agile and strategic in their decisions.

Conclusion

In conclusion, organizations that design their
projects with MLOps concepts in mind will benefit from more reliable data
platforms and secure environments recovering from a failure. 

It makes it easier to focus on extracting
insights and value that Machine Learning creates and positions its business to
compete more effectively in the market.

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  • ONPASSIVE
  • ONPASSIVE
  • 21 December, 2020
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