Regardless of the size and nature of businesses, rapid adoption of Machine Learning and Artificial Intelligence is a must-win battle for enterprises. Non-adoption of those can put them in disadvantageous trajectories. Enterprises fail to capture the true potential of ML and AI because of: Suboptimal approaches due to lack of contextualization of ML and AI to their businesses. Slow adoption due to the complexities involved in connecting to different data, tools, technologies, techniques, and, nuances of deployment at scale. Lack of disciplined approaches, operating in silos, and limited collaboration amongst functions and teams. Ineffective traditional methods to institutionalize the experiences and learnings as well as significant dependencies on human talent. An analytics eco-system that is self-sufficient within an organization and enables all the stake- holders to strive towards a common goal is a solution. In this talk Satyamoy will dwell on the different components of an analytics ecosystem and how Analyttica is operating at the confluence of “Analytics experience”, “Data science expertise”, and “Technology excellence” to create significant value for enterprises in their ML & AI endeavors by via an adaptive analytics ecosystem.
3. 85%
of the technology enabled companies
today have a data strategy
77%
of them have implemented some form
of AI technology
31% of them have realized RoI
13. So…, In order to create impact
We need to increase the marginal return on analytics investment
Unanswered business questions
Took longer time than expected
Stakeholders agreed to disagree
Could not deploy at scale
Re-invented the wheel next time
14. Can the answer be a cohesive localized
analytics and AI Ecosystem?
The Data Guy The Analytics TranslatorThe Business Guy
The Math GuyThe Deployment GuyThe Governance Guy
15. The Localized Analytics & AI Ecosystem
The Business Guy The Data Guy The Analytics
Translator
The Governance Guy The Deployment Guy The Math Guy
Contribute
to
Consume
from
Contribute
to
Consume
from Contribute
to
Consume
from
Contribute
to
Consume
from
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to
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from
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to
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from
16. The Localized Analytics & AI Ecosystem
The Business Guy The Data Guy The Analytics
Translator
The Governance Guy The Deployment Guy The Math Guy
Background,
Objective,
Purpose
Attain the
business
metrics Volume,
Velocity,
Variety,
Veracity
Pattern to
optimize
data strategy Business
problems to
analytics
objectives
Optimize the
impact
formulation
Pattern for
balanced
approach
Ensure
adherence to
policies
Recommend
ations for
timely
actions
Implement
solutions at
scale
Data and
feedback
loop
Apply
algorithms
18. ATH Precision presents an intelligent man-machine
ecosystem for building and productionalising data
analytics and machine learning solutions via a tool
and system agnostic framework; which enables
agility, scalability, leverage, and governance
19. ATH Precision presents an intelligent man-machine
ecosystem for building and productionalising data
analytics and machine learning solutions via a tool and
system agnostic framework; which enables agility,
scalability, leverage, and governance
22. www.beres.com
ML/AI Solution Development and Operationalization Process
Deployed solution is triggered each time an input is sent
through API and returns output
End
Consumer
Client
Application
Automated data queries to fetch the data for
model development and retraining
Database SQL Services
Assess the need to develop a model, contextualize the in-built
ML algorithms and learnings from the past projects
Machine Learning Institutionalize
A
T
H
Model results are continuously monitored for accuracy & re-trained at regular frequency.
Model Training, selection, solution creation & deployment is done through ATH.
Data
Processing
Model
Development
Solution
Extraction
Solution
Deployment
A
T
H
23. www.beres.com
ML/AI Solution Adaptive Machine Learning Process
Model Training – First Time Model Implementation – Continuous Model Retraining – Continuous
Historical Data
Pre-Processing
Data Treatment
Feature
Selection
Model Iterations
and Final Model
Selection
New Data
Pre-Processing
Data Treatment
Feature
Selection
Model
Retraining
Historical Data
Feedback
Consolidation
Feedback Loop
Correct Incorrect
Prediction/ Prescription
New Data
Pre-Processing
Data Treatment
Feature
Selection
Leverage
Trained Model
Adaptive
Machine
Learnin
g