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De-mystifying Robotic Process Automation | PPTX
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De-Mystifying Robotic
Process Automation
2017 NICSA
Midwest Regional Meeting
#NICSAMWRM
THANK YOU TO OUR SPONSORS!
Platinum Sponsor
www.nicsa.org
Agenda
Welcome
• Lisa Shea, Co-Chair, NICSA Midwest Regional Committee
Panelists
• Amber Krueger, Moderator, US Bancorp Fund Services, LLC
• John Sjosten, Senior Manager, Deloitte & Touche LLP
• Randy Guy, Chief Technology Officer, FIS Global
• Andy Curtis, Data Analytics Manager, Northern Trust
Q&A
Roundtable Discussions
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Robotics & Cognitive
Intelligence
John Sjosten, Senior Manager, Deloitte & Touche LLP
#NICSAMWRM
www.nicsa.org
Digitization of white collar jobs via RPA & CI, and advances in data science have
sparked the Business 4.0 revolution
We are on the cusp of “Business 4.0”
BPM
Systems
Early RPA
Early cognitive
Widespread
RPA
Widespread cognitive
Ubiquitous global
horizontal MLPs
Business 4.0
• This revolution redefines what it means to
be a professional
• RPA has commenced deployment in most
large businesses
• RPA & Cognitive will be ubiquitous in
business by 2020
• Horizontal machine learning platforms
(MLPs) become ubiquitous by 2025
Industrial
revolution
1-3
4.0
2017 Within 10
years
$5bn 2020 RPA market 1
$31bn 2019 Cognitive spending 2
2nd most
important
strategic
priority
3.09
2.59
4.75
3.9
4.14
4.5
5.12
2.05
3.36
3.91
4.24
4.27
4.89
5.05
GBS model
Geo. scope
Analytics…
Increased func.…
Func. Proc.…
Automation
Contin.…
Today In ten yearsSource: Deloitte Global Shared Service Survey, 2015
Interest in
automation is
increasing at a
rapid rate
1 http://www.transparencymarketresearch.com/pressrelease/it-robotic-automation-market.htm
2 http://www.idc.com/getdoc.jsp?containerId=prUS41072216
3 https://www.slideshare.net/AIFrontiers/jeff-dean-trends-and-developments-in-deep-learning-research/8
Growing use of
Deep Learning at
Google3
What’s changed: Convergence of 20+ years of AI
research, Cloud Computing, Big Data and increased
computing power
Copyright © 2017 Deloitte Development LLC. All
rights reserved.
#NICSAMWRM
www.nicsa.org
Robotic and cognitive automation solutions can increase
capacity and extend the capabilities of organizations
Criteria
 Rules-based, standard, repeatable processes
 Structured / digital inputs and outputs
 Human interaction with multiple systems
 Limited decision-making or interpretation
Criteria
 Unstructured inputs and outputs, including
documents, forms, handwriting, audio, etc.
 Customized, context-sensitive information
 Feedback through training or data to improve
algorithms over time (machine learning)
Sample Use Cases
 Opening e-mails and attachments
 Accessing web/enterprise applications
 Moving files and folders
 Extracting structured data from documents
 Filling in and validating forms
 Aggregating, validating/reconciling, transforming and
calculating data
Sample Use Cases
 Generating insights based on customer activity
 Developing fact-sheets and investment summaries
 Improving the effectiveness of electronic
communications monitoring
 Guidance through complicated workflow with the
use of intelligent agents
 Machine-learning-based exception management
and root-cause analysis
Cognitive
Intelligence
Robotic
Process
Automation
Software that can be configured to
undertake rules-based tasks, replicating
human action
Algorithms which can interpret, learn and
communicate, replicating human thought
Robotic Process Automation
(RPA)
Cognitive Intelligence
(CI)
By leveraging these capabilities, firms have begun to realize significant
improvements leading to enhanced quality, reduced cost and efficiency gains
Copyright © 2017 Deloitte
Development LLC. All rights reserved.
#NICSAMWRM
www.nicsa.org
Demo: Data Management & Reporting
What we will see
 Using RPA to automate the FR-Y9C report production process using Excel, internal document
management systems and databases
 Automating the data acquisition, reconciliation, aggregation, transformation and validation activities, and
using tools to generate exception reports and audit logs
 Eliminating up to 80% of manual processing, enabling analysts to focus solely on managing exceptions
and performing quality control checks
Securities
Lending
Security Master
& Pricing
Corporate
Actions
Regulatory
Reporting
Automating the report production process for
financial and non-financial reporting
Aggregating overnight loan reports from external
counterparties and balancing vs. stock record
Identifying discrepancies between data providers
or internal sources and generating exception
reports
Reconciling across pre- and post-payment data
Where this applies
Copyright © 2017 Deloitte Development
LLC. All rights reserved.
#NICSAMWRM
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Robotics, Machine Learning,
Cognitive Computing
Andy Curtis, Data Analytics Manager, Northern Trust
#NICSAMWRM
www.nicsa.org
WHAT DOES ARTIFICIAL INTELLIGENCE DO?
Value to Financial Services Industry
Smart Automation
(Learnt patterns)
AI Automation
(Cognitive ability)
AICapabilityLevels
Basic Automation
(Rules based)
Research
PoV & Prototyping
Production Rollout
• Document analysis – auto trade capture
• Transaction reconciliations
• Intelligent wealth advisory assistant
• Compliance surveillance & reporting
• Portfolio analytics and management
• Advanced client personalisation
Industry research and adoption is gaining pace as AI moves to mainstream
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WHAT ARE THE OBJECTIVES OF AUTOMATION?
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WHAT ARE SMART MACHINES?
Smart Machine
Automation
AdvancedBasic
• Technology is making great strides
in Smart Machines and Artificial
Intelligence
• The Fourth Industrial Revolution is
underway:
• Self-driving vehicles
• IBM Watson Jeopardy
champion
• Google DeepMind Go
champion
• Still a long way from true artificial
intelligent machine (i.e. the
Terminator)
• Basic process automation is the
simplest form of smart machine
automation
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ROBOTIC PROCESS AUTOMATION
Robotic Process Automation (RPA) refers to area of configuring “software” or “robots” to capture and
interpret existing applications in order to perform a repeatable set of activities in an automated fashion.
Features
• Virtual workers
• Faster setup
• Uses existing systems/applications
Benefits
• Quick wins and faster ROI
• Reduced risk and error rates
• Respond faster to business peaks and
troughs
• Enable users to do other cognitive tasks
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COGNITIVE + RPA DOCUMENT INJECTION
 Documents arrive to centralized ops center
 First several documents are unrecognized and must be “trained” via ML (classify + snap name/value)
 After training documents are auto classified, text and meta data extracted
 Passed on to RPA for business process completion
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ROBOTIC PROCESS AUTOMATION
Why Automation Projects Fail And How To Avoid This?
Randy Guy, Chief Technology Officer, Asset Management
www.nicsa.org
KEY THOUGHTS
Think strategic
and not tactical
RPA investment
continues to grow
“One size does not fit all”
– Don’t lock into a single
technology
14
www.nicsa.org 15
Top 5 Reasons RPA Projects Fail
Buying a tool in place of creating a strategy
Not setting up the proper organizational structures
Run as a project instead of a program
Process being automated is not well understood
Bringing in an RPA tool and ignoring what is in place
www.nicsa.org
Organization Initial Experience New Plan
Global telecom
organization
Automate Account Set-up, Operations and Closing
• RPA tool redundant with other in-house tools.
• Took many months to automate 2 FTEs
• Tool did not have the cognitive processing required
• Reviewed the process – got savings
through streaming the process
• Implementing cognitive solutions,
which will allow them to automate up to
80% of the process
Global
card provider
Automate Dispute processing
• IT purchased an RPA solutions – No prior business buy-in
• Tried to automate everything with workflows given by the
business, but not working as a team with the business – did not
automate the proper flows.
• Set up the proper organization and
realized savings of 1.1M.
Fitness product
provider
Automate fulfilment process
• Did not have expertise in automation – partner used for
fulfilment processing did not have the expertise in cognitive
solutions
• Got stuck with a process they felt could be automated, but did
not know how
• New partner: 30% discount on service
• Took on the risk of automation savings
• Partial automation solutions utilizing
cognitive solutions for processing
emails/ e- forms via NLP.
• Single screen interface for unifying
multiple applications and screens
• Leveraging BOTs to do the actual
processing.
Examples of RPA Failures and Turnarounds
16
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Expected cost based on project complexity
Complexity
Cost
BASIC
e.g. Update form from 1
app to another
HIGH
Judgement-driven
processes, e.g.
disputes management,
document management,
KYC, etc.
MODERATE
Standardized,
unstructured inputs: e.g.
Name, address change
form processing
$40K – $100K $100K – $175K $300K – $500K
Illustrative costs include software, resources and infrastructure costs.
17
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Questions
&
Roundtable Breakout Sessions
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De-mystifying Robotic Process Automation

  • 1.
    www.nicsa.org De-Mystifying Robotic Process Automation 2017NICSA Midwest Regional Meeting #NICSAMWRM THANK YOU TO OUR SPONSORS! Platinum Sponsor
  • 2.
    www.nicsa.org Agenda Welcome • Lisa Shea,Co-Chair, NICSA Midwest Regional Committee Panelists • Amber Krueger, Moderator, US Bancorp Fund Services, LLC • John Sjosten, Senior Manager, Deloitte & Touche LLP • Randy Guy, Chief Technology Officer, FIS Global • Andy Curtis, Data Analytics Manager, Northern Trust Q&A Roundtable Discussions #NICSAMWRM
  • 3.
    www.nicsa.org Robotics & Cognitive Intelligence JohnSjosten, Senior Manager, Deloitte & Touche LLP #NICSAMWRM
  • 4.
    www.nicsa.org Digitization of whitecollar jobs via RPA & CI, and advances in data science have sparked the Business 4.0 revolution We are on the cusp of “Business 4.0” BPM Systems Early RPA Early cognitive Widespread RPA Widespread cognitive Ubiquitous global horizontal MLPs Business 4.0 • This revolution redefines what it means to be a professional • RPA has commenced deployment in most large businesses • RPA & Cognitive will be ubiquitous in business by 2020 • Horizontal machine learning platforms (MLPs) become ubiquitous by 2025 Industrial revolution 1-3 4.0 2017 Within 10 years $5bn 2020 RPA market 1 $31bn 2019 Cognitive spending 2 2nd most important strategic priority 3.09 2.59 4.75 3.9 4.14 4.5 5.12 2.05 3.36 3.91 4.24 4.27 4.89 5.05 GBS model Geo. scope Analytics… Increased func.… Func. Proc.… Automation Contin.… Today In ten yearsSource: Deloitte Global Shared Service Survey, 2015 Interest in automation is increasing at a rapid rate 1 http://www.transparencymarketresearch.com/pressrelease/it-robotic-automation-market.htm 2 http://www.idc.com/getdoc.jsp?containerId=prUS41072216 3 https://www.slideshare.net/AIFrontiers/jeff-dean-trends-and-developments-in-deep-learning-research/8 Growing use of Deep Learning at Google3 What’s changed: Convergence of 20+ years of AI research, Cloud Computing, Big Data and increased computing power Copyright © 2017 Deloitte Development LLC. All rights reserved. #NICSAMWRM
  • 5.
    www.nicsa.org Robotic and cognitiveautomation solutions can increase capacity and extend the capabilities of organizations Criteria  Rules-based, standard, repeatable processes  Structured / digital inputs and outputs  Human interaction with multiple systems  Limited decision-making or interpretation Criteria  Unstructured inputs and outputs, including documents, forms, handwriting, audio, etc.  Customized, context-sensitive information  Feedback through training or data to improve algorithms over time (machine learning) Sample Use Cases  Opening e-mails and attachments  Accessing web/enterprise applications  Moving files and folders  Extracting structured data from documents  Filling in and validating forms  Aggregating, validating/reconciling, transforming and calculating data Sample Use Cases  Generating insights based on customer activity  Developing fact-sheets and investment summaries  Improving the effectiveness of electronic communications monitoring  Guidance through complicated workflow with the use of intelligent agents  Machine-learning-based exception management and root-cause analysis Cognitive Intelligence Robotic Process Automation Software that can be configured to undertake rules-based tasks, replicating human action Algorithms which can interpret, learn and communicate, replicating human thought Robotic Process Automation (RPA) Cognitive Intelligence (CI) By leveraging these capabilities, firms have begun to realize significant improvements leading to enhanced quality, reduced cost and efficiency gains Copyright © 2017 Deloitte Development LLC. All rights reserved. #NICSAMWRM
  • 6.
    www.nicsa.org Demo: Data Management& Reporting What we will see  Using RPA to automate the FR-Y9C report production process using Excel, internal document management systems and databases  Automating the data acquisition, reconciliation, aggregation, transformation and validation activities, and using tools to generate exception reports and audit logs  Eliminating up to 80% of manual processing, enabling analysts to focus solely on managing exceptions and performing quality control checks Securities Lending Security Master & Pricing Corporate Actions Regulatory Reporting Automating the report production process for financial and non-financial reporting Aggregating overnight loan reports from external counterparties and balancing vs. stock record Identifying discrepancies between data providers or internal sources and generating exception reports Reconciling across pre- and post-payment data Where this applies Copyright © 2017 Deloitte Development LLC. All rights reserved. #NICSAMWRM
  • 7.
    www.nicsa.org Robotics, Machine Learning, CognitiveComputing Andy Curtis, Data Analytics Manager, Northern Trust #NICSAMWRM
  • 8.
    www.nicsa.org WHAT DOES ARTIFICIALINTELLIGENCE DO? Value to Financial Services Industry Smart Automation (Learnt patterns) AI Automation (Cognitive ability) AICapabilityLevels Basic Automation (Rules based) Research PoV & Prototyping Production Rollout • Document analysis – auto trade capture • Transaction reconciliations • Intelligent wealth advisory assistant • Compliance surveillance & reporting • Portfolio analytics and management • Advanced client personalisation Industry research and adoption is gaining pace as AI moves to mainstream #NICSAMWRM
  • 9.
    www.nicsa.org WHAT ARE THEOBJECTIVES OF AUTOMATION? #NICSAMWRM
  • 10.
    www.nicsa.org WHAT ARE SMARTMACHINES? Smart Machine Automation AdvancedBasic • Technology is making great strides in Smart Machines and Artificial Intelligence • The Fourth Industrial Revolution is underway: • Self-driving vehicles • IBM Watson Jeopardy champion • Google DeepMind Go champion • Still a long way from true artificial intelligent machine (i.e. the Terminator) • Basic process automation is the simplest form of smart machine automation #NICSAMWRM
  • 11.
    www.nicsa.org ROBOTIC PROCESS AUTOMATION RoboticProcess Automation (RPA) refers to area of configuring “software” or “robots” to capture and interpret existing applications in order to perform a repeatable set of activities in an automated fashion. Features • Virtual workers • Faster setup • Uses existing systems/applications Benefits • Quick wins and faster ROI • Reduced risk and error rates • Respond faster to business peaks and troughs • Enable users to do other cognitive tasks #NICSAMWRM
  • 12.
    www.nicsa.org COGNITIVE + RPADOCUMENT INJECTION  Documents arrive to centralized ops center  First several documents are unrecognized and must be “trained” via ML (classify + snap name/value)  After training documents are auto classified, text and meta data extracted  Passed on to RPA for business process completion #NICSAMWRM
  • 13.
    www.nicsa.org ROBOTIC PROCESS AUTOMATION WhyAutomation Projects Fail And How To Avoid This? Randy Guy, Chief Technology Officer, Asset Management
  • 14.
    www.nicsa.org KEY THOUGHTS Think strategic andnot tactical RPA investment continues to grow “One size does not fit all” – Don’t lock into a single technology 14
  • 15.
    www.nicsa.org 15 Top 5Reasons RPA Projects Fail Buying a tool in place of creating a strategy Not setting up the proper organizational structures Run as a project instead of a program Process being automated is not well understood Bringing in an RPA tool and ignoring what is in place
  • 16.
    www.nicsa.org Organization Initial ExperienceNew Plan Global telecom organization Automate Account Set-up, Operations and Closing • RPA tool redundant with other in-house tools. • Took many months to automate 2 FTEs • Tool did not have the cognitive processing required • Reviewed the process – got savings through streaming the process • Implementing cognitive solutions, which will allow them to automate up to 80% of the process Global card provider Automate Dispute processing • IT purchased an RPA solutions – No prior business buy-in • Tried to automate everything with workflows given by the business, but not working as a team with the business – did not automate the proper flows. • Set up the proper organization and realized savings of 1.1M. Fitness product provider Automate fulfilment process • Did not have expertise in automation – partner used for fulfilment processing did not have the expertise in cognitive solutions • Got stuck with a process they felt could be automated, but did not know how • New partner: 30% discount on service • Took on the risk of automation savings • Partial automation solutions utilizing cognitive solutions for processing emails/ e- forms via NLP. • Single screen interface for unifying multiple applications and screens • Leveraging BOTs to do the actual processing. Examples of RPA Failures and Turnarounds 16 #NICSAMWRM
  • 17.
    www.nicsa.org Expected cost basedon project complexity Complexity Cost BASIC e.g. Update form from 1 app to another HIGH Judgement-driven processes, e.g. disputes management, document management, KYC, etc. MODERATE Standardized, unstructured inputs: e.g. Name, address change form processing $40K – $100K $100K – $175K $300K – $500K Illustrative costs include software, resources and infrastructure costs. 17 #NICSAMWRM
  • 18.