As financial services firms strive to transform their businesses for a digital world, realize efficiencies, improve the customer experience and revitalize their growth, they increasingly see artificial intelligence-based (AI) technologies as key. For firms, the next wave of AI innovation are artificial neural networks.
The FinTech ecosystem playbook captures the journey of 26 FinTech hubs in the emerging markets — their experiences and learnings in the process of building a strong financial services ecosystem. The teams highlight the best industry practices from these markets so that participants learn from each other.
AI powered Decision Making in Banks - How Banks today are using Advanced analytics in credit Decisioning, enhancing customer life time value, lower operating costs and stronger customer acquisition
A joint report between EY and LSE with contribution from Seldon. This report describes research undertaken by The London School of Economics and Political Science on behalf of EY Financial Services to investigate the use of Artificial Intelligence and Machine Learning and to provide one use case for each of the following sectors; Insurance, Banking & Capital Markets, and Wealth & Asset Management.
MEDICI’s new ‘Indonesia FinTech Report 2021’ analyzes the country’s FinTech sector and trends in the last three years—a deep-dive by segments & subsegments, funding patterns, M&As, ecosystem partnerships, industry drivers, and perspectives drawn out of regulatory, geopolitical, economic, and market dynamics.
End-to-End OT SecOps Transforming from Good to Greataccenture
Building and growing an OT SecOps program takes vision, buy-in and budget. This track explores how to take your program to the next level. The discussions are intended to spark conversation and this guide highlights key takeaways on what works, what doesn’t and what’s next. https://accntu.re/3tz7wGY
Presented: September 21, 2017
At: CS2AI, Washington, DC
A decade ago, ISA99 published the first standard in what is now the ISA/IEC 62443 series. Since then, the series has coalesced into the current form consisting of 13 individual documents in various stages of completion, publication, and/or revision. Printing out all of the existing standards and drafts can easily use up more than a ream of paper. It can be a daunting task to try to apply it to an organization. So, what are you supposed to do? How are you supposed to proceed? In this talk, I’ll go over some of the lessons I’ve learned from helping customers develop and evaluate security programs within their organization.
The FinTech ecosystem playbook captures the journey of 26 FinTech hubs in the emerging markets — their experiences and learnings in the process of building a strong financial services ecosystem. The teams highlight the best industry practices from these markets so that participants learn from each other.
AI powered Decision Making in Banks - How Banks today are using Advanced analytics in credit Decisioning, enhancing customer life time value, lower operating costs and stronger customer acquisition
A joint report between EY and LSE with contribution from Seldon. This report describes research undertaken by The London School of Economics and Political Science on behalf of EY Financial Services to investigate the use of Artificial Intelligence and Machine Learning and to provide one use case for each of the following sectors; Insurance, Banking & Capital Markets, and Wealth & Asset Management.
MEDICI’s new ‘Indonesia FinTech Report 2021’ analyzes the country’s FinTech sector and trends in the last three years—a deep-dive by segments & subsegments, funding patterns, M&As, ecosystem partnerships, industry drivers, and perspectives drawn out of regulatory, geopolitical, economic, and market dynamics.
End-to-End OT SecOps Transforming from Good to Greataccenture
Building and growing an OT SecOps program takes vision, buy-in and budget. This track explores how to take your program to the next level. The discussions are intended to spark conversation and this guide highlights key takeaways on what works, what doesn’t and what’s next. https://accntu.re/3tz7wGY
Presented: September 21, 2017
At: CS2AI, Washington, DC
A decade ago, ISA99 published the first standard in what is now the ISA/IEC 62443 series. Since then, the series has coalesced into the current form consisting of 13 individual documents in various stages of completion, publication, and/or revision. Printing out all of the existing standards and drafts can easily use up more than a ream of paper. It can be a daunting task to try to apply it to an organization. So, what are you supposed to do? How are you supposed to proceed? In this talk, I’ll go over some of the lessons I’ve learned from helping customers develop and evaluate security programs within their organization.
Executive Perspective Building an OT Security Program from the Top Downaccenture
Designed for executives, this non-technical track addresses key components of a successful OT security program. The discussions are intended to spark conversation and this guide highlights key takeaways on what works, what doesn’t and what’s next. https://accntu.re/3N7KmiZ
Towards the Next Generation Financial Crimes Platform - How Data, Analytics, ...Molly Alexander
Towards the Next Generation Financial Crimes Platform - How Data, Analytics, & ML Are Transforming the Fight Against Fraud, AML & Cybersecurity -Nadeem Asghar
Measuring and Managing Credit Risk With Machine Learning and Artificial Intel...accenture
In recent years, technological developments have undergone in-depth analysis among banks, but we are still far from attaining mature levels both at the methodological and at the credit granting, monitoring and control process levels. Banks should equip themselves with new and more structured Model Risk frameworks to manage new Machine Learning model validation paradigms. Learn more from Accenture Finance & Risk: https://accntu.re/2qGUUMx
Chief Information Security Officer - A Critical Leadership RoleBrian Donovan
Ninety-four percent of CxOs in a recent IBM Survey believe it is probable their companies will experience a significant cyber security incident in the next two years. It is not a matter of ‘if’ it will happen, but when.
Businesses are therefore focused on developing effective strategies and governance frameworks to mitigate the risk and reduce the damage of the inevitable cyber security breaches they face.
However, to be effective those strategies and governance frameworks need to be supported and executed through great leadership by Chief Information Security Officers and their senior teams.
Our just released white paper highlights three key leadership challenges faced by Chief Information Security Officers.
PwC Point of View on Cybersecurity ManagementCA Technologies
During this session, participants will learn about PwC’s Cybersecurity Management framework that assists enterprises in identifying crown jewels, threats & risks in the environment, architectural gaps, and assists in building cyber resilience program.
For more information, please visit http://cainc.to/Nv2VOe
Summary of findings
2018 VC-backed fintech deals and funding set an annual record: In 2018, - VC-backed fintech companies raised $39.57B across 1,707 deals globally. Deals were up 15% year-over-year while funding surged 120% on the back of 52 mega-rounds ($100M+) worth $24.88B combined.
Fintech is happening on global scale with deals outside of core markets (US, UK, and China) accounting for 39% of deals: Fintech deal hubs are starting to emerge globally. The count of unique fintech startups raising funding topped an annual high of 1,463 companies, and the unique number of investors reached 2,745 boosted by an influx of corporate investors.
Early-stage deals, as a percentage, fell to a 5-year low as investors concentrated bets in perceived winners: Global seed and Series A fintech deals grew 5% on an annual basis in 2018, but fell as a percentage of total deals to 57%. US early-stage deals were flat YOY as investors concentrated their bets in established fintech unicorns.
There are 39 VC-backed fintech unicorns worth a combined $147.37B: Q4'18 saw five new unicorns births (Plaid, Brex, Monzo, DevotedHealth, and Toss) and two in the first month of Q1’19 (N26 and Confluent). The cohort’s total valuation in 2018 was boosted by a record year for megarounds to existing unicorns, including Gusto and Robinhood, among others.
Unleashing Competitiveness on the Cloud Continuum | Accentureaccenture
Accenture reports how the cloud continuum creates a seamless technology & capability foundation that meets business needs now and in the future. Read more.
How Nubank is building a customer-obsessed bank - FSV201 - New York AWS SummitAmazon Web Services
Nubank, Latin America’s first (and largest) cloud-native bank, has relied on AWS since day one. Operating in the cloud allows Nubank’s developers to create software that scales and quickly adapts to the changing needs of a complex market and a growing business. Nubank relies on services like Amazon EC2, Amazon DynamoDB, Amazon VPC, Amazon S3, and AWS CloudFormation to let 8.5 million customers make around 2.5 million purchases per day—all without a dedicated infrastructure team. Learn how Nubank’s fully automated, cell-based architecture allows the bank to provide the best customer experience while generating reliable audited financial records for regulators.
Amidst an industry cloud of confusion about what “AIOps” is and what it can do, these slides--based on the webinar from EMA research--delineates a clear path to victory for business and IT stakeholders seeking to use machine learning to optimize the performance of critical business services.
Bringing AI into the Enterprise: A Machine Learning Primermercatoradvisory
New research from Mercator Advisory Group shows how machine learning, a.k.a. AI, has changed consumer behavior and expectations and will evolve to alter all aspects of bank operations. AI’s impact on banking will be broader and faster than the impact of the internet.
Executive Perspective Building an OT Security Program from the Top Downaccenture
Designed for executives, this non-technical track addresses key components of a successful OT security program. The discussions are intended to spark conversation and this guide highlights key takeaways on what works, what doesn’t and what’s next. https://accntu.re/3N7KmiZ
Towards the Next Generation Financial Crimes Platform - How Data, Analytics, ...Molly Alexander
Towards the Next Generation Financial Crimes Platform - How Data, Analytics, & ML Are Transforming the Fight Against Fraud, AML & Cybersecurity -Nadeem Asghar
Measuring and Managing Credit Risk With Machine Learning and Artificial Intel...accenture
In recent years, technological developments have undergone in-depth analysis among banks, but we are still far from attaining mature levels both at the methodological and at the credit granting, monitoring and control process levels. Banks should equip themselves with new and more structured Model Risk frameworks to manage new Machine Learning model validation paradigms. Learn more from Accenture Finance & Risk: https://accntu.re/2qGUUMx
Chief Information Security Officer - A Critical Leadership RoleBrian Donovan
Ninety-four percent of CxOs in a recent IBM Survey believe it is probable their companies will experience a significant cyber security incident in the next two years. It is not a matter of ‘if’ it will happen, but when.
Businesses are therefore focused on developing effective strategies and governance frameworks to mitigate the risk and reduce the damage of the inevitable cyber security breaches they face.
However, to be effective those strategies and governance frameworks need to be supported and executed through great leadership by Chief Information Security Officers and their senior teams.
Our just released white paper highlights three key leadership challenges faced by Chief Information Security Officers.
PwC Point of View on Cybersecurity ManagementCA Technologies
During this session, participants will learn about PwC’s Cybersecurity Management framework that assists enterprises in identifying crown jewels, threats & risks in the environment, architectural gaps, and assists in building cyber resilience program.
For more information, please visit http://cainc.to/Nv2VOe
Summary of findings
2018 VC-backed fintech deals and funding set an annual record: In 2018, - VC-backed fintech companies raised $39.57B across 1,707 deals globally. Deals were up 15% year-over-year while funding surged 120% on the back of 52 mega-rounds ($100M+) worth $24.88B combined.
Fintech is happening on global scale with deals outside of core markets (US, UK, and China) accounting for 39% of deals: Fintech deal hubs are starting to emerge globally. The count of unique fintech startups raising funding topped an annual high of 1,463 companies, and the unique number of investors reached 2,745 boosted by an influx of corporate investors.
Early-stage deals, as a percentage, fell to a 5-year low as investors concentrated bets in perceived winners: Global seed and Series A fintech deals grew 5% on an annual basis in 2018, but fell as a percentage of total deals to 57%. US early-stage deals were flat YOY as investors concentrated their bets in established fintech unicorns.
There are 39 VC-backed fintech unicorns worth a combined $147.37B: Q4'18 saw five new unicorns births (Plaid, Brex, Monzo, DevotedHealth, and Toss) and two in the first month of Q1’19 (N26 and Confluent). The cohort’s total valuation in 2018 was boosted by a record year for megarounds to existing unicorns, including Gusto and Robinhood, among others.
Unleashing Competitiveness on the Cloud Continuum | Accentureaccenture
Accenture reports how the cloud continuum creates a seamless technology & capability foundation that meets business needs now and in the future. Read more.
How Nubank is building a customer-obsessed bank - FSV201 - New York AWS SummitAmazon Web Services
Nubank, Latin America’s first (and largest) cloud-native bank, has relied on AWS since day one. Operating in the cloud allows Nubank’s developers to create software that scales and quickly adapts to the changing needs of a complex market and a growing business. Nubank relies on services like Amazon EC2, Amazon DynamoDB, Amazon VPC, Amazon S3, and AWS CloudFormation to let 8.5 million customers make around 2.5 million purchases per day—all without a dedicated infrastructure team. Learn how Nubank’s fully automated, cell-based architecture allows the bank to provide the best customer experience while generating reliable audited financial records for regulators.
Amidst an industry cloud of confusion about what “AIOps” is and what it can do, these slides--based on the webinar from EMA research--delineates a clear path to victory for business and IT stakeholders seeking to use machine learning to optimize the performance of critical business services.
Bringing AI into the Enterprise: A Machine Learning Primermercatoradvisory
New research from Mercator Advisory Group shows how machine learning, a.k.a. AI, has changed consumer behavior and expectations and will evolve to alter all aspects of bank operations. AI’s impact on banking will be broader and faster than the impact of the internet.
Machine Learning and IoT Technologies_ Changing Businesses Operations in 2024...Polyxer Systems
The digital transformation in businesses is now only limited to our imagination. The ever-changing context of technology is predicted to leap in 2024.
While businesses brace for the next advanced technological waves, the Internet of things and machine learning technologies have already started making a great deal. These technologies are envisioned to uphold the rapid evolution in 2024.
Over the past decade, cloud computing has acted as a disrupter in several areas of IT business. Soon, it will overhaul one area of technology that has been in rapid growth itself: Data Analytics. Nicky will focus on the recent study of IBM Institute of Business Value which shows that capabilities that enable an organization to consume data faster – to move from raw data to insight-driven actions – are now the key differentiator to creating value using data and analytics. He will also talk about the requirements for the underlying infrastructure as critical component allowing real-time crunching and analysis of high volume of data. Based on real cases like retailers and energy companies, we will look at five predictions in five years, based on:
Analytics, Big data, and Cloud coming together will energize the Speed Advantage.
Evolution of AI ML Solutions - A Review of Past and Future Impact.pdfChristine Shepherd
Need to incorporate technologies that drive unparalleled advancements? If yes, leveraging AI and Machine Learning services helps enterprises to streamline operations and also usher in a new era of possibilities and societal benefits. Whether it's designing novel solutions, creating intelligent products, or optimizing workflows, AI and ML serve as catalysts for innovation, propelling enterprises into the forefront of their respective industries.
Five Converging Forces that Are Driving Technological EvolutionCognizant
The digital era is catalyzing business, unleashing technological change that may appear chaotic on the surface but is resulting in massively powerful systems of intelligence that enable humans and machines to collaborate securely.
Bank offered rate based on Artificial IntelligenceIJAEMSJORNAL
The rise of event streaming in financial services is growing like crazy. Continuous real-time data integration and AI processing are mandatory for many use cases. Artificial intelligence is the simulation of human intelligence processes by machines, especially computer systems. Specific applications of AI include expert systems, natural language processing, speech recognition and machine vision.
MECHANISMS FOR DIGITAL TRANSFORMATION IN THE EDUCATION AND HEALTHCARE SECTORS...IJNSA Journal
This paper argues for the consideration of a decentralized, open, interoperable identity framework as a secure, scalable, user-centered meta-platform capable of leveraging many aggregate network advantages and delivery options for education and healthcare providers. An overview of the shortfalls and vulnerabilities of the current Internet and systems for identity management is first explained, followed by a summary of the status of development and primary proponents of decentralized, blockchain-enabled, self-sovereign identification (SSI). An examination of the Key Event Receipt Infrastructure (KERI) open-source decentralized key management infrastructure (DKMI) and its primary root-of-trust in self-certifying identifiers (SCID) is evaluated. This paper recommends KERI for consideration as a potential meta-platform overlay and solution for both the education and health industries as a means of attaining their primary goal of being more user versus institution-centric in their core interactions and processes. Finally, some pathways for future research are recommended.
Generative AI is a branch of AI that aims to enable machines to produce new and original content. Unlike traditional AI systems, which rely on predefined rules and patterns, generative AI employs advanced algorithms and neural networks to generate outputs that autonomously imitate human creativity and decision-making.
Reaping the Benefits of the Internet of ThingsCognizant
Before they can realize the potential of the Internet of Things, organizations must deal with shortcomings in IT standards, skill sets, and data and infrastructure management capabilities.
Similar to The Next Step For Aritificial Intelligence in Financial Services (20)
Open Insurance - Unlocking Ecosystem Opportunities For Tomorrow’s Insurance I...Accenture Insurance
For early adopters, open insurance offers new revenue streams, increased customer engagement and continued market relevance.
Learn more: https://www.accenture.com/us-en/insights/insurance/open-insurance
Accenture's report explains how natural language processing and machine learning makes extracting valuable insights from unstructured data fast. Read more. https://www.accenture.com/us-en/insights/digital/unlocking-value-unstructured-data
Open Insurance - Unlocking Ecosystem Opportunities For Tomorrow’s Insurance I...Accenture Insurance
For early adopters, open insurance offers new revenue streams, increased customer engagement and continued market relevance.
Learn more: https://www.accenture.com/us-en/insights/insurance/open-insurance
Accenture's report explains how creating effortless experiences are so simple and easy with our data-driven strategy framework to drive growth. Read more.
Whole-brain leadership prepares C-suites for the digital challenges ahead, ensuring seamless growth and high-value problem solving capabilities. Read more.
Wise Pivot is a strategy fit for the digital age that can help companies pursue new growth opportunities. Read more on how to choose your pivot wisely.
Wise Pivot is a strategy fit for the digital age that can help companies pursue new growth opportunities. Read more on how to choose your pivot wisely.
Accenture's Applied Customer Engagement (ACE) is a proven approach to re-thinking and revitalizing contact center operations for the digital era. Read more.
ALIP customers Get More…more product launches, more out-of-the-box functionality and efficiency, more personalized digital capabilities, more delivery “know how”. Read more.
Way Beyond Marketing - The Rise of the Hyper-Relevant CMOAccenture Insurance
Accenture's CMO Survey unveils some important insights on the role of the new CMO and how the role is changing in the digital age. Read more: https://www.accenture.com/us-en/insights/consulting/cmo
An introduction to the cryptocurrency investment platform Binance Savings.Any kyc Account
Learn how to use Binance Savings to expand your bitcoin holdings. Discover how to maximize your earnings on one of the most reliable cryptocurrency exchange platforms, as well as how to earn interest on your cryptocurrency holdings and the various savings choices available.
Cracking the Workplace Discipline Code Main.pptxWorkforce Group
Cultivating and maintaining discipline within teams is a critical differentiator for successful organisations.
Forward-thinking leaders and business managers understand the impact that discipline has on organisational success. A disciplined workforce operates with clarity, focus, and a shared understanding of expectations, ultimately driving better results, optimising productivity, and facilitating seamless collaboration.
Although discipline is not a one-size-fits-all approach, it can help create a work environment that encourages personal growth and accountability rather than solely relying on punitive measures.
In this deck, you will learn the significance of workplace discipline for organisational success. You’ll also learn
• Four (4) workplace discipline methods you should consider
• The best and most practical approach to implementing workplace discipline.
• Three (3) key tips to maintain a disciplined workplace.
The world of search engine optimization (SEO) is buzzing with discussions after Google confirmed that around 2,500 leaked internal documents related to its Search feature are indeed authentic. The revelation has sparked significant concerns within the SEO community. The leaked documents were initially reported by SEO experts Rand Fishkin and Mike King, igniting widespread analysis and discourse. For More Info:- https://news.arihantwebtech.com/search-disrupted-googles-leaked-documents-rock-the-seo-world/
Building Your Employer Brand with Social MediaLuanWise
Presented at The Global HR Summit, 6th June 2024
In this keynote, Luan Wise will provide invaluable insights to elevate your employer brand on social media platforms including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok. You'll learn how compelling content can authentically showcase your company culture, values, and employee experiences to support your talent acquisition and retention objectives. Additionally, you'll understand the power of employee advocacy to amplify reach and engagement – helping to position your organization as an employer of choice in today's competitive talent landscape.
Recruiting in the Digital Age: A Social Media MasterclassLuanWise
In this masterclass, presented at the Global HR Summit on 5th June 2024, Luan Wise explored the essential features of social media platforms that support talent acquisition, including LinkedIn, Facebook, Instagram, X (formerly Twitter) and TikTok.
Putting the SPARK into Virtual Training.pptxCynthia Clay
This 60-minute webinar, sponsored by Adobe, was delivered for the Training Mag Network. It explored the five elements of SPARK: Storytelling, Purpose, Action, Relationships, and Kudos. Knowing how to tell a well-structured story is key to building long-term memory. Stating a clear purpose that doesn't take away from the discovery learning process is critical. Ensuring that people move from theory to practical application is imperative. Creating strong social learning is the key to commitment and engagement. Validating and affirming participants' comments is the way to create a positive learning environment.
VAT Registration Outlined In UAE: Benefits and Requirementsuae taxgpt
Vat Registration is a legal obligation for businesses meeting the threshold requirement, helping companies avoid fines and ramifications. Contact now!
https://viralsocialtrends.com/vat-registration-outlined-in-uae/
Personal Brand Statement:
As an Army veteran dedicated to lifelong learning, I bring a disciplined, strategic mindset to my pursuits. I am constantly expanding my knowledge to innovate and lead effectively. My journey is driven by a commitment to excellence, and to make a meaningful impact in the world.
"𝑩𝑬𝑮𝑼𝑵 𝑾𝑰𝑻𝑯 𝑻𝑱 𝑰𝑺 𝑯𝑨𝑳𝑭 𝑫𝑶𝑵𝑬"
𝐓𝐉 𝐂𝐨𝐦𝐬 (𝐓𝐉 𝐂𝐨𝐦𝐦𝐮𝐧𝐢𝐜𝐚𝐭𝐢𝐨𝐧𝐬) is a professional event agency that includes experts in the event-organizing market in Vietnam, Korea, and ASEAN countries. We provide unlimited types of events from Music concerts, Fan meetings, and Culture festivals to Corporate events, Internal company events, Golf tournaments, MICE events, and Exhibitions.
𝐓𝐉 𝐂𝐨𝐦𝐬 provides unlimited package services including such as Event organizing, Event planning, Event production, Manpower, PR marketing, Design 2D/3D, VIP protocols, Interpreter agency, etc.
Sports events - Golf competitions/billiards competitions/company sports events: dynamic and challenging
⭐ 𝐅𝐞𝐚𝐭𝐮𝐫𝐞𝐝 𝐩𝐫𝐨𝐣𝐞𝐜𝐭𝐬:
➢ 2024 BAEKHYUN [Lonsdaleite] IN HO CHI MINH
➢ SUPER JUNIOR-L.S.S. THE SHOW : Th3ee Guys in HO CHI MINH
➢FreenBecky 1st Fan Meeting in Vietnam
➢CHILDREN ART EXHIBITION 2024: BEYOND BARRIERS
➢ WOW K-Music Festival 2023
➢ Winner [CROSS] Tour in HCM
➢ Super Show 9 in HCM with Super Junior
➢ HCMC - Gyeongsangbuk-do Culture and Tourism Festival
➢ Korean Vietnam Partnership - Fair with LG
➢ Korean President visits Samsung Electronics R&D Center
➢ Vietnam Food Expo with Lotte Wellfood
"𝐄𝐯𝐞𝐫𝐲 𝐞𝐯𝐞𝐧𝐭 𝐢𝐬 𝐚 𝐬𝐭𝐨𝐫𝐲, 𝐚 𝐬𝐩𝐞𝐜𝐢𝐚𝐥 𝐣𝐨𝐮𝐫𝐧𝐞𝐲. 𝐖𝐞 𝐚𝐥𝐰𝐚𝐲𝐬 𝐛𝐞𝐥𝐢𝐞𝐯𝐞 𝐭𝐡𝐚𝐭 𝐬𝐡𝐨𝐫𝐭𝐥𝐲 𝐲𝐨𝐮 𝐰𝐢𝐥𝐥 𝐛𝐞 𝐚 𝐩𝐚𝐫𝐭 𝐨𝐟 𝐨𝐮𝐫 𝐬𝐭𝐨𝐫𝐢𝐞𝐬."
Implicitly or explicitly all competing businesses employ a strategy to select a mix
of marketing resources. Formulating such competitive strategies fundamentally
involves recognizing relationships between elements of the marketing mix (e.g.,
price and product quality), as well as assessing competitive and market conditions
(i.e., industry structure in the language of economics).
Kseniya Leshchenko: Shared development support service model as the way to ma...Lviv Startup Club
Kseniya Leshchenko: Shared development support service model as the way to make small projects with small budgets profitable for the company (UA)
Kyiv PMDay 2024 Summer
Website – www.pmday.org
Youtube – https://www.youtube.com/startuplviv
FB – https://www.facebook.com/pmdayconference
Business Valuation Principles for EntrepreneursBen Wann
This insightful presentation is designed to equip entrepreneurs with the essential knowledge and tools needed to accurately value their businesses. Understanding business valuation is crucial for making informed decisions, whether you're seeking investment, planning to sell, or simply want to gauge your company's worth.
2. 2 NEURAL NETWORKS
EXECUTIVESUMMARY
The adoption of artificial
intelligence (AI) across
the financial services
industry is advancing at
an unprecedented pace.
As firms strive to transform their businesses
for a digital world, realize efficiencies, improve
the customer experience and revitalize their
growth, they increasingly see AI and machine
learning as vital enablers—and are investing
in understanding how they can leverage them
to greatest effect.
As machine learning becomes mainstream,
the next wave of AI innovation in financial
services is already emerging: artificial neural
networks. Based on the multi-layered neuron
structures that mimic the human brain, neural
networks offer a step-change in the power of
AI, opening up opportunities to automate ever
more complex processes and decisions with
the highest possible degree of accuracy.
Early AI proofs of concept (PoCs) involving
neural networks implemented by financial
services firms have yielded promising results.
But while their potential is significant, they
should be approached with care. Initially
developed in academia, neural networks
were designed to deliver the highest possible
accuracy with little focus on explainability.
However, in regulated sectors like banking and
insurance, where both regulators and customers
often ask to know why a particular decision
was made, an inability to explain AI reasoning
can expose firms to risks ranging from legal
challenges to a loss of customer trust.
The good news is that these risks can be
addressed, and that—alongside neural networks
—there are multiple machine learning options
available. As a result, financial services firms
can effectively harness the power of machine
learning to solve some of the most complex
problems they face. To do this, firms have to
put in place appropriate processes, practices,
tools and controls to make responsible and
ethical use of these extremely effective
capabilities and apply appropriate algorithms
to the right processes in the appropriate way.
In this paper, we map out the various
components and steps for an effective
implementation of neural networks—the next
stage of financial services’ AI journey.
3. 3 NEURAL NETWORKS
CONTEXT:THEEVOLVING
LANDSCAPEOFAIIN
FINANCIALSERVICES
AI has come of age for
financial services firms...
Across the global financial services industry,
interest in the potential of AI is growing
by the day. Organizations are eager to
automate a growing range of processes
across their operations, with a view to gaining
several tangible business benefits—including
lower costs, higher accuracy, an improved
customer experience, and ultimately
business transformation and competitive edge.
In search of these benefits, financial services
firms have progressed in recent years from
advanced statistical modeling to more complex
algorithms and AI techniques, including
combining robotic process automation (RPA)
with cognitive AI technologies. To date, the
industry’s focus has been mainly on a major
subset of AI: machine learning algorithms.
These are a form of AI that can learn and improve
automatically on the basis of experience—
qualities that are well-suited to many types
of decision-making in financial services.
AI in financial services:
A rising tide of innovation
—and savings
The momentum behind AI in financial
services is now unstoppable. A recent
survey by Intertrust Group B.V.1
of 500
senior financial services decision-makers’
views on disruptive technologies found
that 77% think AI will play the biggest role
in revolutionizing the industry over the
coming five years, ahead of blockchain
(56%) and robotics (27%). And financial
services research house Autonomous
Research LLP2
estimates that financial
services firms can expect AI to help
reduce their operating expenses by
about 20%, resulting in savings totaling
US$1 trillion globally by 2030. Meanwhile,
Accenture’s own research3
suggests that
AI will add US$1.153 billion in value to
the financial services industry by 2035.
4. 4 NEURAL NETWORKS
...and neural networks are
emerging as the next step
Having advanced from AI in general to machine
learning, the industry’s focus is now evolving
further—to a specific subset of machine learning
called neural networks. As the accompanying
information panel explains, neural networks
are highly complex machine learning algorithms
that are structured as a number of interconnected
layers of neurons. As well as reasoning taking
place within each layer, the neurons within the
different layers also interact and affect each
other, creating a hugely powerful model for
complex decision-making. The effect is that
neural networks work in a way analogous to
3D, while simpler AI reasoning is more like 2D.
This makes neural networks especially suited
to complex “deep learning” applications
that require the processing of massive amounts
of data and high levels of domain expertise
and judgment.
The power and wide applicability of neural
networks and deep learning are seeing these
technologies gain usage in financial services.
This ongoing increase reflects factors including
the availability of massive amounts of data
(both internal and from third parties), ongoing
academic advances, and algorithmic innovation
supported by expanding computing power,
especially on cloud platforms. These drivers have
been supplemented by high-profile marketing
and communications efforts from the global
technology giants, further boosting awareness
of AI and of neural networks in particular.
What are neural networks?
Artificial neural networks are inspired
by the structure of the human brain.
A typical neural network is made up
of millions of artificial neurons arranged
in a series of connected layers. During
training of the model, the first layer serves
as an example of input variables—such
as documents, number or pixels from
images—from which the model learns
to create an association, with the output
in the final layer, representing the target
outcome. The ‘”hidden” layers in between
the input and output layer convey the
logic connecting the input to the output,
cresting a network of reasoning that is
much more complex than a relatively
simpler linear algorithm.
5. 5 NEURAL NETWORKS
ABROADRANGEOFUSECASES
The attributes of neural
networks—particularly
their ability to handle highly
complex decisions—makes
them ideally suited to
a wide variety of use cases
in financial services.
Table 1: Sample use cases for neural network in financial services
Unlocking Value Prediction Unlocking Unstructured Data Unlocking Imagery
Banking • Fraud detection for
credit card transactions
• Overdraft predictions
based on the customer’s
transaction history
• Information retrieval from
invoices to substantiate
a transaction on business
accounts
• Verification of the plausibility
of property prices from
mortgage application by
performing internet searches
• Using a facial recognition
system to log into applications
for corporate banking
(already introduced by
HSBC Holdings plc)4
• Using satellite and street view
images to verify the existence
of a business as a part of know
your customer (KYC) and anti-
money laundering (AML) checks
Insurance • By collecting and processing
data from wearable devices,
insurance companies can
use neural networks to predict
health problems and suggest
lifestyle changes
• Analyzing customers’
interactions with the company
to offer discounts to customers
who wish to leave
• Accident severity evaluations
based on the description in
the claim
• Assessing the level and
type of risk associated with
a customer based on their
social media activity
• Car accident damage
assessment
• Risk prediction for home
insurance based on images of
the building and surrounding
objects such as trees and rivers
Capital
Markets
• Helping traders decide what
price to quote when buying
or selling bonds for their
clients based on historic
and real market data
• Using electronic routing
algorithms to find a match from
stock brokers, stock exchanges
or alternative trading systems
that can fulfill the order
• Extracting information
regarding profit or losses
from financial reports to aid
investment decision-making
• Information extraction and
summarization of legal
documents
• Automation of site
and due diligence checks
Source: Accenture, July 2019
The table below provides a snapshot
of some of the common applications
for neural networks in different sectors
of the industry, across the three areas of
predicting future value, extracting meaning
from unstructured data such as language,
and recognizing objects on images.
6. 6 NEURAL NETWORKS
ASSESSINGTHEPROSAND
CONSOFNEURALNETWORKS
Energized by the potential value created
by this powerful technology, and the
pressures to increase automated processes
and meet aggressive accuracy targets,
we are seeing more and more financial
services firms piloting—or already deploying
—neural networks. However, while the results
are often promising, there are a number
of pitfalls that firms should be aware of
before pressing ahead with implementing
neural networks in live production.
Neural networks’ focus
on accuracy rather than
explainability...
Foremost among the possible challenges
is the need for the decisions made by neural
networks to be explainable. In highly regulated
sectors such as retail banking and insurance,
the industry’s regulators—and indeed its
customers—often ask to understand why
a particular decision was made. And as AI
decisions come to affect people’s lives ever
more profoundly, for example through the
refusal of a loan, credit card or insurance cover,
the demand for explainability and transparency
around reasoning is expected to only increase.
However, despite billions of dollars of
investment in the field of AI explainability,5
AI models today mostly remain “black-box”
solutions with no native way of articulating the
reasoning behind their decisions. Accenture
Labs has published a paper outlining the key
requirements for making AI explainable6
Some key considerations
with neural networks
EXPLAINABILITY
This term refers to the ability of the
algorithm to justify its decisions. While
explainability is relatively transparent
with simpler linear algorithms, the more
complex and layered nature of neural
networks make them a more opaque
“black box” form of AI.
ACCURACY
This defines how correct the model
should be—typically driven by business
requirements and model capabilities.
DATA INSTANCES FOR TRAINING
Training different algorithms requires
different amounts of data. Linear models
can be trained reasonably well on a
relatively small number of observations,
and neural networks’ complexity means
they need far more instances to learn from.
DEVELOPMENT TIME
The need for a large number of parameters
when training neural networks means
their development time is typically
longer than with simpler AI models.
—and in it, the authors stress that the full
promise of AI systems won’t be realized unless
people can understand the recommendations
they make (see panel).
7. 7 NEURAL NETWORKS
Why has explainability not made greater
progress in neural networks? The fact that
they were originally created by the academic
community means the core goal guiding
their development was not explainability
or algorithmic transparency, but the highest
possible accuracy. So neural networks were
not originally designed to answer explainability
questions. And while they have been shown
to solve remarkably difficult tasks, concerns
remain over their high complexity and limited
transparency – reflecting low awareness and
understanding of how the neurons interact
within multi-layered neural networks to arrive
at a certain prediction.
...creates a number
of additional concerns
A further barrier to explainability with neural
networks is their complexity. Simpler models
can reveal relatively easily why—for example
—a customer has failed a KYC check, allowing
a human investigator to validate the accuracy
of the judgment and make the final call.
The complexity of neural networks’ reasoning
makes this more challenging.
Beyond the issues around explainability,
neural networks’ underlying focus on
accuracy rather than transparency can give
rise to a number of other concerns. One of
the main worries is that it may be difficult to
spot bias that could manifest itself through
discriminatory outcomes in the long term.
This might lead to unfair treatment of certain
groups of customers, and potentially legal
action for alleged discrimination.
Going forward, AI promises
to help us identify dangerous
industrial sites, warn us
of impending machine
failures, recommend
medical treatments, and take
countless other decisions.
But the promise of these
systems won’t be realized
unless we can understand,
trust and act on the
recommendations they
make. To make this possible,
high-quality explanations
will be essential.
Source: Understanding Machines:
Explainable AI. Accenture 2018.
8. 8 NEURAL NETWORKS
Firms should consider
the available data and
infrastructure...
There are two other areas that firms considering
implementing neural networks should examine
carefully. One is that the data used for training
these models is of sufficient quality, scale and
diversity. While a simple algorithm might be
adequately trained using less than a hundred
data instances, with a neural network the
number is likely to run into tens of thousands
or even millions. Otherwise, once in live
production, the system may either make
some decisions with low confidence or
return completely unpredictable results.
The other area to consider is IT infrastructure.
Neural networks require vast amounts of
processing power, and often the only way
of accessing sufficient capacity is by tapping
into the cloud.
...and how to build trust
among stakeholders
Finally, as with any emerging technology,
trust and confidence among stakeholders
is key to neural networks’ long-term use.
But the concerns over explainability,
algorithmic transparency and bias can all
put this trust under threat. While any gaps
in computing power or data can be noticeable
almost immediately, explainability issues
may become apparent only at the later stages,
often after the models have been fully built.
This can delay go-live dates and create mistrust
and skepticism around AI among end users.
9. Source: Accenture, July 2019
9 NEURAL NETWORKS
Table 2: A comparison of different AI algorithms and their requirements7
Data Requirements Explainability Accuracy Processing Power
Linear regression
Logistic regression
Naïve Bayes
Support vector
machines
Decision trees
Random forest
k-means
Neural networks
Ensemble learning
While enhancing the accuracy of neural
networks is an important target to aim for,
we would recommend that firms also focus
on other performance objectives and consider
alternative algorithms as part of their AI suite.
DIVERSEPERFORMANCE
OBJECTIVESANDALGORITHMS
Some examples of these algorithms are
shown in the table below, complete with
their respective requirements in terms of data,
explainability, accuracy and processing power.
10. 10 NEURAL NETWORKS
FROM“BLACKBOX”
TO“GLASSBOX”
Start with the process
to be automated—not the
technology...
For any firm considering implementing AI to
automate a process, the first step should be
to focus not on the technology, but the specific
process to be automated. By evaluating,
identifying and quantifying the level of need
to explain the model’s decisions in the process—
and the related risks in areas such as bias—the
business can define explainability upfront as an
overarching business requirement, and balance
it with the goal of enhancing the accuracy of
the model. This opens the way for developers
to build in explainability from the beginning,
allowing the neural network model to become
a “glass box” rather than a “black box”.
To support this approach, firms should create
ethical guiderails that broadly define the use
cases for which neural networks—and AI more
generally— should and should not be used.
As a rule of thumb, neural networks are more
suitable for the processes where accuracy
is more important than explainability, and the
impact of incorrect decisions on people’s lives
and firms’ reputation and financial stability
is relatively low. However, as explainability
improves in years to come, usage of neural
network may expand into more areas.
...and apply ethics
as a matter of policy
It’s significant that world-leading AI pioneers
such as Google LLC8
and Microsoft Corporation9
already have ethical frameworks in place
regulating their AI use cases. In Accenture’s
view, financial services firms should learn from
their example by imposing ethical criteria and
requirements that reflect their own values
and address wider legislation for algorithmic
transparency at a policy level. And at an
operational level, these criteria should be
made a part of every opportunity qualification
framework—along with technical readiness
and business benefits—during the process
assessment and algorithm selection processes.
Figure 1: A process assessment
Source: Accenture, July 2019
Where are you at?
Risk
Other
algorithms
Neural
networks
Explanation
Accuracy
11. 11 NEURAL NETWORKS
Trading-off explainability
and accuracy
That said, explainability and accuracy can
sometimes be traded off against each other
(see Figure 1)—and there are certain processes
and scenarios where explainability becomes
“good to have” rather than “must have”.
These are scenarios where the problem is
well understood, and the recommendation can
be approximated and verified with alternative
techniques, or alternatively where there is
a human agent in the loop, who is competent
and authorized to validate and override the
decision made by AI. These are the cases
where the risk is relatively low, and accuracy
more important than reasoning—with bank
product suggestions being one example.
Finally, there are some processes where the
system’s decision might be misinterpreted
or misused by end users. For example, staff in
bank branches might notice that it is easier for
customers to have their mortgage application
approved if they do not currently have any
outstanding loans. As a result, they might
advise a customer who wishes to get both
a mortgage and a loan to apply for the
mortgage first—as the mortgage application
is the more stringent process, while the loan
is more straightforward and easier to get
approved. If staff did behave this way, it could
result in a higher risk of defaults on mortgage
payment in the future.
As this scenario underlines, it is important to
think carefully when defining the level of detail
in the explanation of an AI decision, and the
list of users to whom the explanation should be
displayed. Figure 2 illustrates the spectrum of
use cases for which neural networks generally
should not be used, and those for which they
should only be used in combination with strict
controls and governance.
Figure 2: Use cases for which neural networks can be used with due consideration
Source: Accenture, July 2019
SHOULD NOT BE USED STRICT CONTROLS AND GOVERNANCE SHOULD BE IN PLACE
Can have a
profound impact
on human lives
Can cause
physical damages
to properties
or vehicles
The decision has
to be explained
to customers,
staff or regulators
Regulatory process
or process spans
several jurisdictions
Model relies on sensitive
data and protected
characteristics, or features
strongly correlated to them
12. 12 NEURAL NETWORKS
SIXSTEPSTOTHEEFFECTIVE
IMPLEMENTATIONOF
NEURALNETWORKS
As we’ve highlighted in this
paper, for firms to select,
develop and implement
neural network algorithms
that are not only effective
and accurate but also
compliant, we believe they
should first put in place the
appropriate IT infrastructure
with sufficient processing
power—generally from the
cloud—and then overlay
this with a robust set
of frameworks, controls,
tools and ethical principles.
Building on these solid foundations, here are
six steps for an effective implementation.
1. Have your training data ready
Adequate training of neural networks requires
far more data instances than simpler, linear AI
models. To avoid problems with insufficient
training, potential issues over data quality and
volume should be addressed at various levels
in the organization. At an enterprise level, the
Chief Data Officer (CDO) should provide a data
lake that is curated and appropriately governed,
striking a balance between providing greater
insight and value while providing compliance
with data protection regulations.10
Also, all
source data for training should adhere to the
three data-focused tenets: provenance (the
history of the data throughout its lifecycle);
context (the circumstances around data use);
and integrity (data security and maintenance).11
During exploratory data analysis, the team
of data scientists should consider not only the
volume of available data, but also how diverse
the sample is, whether all groups of customers
are equally represented, and whether the
human agents in any training scenarios
made decisions that were fair to all customers.
Focusing on these issues can allow the data
scientists to apply appropriate data treatment
strategies to reduce any embedded bias in the
data, while also providing enhanced coverage
(the model’s ability to make decisions)
and accuracy (the model’s ability to make
correct decisions).
13. 13 NEURAL NETWORKS
Brakes help a car go faster.12
2. Change your culture
Bias can creep into a neural network not
only through the training data, but also at
the fine-tuning stage. For example, the model
developer might discover that manually
increasing the weighting attributed to certain
factors can lead to more accurate results
—but this might have an unintended negative
impact on fairness. So it is important to
change the culture of the data science teams
by providing them with ethical and anti-
discriminatory training, thereby increasing
their awareness of protective characteristics,
bias and ethicality. Leaders should also look
to create diverse teams of data scientists
and promote collaboration and peer reviews.
3. Keep experimenting
When building a model, the data scientists
should compare several algorithms and keep
experimenting with them to evaluate their
relative levels of suitability for the task at hand.
In doing this, they should bear in mind that
a neural network may not be the best choice
for use cases where training data is scarce
and where more transparent algorithms
could play the same role.
4. Test and validate
In addition to standard machine learning
testing on 20% of the “holdout sample” or
validation set, it is also advisable to conduct
cross-validation, since this can reveal a model’s
ability to generalize—which means making
decisions on previously unseen cases.
To allow this, the data sample used should
be carefully selected to represent both
frequently occurring scenarios and also
boundary or “outlier” conditions. In applications
such as fraud detection, where the amount
of “live” fraudulent data is usually much smaller
than non-fraudulent transactions, anomalous
transactions should be deliberately selected
or created for testing purposes. Finally, fairness
testing should be carried out to complement
the technical tests, and make sure that the
model does not discriminate against or favor
certain groups of customers.
5. Keep on top of documentation
Each step of the model design process
should be recorded, and the documentation
about each model maintained and updated
continuously throughout its entire lifecycle.
The documentation should also be strictly
governed while being made accessible to
all relevant and authorized stakeholders.
6. Create a center of excellence
for responsible AI
To attain and sustain leadership in the use
of neural networks, each financial services firm
should set up a dedicated function to act as
a center of excellence in the responsible use
of AI, including neural networks. This central
resource would establish preferred practices
and standards, drive AI-focused thought
leadership and research, and impose risk
controls and governance so all use of AI across
the organization is ethical and compliant.
Dr. Rumman Chowdhury, Accenture Labs
14. 14 NEURAL NETWORKS
WHATNEXT?
Effectively implementing
a neural network is not the
end of the story. As any
AI model operates, learns
and makes decisions, the
world around it continues to
change, and its performance
may degrade over time.
All of this means that controls and quality
assurance should not stop after deployment
but should be maintained and reviewed
throughout the model’s entire lifecycle.
Ongoing considerations include the following.
Regulatory changes: Continuous monitoring
of the regulatory environment is critical, both
with respect to automated processes (such
as changes in trade or AML laws) and AI legal
requirements (such as explainability obligations
or data handling restrictions).
Accuracy and bias monitoring: Ongoing
monitoring of accuracy and bias has to be
maintained, to allow the neural network’s
performance not to drop below defined
thresholds and that its decisions do not
systematically favor certain groups.
Security and re-training data screening:
Maintaining strict cyber security provisioning
is vitally important. Also, as firms re-train their
models to keep pace with changes in the
wider environment, they should take account
of the risk that “poisoning” training data with
adversarial examples can skew neural networks’
reasoning, resulting in the models taking
decisions that are incorrect and potentially
illegal. And malicious access to the model
itself—whether from inside or outside the firm
—can compromise competitive advantage,
and even lead to criminal misuse of the model,
such as playing on stock market predictions.
Quality assurance and audit: Many financial
firms have already established a framework
for traditional model validation, and in many
cases have been using this for years. However,
while this framework might be adequate for
relatively simple models, firms should consider
introducing adjustments and refinements
to accommodate the higher complexity
and ambiguity of neural networks and deep
learning models.
Plan B: There should always be a back-up
model that the system can turn to automatically,
in the event that the front-line model displays
signs of degradation.
15. 15 NEURAL NETWORKS
CONCLUSION:APOWERFUL
TOOL—TOBEUSEDWITHCARE
There’s no doubt that
neural networks are a
powerful tool for financial
services firms as they seek
to improve efficiency,
enhance the accuracy of
their decision-making, boost
revenues and improve the
experience for customers.
But like any other powerful tool, neural
networks should be used with due care and
consideration—and in the light of the fullest
possible information.
Authors
Additional contacts
Sabyasachi (Saby) Roy
Managing Director
Financial Services Technology Advisory
Artificial Intelligence Lead UKI
sabyasachi.a.roy@accenture.com
Elena Khmeleva, PhD
Technology Consultant
Financial Services Technology Advisory
Intelligent Automation UKI
elena.khmeleva@accenture.com
Elodie B. de Fontenay
Director
Financial Services Technology Advisory
Offering Development Global
elodie.b.de.fontenay@accenture.com
David C. Jones
Managing Director
Financial Services Technology Advisory
Intelligent Automation Global
david.c.jones@accenture.com
Tim Broome
Managing Director
Financial Services Technology Advisory
Intelligent Automation APAC
tim.broome@accenture.com