Technology innovation enables us to reimagine new ways of doing business and more importantly, how we service our clients. In this webinar, panelists will discuss recent research on new financial technologies with a specific focus on blockchain, robo-advisors, and machine learning.
NICSA Webinar | Reimaging the Future of the Fund Industry Through Emerging Technologies
1. Reimagining the Future of the Fund
Industry Through Emerging Technologies
May 26, 2016
SPONSORED BY:
2. MODERATOR:
PANELISTS:
Simon Ramos
Partner, Advisory & Consulting Investment Management, Deloitte Luxembourg
Robert Palatnick
Managing Director, Chief Technology Architect, Depository Trust Clearing
Corporation, (DTCC)
Mary Jane Ajodah
Senior Associate, Client Service Delivery, BNY Mellon
Brian M. Melter
Managing Director, E-Business Solutions Division, Boston Financial Data Services
3. How will Fintech impact fund
distribution?
Fintech is reshaping the operating model of asset managers, distribution
intermediaries and their service providers
Simon Ramos
Partner – Advisory & Consulting, Deloitte Luxembourg
11. Abstract. A purely peer to peer version of electronic cash would allow online
payments to be sent directly from one party to another without going through a
financial institution. Digital signatures provide part of the solution, but the main
benefits are lost if a trusted third party is still required to prevent double spending.
We propose a solution to the double-spending problem using a peer to peer
network….
Bitcoin and Blockchain
12. Comparing Structural Models
DTCC Restricted (Red) Confidential Treatment Requested by DTCC/DTC/NSCC/FICC Pursuant to the Freedom of Information Act
• A central body controls
transaction recording and
distribution
• Other parties maintain
their own copies
Centralized
• All parties can hold the
same record of every
transaction
Distributed
• Multiple intermediaries
maintain local records of
transactions
• Other parties maintain
their own copies
De-centralized
13. Capability Opportunity?
Asset is built-in Bitcoin is created and exists only in Bitcoin network.
Transaction security All transactions, party information, is encrypted
Decentralized Ledger Immutable log of history, built in replication across network
Smart Contracts Standardize rules to support complex multi-party transactions
Public (untrusted)
Open, anonymous Transaction parties are “anonymous”, anyone can join
Block Mining Unknown, untrusted, database nodes incented to cooperate
Private (trusted)
Permissioned users, members Every party is permissioned, known, meets regulatory requirements
Consensus Protocols A single or set of trusted database nodes is master
Bitcoin/Blockchain brings a new database platform
14. Near Real-time
secure, information sharing
Standards
open source, data, business rules the same for all
Security
everything is encrypted, all the time, selective access
Resilience
immutable history, many copies, many servers
Distributed Ledger Opportunities
15. Technology is new and evolving
functional, non-function, technical viability needs to be proven
There are no standards
multiple consortiums are evaluating different ledger technologies
There are no integration tools
Integration with enterprise systems and operations is new
Skill maturity and depth
Vendors are new and small, skills are almost non-existent
Distributed Ledger Challenges
16. Record Keeping:
• Immutable, traceable
records
• Reduced reconciliation
• Reference data
Transfer of Value:
• Shorten settlement cycle
• International Payments
• Clearing and Settlement
Smart Contracts:
• Swaps lifecycle events
• Asset/Collateral
Management
• Insurance, Mortgage, Loans
Consolidated taxonomy for disruptive innovation in Financial Services from
“The Future of Financial Services” World Economic Forum | June 2015
Potential Distributed Ledger
use in Financial Services
18. What is Machine Learning
Recent advances in computing power and efficiency have led to an industry focus on “Machine
Learning” – covering multiple domains in the financial services industry
Machine Learning:
Any algorithm that uses a data set to optimize its
decision making capability, rather than pre-written
logical rules
Greater availability of “big data”
(high volume, real-time feeds)
Advances in computational
processing and data storage
Industry interest in practical
Machine Learning applications
"Humans can typically create one or two good models a
week; machine learning can create thousands of models
a week.“ – WSJ CIO Journal
19. Machine Learning vs. Data Science
Machine Learning algorithms can learn and improve independently – without the human
intervention needed in traditional data science
Automated model building
Continuously discover patterns from real-
time data streams
Image / voice recognition
Feature detection and representation
Recommendation Systems
Collaborative (based on similar user
information) content based (similar,
complementary products), or hybrid
Core Capabilities
Decision
Predictive
Analytics
Classification
and
Clustering
Market
Basket
Analysis
Sentiment
Analysis
Recommendation
Engines
20. $45M
(6 deals)
$310M
(54 deals)
2010 2015
VC funding to AI / Machine Learning firms
totaled $967M in aggregate since 2010
• Split nearly equally btw. seed and
midstage deals
VC interest in startups focused on Machine Learning expanded greatly over the past five years
Machine Learning startups, on average,
raised $40 - $150M each (2010 – 2016
YTD)
• Many financial services firms are
investors and/or customers
Venture Capital and the Startup Ecosystem
Global Yearly Financing History
21. Many Machine Learning applications are focused on a few key use cases in the financial
services industry
Fraud Detection
$80B annual cost (industry-wide)¹
Automation of fraud models based on historical and real-time transaction feeds
Natural Language Processing
Sentiment analysis of unstructured content (e.g. client correspondence, voice calls)
to determine tone and satisfaction
Intelligent Process Automation
Machine assist on tasks performed by humans (routing, classification)
Industry Use Cases
22. BNY Mellon is a technology enabled financial services firm, and as such we are continually
investing in and innovating in the technology space
FinTech at BNY Mellon
Robotics initiatives underway to automate time-consuming, repetitive tasks and manual, labor-intensive
functions
Exploring Machine Learning to augment this initiative by tackling areas of decision-based work
Dedicated teams with deep expertise in NLP, Classification, Predictive Analytics
Innovation at BNY Mellon
24. Questions
Brian Melter
Managing Director, E-Business Solutions Division, Boston Financial Data Services
brianmelter@bostonfinancial.com
Robert Palatnick
Managing Director, Chief Technology Architect, Depository Trust Clearing Corporation, (DTCC)
rpalatnick@dtcc.com
Mary Jane Ajodah
Senior Associate, Client Service Delivery, BNY Mellon
maryjane.ajodah@bnymellon.com
Simon Ramos
Partner, Advisory & Consulting Investment Management, Deloitte Luxembourg
siramos@deloitte.lu
Additional Resources:
• “How can FinTech facilitate Fund Distribution”, paper published by Association of the Luxembourg Fund Industry (ALFI) &
Deloitte
• What’s the ‘How can FinTech facilitate fund distribution’ survey about?
Notas do Editor
CENTRALIZED VS. DECENTRALIZED: The blockchain technology operates in a decentralized fashion in that there are no central databases and all participants in the group share all the same information. This peer-to-peer technology is contrary to today’s post-trade processing environment, which is centralized and siloed. It is likely that both alternatives will be needed in the future, as each can be used to address different business challenges.