Operational Risk And Data Robotics

3y ago
12 Views
2 Downloads
1.67 MB
19 Pages
Last View : 11d ago
Last Download : 3m ago
Upload by : Luis Waller
Transcription

May 2017OperationalRisk and DataRoboticsWHITE PAPEROperational riskand the Regulator’spoint of viewCosts of operationalrisk lossesData RoboticsSolutions

THE AUTHORSPaolo FabrisPaolo Fabris is a Partner at Avantage Reply. He has over 18 years of professional experience in FinancialServices. His focus has been on Regulatory projects and, in particular, on IAS/IFRS adoption in the bankingsystem, Individual and Group Financial Reporting, Risk Management on both market and credit risk, BaselII and Basel III adoption, and M&A.Paolo has focused his consulting skills in managing large and complex projects with particular attentionto the main regulatory aspects and requirements. He led important projects and programs taking careof business analysis, organizational change, regulatory compliance and internal auditing. His extensiveexperience in risk management spans all types of risks and a broad spectrum of financial products.Paolo Del GrandePaolo Del Grande is a manager at Avantage Reply Italy, specialized in financial services, risk managementregulation and accounting. He has ten years professional experience with the main Italian banks coveringcredit risk, operational risk, data governance, regulatory reporting and accounting standards. The mainactivities covered in theses years include: Statutory reporting audit, Italian and European regulatoryreporting (COREP/FINREP), RWA optimization, standard operational risk approach adoption, ECB AssetQuality Review 2014, Stress Test 2016, Data Governance projects and credit risk bank processes focusedon monitoring and NPL disposal.Francesca TerrizzanoFrancesca Terrizzano is a business analyst for Avantage Reply, with experience in Financial Services.Her focus is on risk management projects and specialising in Operations area and, in particular, businessprocesses mapping and optimization, especially in terms of automation, in order to increase the quality ofwork, reduce the processing times, decrease operational risk and reputational risk and limit the necessityof resources for the day-to-day operations. She takes part in the Reply Community of Practice on DataRobotics for the purpose of identifying new business solutions able to meet the needs of a constantlyevolving market. Francesca has a master’s degree in Economics and Finance from Bicocca University ofMilan.Roselisa GiulianoRoselisa Giuliano is a business analyst for Avantage Reply, with experience in the financialservices industry, in particular on European banking regulation and risk management. She isfocused in the ongoing transformation of banking business models, increasingly interconnectedwith the information technology. Roselisa participates actively in the Robotic Automation andMachine Learning project organized by Reply Group, such as Data Robotics Communityof Practice and Hackathon, with the objective of building real accelerators for the market.Roselisa has a master’s degree in Management and Business Innovation from Sapienza University ofRome.Avantage Reply, part of the Reply Group, is specialised in Financial Services with a focus on Risk, Compliance,Treasury and Capital and Financial Performance Management. With offices in Amsterdam, Brussels, Frankfurt,Hamburg, Lisbon, London (head office), Luxembourg, Milan, Munich, Paris and Rome, Avantage Reply counts someof the world’s most significant financial groups among its clients, including well-known and respected organisationsin the Banking, Insurance, Investment Management and Services, and Post Trading Services sectors. The firm’sdelivery capabilities cover advisory services (Risk/Finance/Treasury Subject Matter Expertise), Program and ProjectManagement, Business, Functional, and Data Analysis.

TABLE OF CONTENTSIntroduction2Operational Risk: The Regulator’s point of view3Costs of Operational Risk Losses6Data Robotics Solutions8What is Data Robotics?8What makes it work and what is the impact?9Where and when can it best be used?10Conclusion12Case Studies13Stress testing13Registry clean-up13Certified email management: foreclosures14Refund of employee loan repayments14Factoring: Credit acknowledgements141

Operational Risk and Data RoboticsIntroductionIntroductionData Robotics Solutions are emerging as a highlyeffective, yet practical approach for banks to reduceoperational risk, improve efficiency, reduce costsand derive additional value. From Robotic ProcessAutomation, which enables repetitive tasks to beautomated, to machine learning enabled IntelligentProcess Automation, which allows “robots” to take overcomplex and highly skilled tasks; banks that have startedimplementing these solutions are reaping the rewards,both from a financial and compliance perspective.This paper provides an overview of how Data RoboticsSolutions can help banks manage and reduceoperational risk, illustrated by case studies describingthe practical benefits of this powerful new technology,as implemented by Avantage Reply.2

Operational Risk and Data RoboticsOperational Risk: The Regulator’s Point of ViewOperational Risk: TheRegulator’s Point of ViewLosses attributed to operational risk in recent years haveresulted in increased focus by banks’ risk managementfunctions and heightened attention from regulators. Anumber of regulatory changes have been implementedin recent years, and there is more to come, including: A requirement to include and project operational riskinformation in regulatory stress testing processes(both the EBA and Bank of England exercises); andProposed changes to operational risk capitalrequirements, which include removing the AdvancedMeasurement Approach (‘AMA’) and using its basiccomponent (loss data collection) in the StandardizedMeasurement Approach (‘SMA’), a methodologythat implicitly values the management approach tooperational risk and involves two main components:1) A Business Indicator Component (‘BI’), repre-senting the operational risk associated with thebank’s business model; and2) A Loss Component, representing loss eventsover the last ten years.While the latter change remains hotly debated amongbanks and even national regulators, regardless of theoutcome, it serves to remind us of the importance ofoperational risk to a bank profitability and financialresilience.In order to reduce operational risk capital requirements(approximately 10% of total Risk Weighted Assets (‘RWA’) forEuropean commercial banks, as shown in Figure 2: Exampleof an EBA Risk Dashboard 3Q2016), and to thereforeimprove capital ratios, banks are incentivised to reduce thevolume and magnitude of operational risk losses.Figure 1: Drivers of new regulatory requirementsCurrentSimplicity Excessive complexity of AMA modelingPotential increased complexity for bankswith BIA and TSA related to data collectionand data quality processReduced computation complexity due to: the use of a “closed” algorithm for calculatingregulatory capital the absence of scenario analysis andexternal data use Difficulty in comparing the capitalrequirements for operation risks dueto the lack of homogeneity of the AMAapproaches used Little sensitivity to the actual exposureto operational risks for banks that usesimplified methods BIA and TSA Comparability Risk SensitivitySma Greater comparability in view of theapplication of the same algorithm to allbanks, even with simplified methodsGreater ability of the regulator to identifyand respond to potential systemic issuesIncrease in risk sensitivity by introducingspecific Business Indicator Componentfocused on the business model of thebank and Loss Data3

Operational Risk and Data RoboticsOperational Risk: The Regulator’s Point of ViewFigure 2: Example of an EBA Risk Dashboard 3Q20161RWA composition% of BE85.7%86.5%0.2%82.3%82.4% al riskcapital 1.2%11.5%11.6%83.1%82.6% 2%8.9%ES87.0%86.8% 8.5%8.6%FI82.7%82.4% .5%13.4%13.8%15.3%15.3%IE90.4%88.5% 91.0%90.8% 7.6%7.8%LV86.2%86.2% %86.9% 0%11.6%12.0%EE*n.a89.8% 0%10.1%10.1%10.0%10.2%79.0%79.0%Jun-16market risk equirementsCredit risk capitalrequirements %6.4%6.3%6.3%1 European Banking Authority, risk dashboard - data as of Q3 2016, p. 27, available 9/EBA Dashboard - Q3 6Sep-16

Operational Risk and Data RoboticsOperational Risk: The Regulator’s Point of ViewAccording to a recent paper from Harvard Business School on Operational Risk2: For G-SIBs – the average percentage of RWA for operational risk is 15% (higher than the EBA statistic of 10%); The range of these percentages is about 45% to 5%; The proportion of operational RWA to total RWA has risen 50% from 2008 to 2015; Of the types of operational risks, 75% are ‘regulatory’ related.European Systemic Risk Board (‘ESRB’) research on misconduct risk in the banking sector, conducted from 2009 to2014, shows that regulatory bodies have imposed fines of 200 billion euros, both in the form of sanctions and businessrestrictions. These fines are in relation to bank misconduct and its effects on financial stability.Figure 3: Cumulative misconduct costs3cumulative misconduct costs worldwidecumulative misconduct costs EU banks200150100500Dec 2009Dec 2011Dec 2010Dec 2012Dec 2013Dec 2014Furthermore, to take an example of one sizeable banking market within the EU, a recent Bank of Italy survey hasshown that approximately 50% of all banks perceive an increase in operational risk in their institution, up 10% fromonly six months prior.Figure 4: Operational risk across the Italian Banking Sector410%20%30%40%You see an increase inoperational risk in yourbank0%50%December 2016June 2016December 20152 Harvard Business School, Rethinking Operational Risk Capital Requirements, available equirements.pdf3 European Systemic Risk Board, Report on misconduct risk in the banking sector, p. 12, available at:http://www.esrb.europa.eu/pub/pdf/other/150625 report misconduct risk.en.pdf4 European Banking Authority, Risk Assessment Report December 2016, p.53, figure 59, available 97/EBA Risk Assessment Report December 2016.pdf

Operational Risk and Data RoboticsCosts of Operational Risk LossesCosts of Operational Risk LossesDue to the broad and typically sensitive or confidential nature of operational risk losses, it is challenging to achievefull visibility of the distribution of losses. However, staying with the Italian example, “DIPO”, the Italian Operational RiskLosses Database, contributed to by 33 banking groups, gives a good indication, as shown below.Figure 5: Distribution of operational risk losses in Italian banks over the course of 20165Percentage of loss amountPercentage of loss numberEvent type23.6%727.4%61.2%0.9%Losses due to shortcomings inthe completion of transactionsor handling of processes, andin relations with commercialcounterparties, vendors and suppliers2Losses due to malfunction/unavailability of IT systems30.5%5Losses due to natural disasters or otherevents such as terrorism or vandalism1.2%Losses due to default, relating toprofessional obligations to customersor to the nature or configuration ofthe product/service provided44.2%439.4%3Losses due to action not compliantwith laws or agreements on usage,health and safety in the workplace,compensation for personal damagesor discrimination or failure in applyingequal treatment terms4.9%4.6%Losses due to fraud, embezzlement orinfringement of laws by external people12.4%223.9%123.2%Losses due to unauthorized activities,fraud, embezzlement, infringementof laws, regulations or corporatedirectives involving at least oneinternal person2.5%0%610%20%30%40%50%5 Database Italiano Perdite Operative, Standard Report, p.2, available at: t%2002SE2014%20ENG.pdf1

Operational Risk and Data RoboticsCosts of Operational Risk LossesSome themes are apparent from the above analysis,including that: The largest share of losses (44%) derive from nonfulfilment of client obligations and the configurationof the product/service provided;The second largest source of operating risk losses forbanks (23.6%) come from failures in the completion oftransaction processing or process management andthe relationships with trade counterparties, vendorsand suppliers; andThe number of cases where losses stem from failure/unavailability of computer systems is relatively small.UK bank have a similar operational risk profile. In Figure6: UK Operational risk capital as a proportion of totalcapital requirements below, RWA is 326.5 billion and apersistantly growing percentage of total RWA (reachingnearly 11% by the end of 2016).Figure 6: UK Operational risk capital as a proportion of total capital requirements (Source: Bank of England)6201620152016Q4Q1Q2Q3Q4Total RWA( sk( billions)315319329327331Total RWA(%)10.510.2410.2410.5110.71Also, in terms of the split of sources of operational risk, an analysis of Pillar 3 reports from the large UK banksreveal that a significant proportion (at least a fifth but in some cases, well over half) stems from “Execution, deliveryand process management”.Given the significant and increasing effect of operational risk losses on banks’ profitability andbalance sheet/capital positions, automation of processes and improvement in the control ofexisting processes, should be high atop management’s priorities for risk mitigation. Our approach,as described in the next section, does not require fundamental changes in IT architecture or amulti-year transformation programme. Rather, it relies on overlaying innovative and accessibletechnology to achieve quick and effective, risk reducing and value creating automation.6 Bank of England, Statistical release, Banking sector regulatory capital: 2016 Q4, 28 March 2017, available gulatorydata/capital/2016/dec/bsrcrelease1612.pdf7

Operational Risk and Data RoboticsData Robotics SolutionsData Robotics SolutionsWHAT IS DATA ROBOTICS?We define Data Robotics as the set of technologies,techniques and applications necessary to design andimplement a new level of process automation based onself-learning technologies and Artificial Intelligence (‘AI’),aiming to improve productivity and efficiency in businessprocesses. The Data Robotics includes both Robotic ProcessAutomation (‘RPA’) and Intelligent Process Automation (‘IPA’).Below is a conceptual representation of the above:Figure 7: Simplified representation of Robotic ProcessAutomationData RoboticsRPARPA enables increased quality, efficiency and productivitythrough the automation of repetitive and manuallyintensive tasks. Essentially, RPA entails a virtual machinethat drives existing application software in the same way thata user does. This means that, unlike traditional applications,RPA software operates and orchestrates other applicationsoftware through the existing application’s user interface,providing increased value and reduced costs at the sametime.An area where this concept is being successfully appliedis in the world of end-user Business Process Outsourcingproviders (‘BPOs’) seeking to automate shared servicescentres and back office processes that involve high volume,repetitive and rules-based work.IPA is essentially RPA supported by “smart” technologies,moving from applications that perform regular and recurringtasks to new solutions underpinned by a machine learning(‘ML’) approach. This enables Data Robots to develop newknowledge, make decisions, and provide judgementsand feedback. It allows robots to behave ‘as humans’ –adaptable and capable of independent decision utingSmartworkflow

Operational Risk and Data RoboticsData Robotics SolutionsThe main components that contribute to RPA and IPAsolutions include: AI, self-teaching: technologies that enable thedevelopment of software or a “robot” to automateprocesses that are recurring and based on rules.Adjustments are possible, but technologies executeonly the task for which they have been set up.ML and pattern recognition: algorithms that canlearn from data and make predictions, enablingtechnologies to become more intelligent over time.Cognitive computing: computers built to mimic thefunctions of humans and learn from them. Cognitivecomputing can help humans by making judgementsand giving feedback, which supports decision-makingprocesses. These are self-teaching systems that usenatural language processes and image recognition.Figure 8: Cognitive roductivityAnd importantly, less production time through efficiencygains can be replaced by more time analysing, generatinginsights and enhancing business decision making.Data Robotics applied to operational risk managementenables risk managers to ‘do more with less’, as outlinedbelow.WHAT MAKES IT WORK AND WHAT IS THE IMPACT?Data Robotics employs the power of multiple decisionmaking (the use of multiple data sources, learning basedon statistics, natural language recognition and meaningcomprehension) through: the automation of single/macro applications;the creation of structured rules; andthe identification of pattern based decisions, asillustrated in Figure 9: Identification of pattern baseddecisions, below.Figure 9 : Identification of pattern based decisionsMultiple decisionmakingPattern baseddecisionsCognitivecomputingRPAStructured rulesWorkflowWorkflowData Robotics Solutions increase process efficiency,with consequent reduction of costs, uplift in the degreeof scalability and enhance

Operational Risk and Data Robotics Introduction 2 Data Robotics Solutions are emerging as a highly effective, yet practical approach for banks to reduce operational risk, improve efficiency, reduce costs and derive additional value. From Robotic Process Automation, which enables repetitive tasks to be automated, to machine learning enabled .

Related Documents:

The Future of Robotics 269 22.1 Space Robotics 273 22.2 Surgical Robotics 274 22.3 Self-Reconfigurable Robotics 276 22.4 Humanoid Robotics 277 22.5 Social Robotics and Human-Robot Interaction 278 22.6 Service, Assistive and Rehabilitation Robotics 280 22.7 Educational Robotics 283

The VEX Robotics Game Design Committee, comprised of members from the Robotics Education & Competition Foundation, Robomatter, DWAB Technolog y , and VEX Robotics. VEX Robotics Competition Turning Point: A Primer VEX Robotics Competition Turning Point is played on a 12 ft x 12 ft foam-mat, surrounded by a sheet-metal and polycarbonate perimeter.

The VEX Robotics Game Design Committee, comprised of members from the Robotics Education & Competition Foundation, Robomatter, DWAB Technologi es, and VEX Robotics. VEX Robotics Competition In the Zone: A Primer VEX Robotics Competition In the Zone is played on a 12 ft x 12 ft foam-mat, surrounded by a sheet-metal and lexan perimeter.

Nov 12, 2016 · the scope and definition of operational risk. Under this definition, operational risk is the risk of loss, whether direct or indirect, to which the Bank is exposed because of inadequate or failed internal processes or systems, human error, or external events. Operational risk includes legal and regulatory risk, business process and change risk .

Robot ethics: the ethical and social implications of robotics / edited by Patrick Lin, Keith Abney, and George A. Bekey. p. cm.-(Intelligent robotics and autonomous agents series) Includes bibliographical references and index. ISBN 978--262-01666-7 (hardcover: alk. paper) 1. Robotics-Human factors. 2. Robotics Moral and ethical aspects. 3.

Key words: Robotics, programming, educational robotics, curriculum, scratch, programming language, robotics competitions, programming and robotics apps, programming and robotics activities Author: Carles Saborit i Vilà Under the direction of: Juli Ordeix i Rigo Supported by: --- Date: June 2015 Summary

traditional introduction to robotics texts and courses. Rather, they help students discover robotics concepts in an active learning environment and show students how to implement robotics fundamentals. The robotics fundamentals for the experiments were drawn from Introduction to Autonomous Mobile Robots, 2nd edition, by Roland Siegwart, Illah R.

A02 Authorised: return title page only to supplier A03 Authorised: keep as complimentary copy, credit will be given in full A04 Hold pending further investigation A05 Return to supplier regardless of condition A06 Claim authorised for credit Although it remains customary for the distributor to require the return of the complete book before giving credit, the code lists also provide for .