The document discusses regulations from the Basel Committee on Banking Supervision (BCBS) that require banks to aggregate risk data and report it comprehensively (BCBS 239). It introduces the Model DR approach, which provides a panoptic and congruent view of a bank's data set to enable compliance. Model DR breaks data down into standardized elements and provides tools to flexibly restructure data and generate reports from any viewpoint. It advocates establishing a global language like FIBO and XBRL to define financial terms and facilitate integrated and transparent reporting.
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Bcbs 239 v4 30 oct
1. BCBS 239 Risk Data Aggregation:
The data scope is enormous
- where & how to begin?
The Basel Committee on Banking Supervision (BCBS)
has issued Regulation 239; a mandatory requirement for
banks to aggregate risk data and provide
comprehensive reporting.
A significant upgrade of Risk IT and Systems is
imperative
2. Panoptic & Congruent
• Congruent data structures
allow viewing flexibility – any
data request can be satisfied
• Hard coded data solutions do
not allow a panoptic data view
– we want to ask for anything
Senior management requires a panoptic view of the banks
dataset
To be panoptic the data set needs to demonstrate
congruence.
3. BCBS 239 compliance requires an
Action Plan
G-sib banks must be BCBS 239 compliant by Jan 2016
Assembling the data is too big a job for one
Project Team
• The Model DR Action Plan introduces three new concepts
– Industrialisation
– Global language
– Congruent panoply
Model DR does not
provide a bolt on
solution. This is
baking the solution
into your business
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4. Many pieces of data, but a universal
way to view it
• What is the data set
- Assets & Liabilities - multi currency
- Counterparty Credit
- Value at Risk (VAR)
- Derivatives…….
• Data cascades, horizontally and vertically, in multifarious
but interconnected hierarchies, across the bank
• One data aggregation model is required, using a common
language, to sit over the various internal system
architectures
• Model DR provides a congruent, panoptic data view from
which data may be aggregated and reports assembled
• Model DR breaks data into atomic elements, providing the
tools for flexible restructuring
2013-09 4 Datapoint modelling and its opportunity
5. Regulatory Demand for Data –
when & what
• Banks cannot predict from what view point regulators may demand reports
and data
• Model DR provides the tools to build a new viewpoint ‘on the fly’
Regulatory scenario - Greece defaults on its bank debt, as Europe slides into
recession. What is exposure to German/ French banks – debt, derivatives,
Greek counterparties?
Aggregation Model
Model DR - congruent panoptic view
Foreign
Currency
Loans
Derivatives Securities Counterparty
credit
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6. Model DR Concept: Industrialization
• Model DR enables banks to open up and examine existing systems by
mapping to the DPM
• The industrialization process automates, provides new tools and makes
systems more accessible
• Each project team is given tools & training
• Progress is measured and project teams are accountable
• Are teams following the process correctly
• Are they mapping to the global language
• Are they exposing data in the agreed way
• The industrialization process is too large for one project
management team – instead responsibilities are shared by project
groups
• Data point modelling provides the methodology to reverse and
forward engineer Model DR production design into the global
language
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7. Model DR Concept: The global
language
• FIBO (Finance Industry Business Ontology)
- an industry initiative to define finance industry terms
- provides for data congruence
- facilitates data integration, supports business process
automation and enables consolidated views across the
financial industry
- driven by Dodd Frank regulatory requirements for
improvements in data quality and transparency
- FIBO ontology defines financial terms and concepts without
ambiguity
• XBRL (eXtensible Business Reporting Language)
- a business language used by major regulators to standardise
financial reporting terms
- XBRL allows universal communication through metadata
taxonomies which capture and define financial concepts,
terms & relationships
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8. Model DR Concept : data set must be
congruent to model
• Model DR provides all users with a single, enterprise view of portfolio
risk and exposure. It is not a data warehouse
• Data Point Model (DPM) provides a literal representation of the data,
identifying all the business concepts and relations, as well as validation
rules. It contains all the relevant technical specifications necessary for
developing an IT reporting solution.
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9. The Data Point Model
Cube region
Aspect
The data point meta model
has a dozen main concepts
Table
Axis Value Set
Resource
Value
Many 1
Context Value
Data point
Cube
Business class
Resource link
Axis coord.
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10. Example 1: Reverse engineer a report
into a Data Point Model
Reportable Aspect
X Axis Aspect
X Axis Value Set
X Axis Coordinate
Aspect Values
Report name
Y Axis Aspect
Y Axis Value Set Name
Y Axis Coordinate
Aspect Values
Reportable Aspect
Values
Package name
11. Business entity
Attribute
Adaptors
Adaptors
Class level
adaptor
Class level Aspect
Attribute level Aspects
Attribute level
Value Sets
Resources
Example 2: Reverse engineer a data
base into a DPM
12. Example 3: Designing a new viewpoint = wiring up
DPM to DPM (with comparability)
A third DPM
wired together
from 2 existing
DPM
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13. The Model DR product
offering:
• Dynamically builds an alternate data viewpoint
• Allows forward and reverse engineering of data in existing system
architecture
• Allows universal structuring and data reassembly at an atomic level
• Provides the tools for BCBS strategy development
• TTE -Tooling for industrialization
• TTE -Training :
• BCBS specification
• Developing the global language (Meta modelling)
• Designing and building viewpoints (Data Point Modelling)
• Tools usage (reverse engineering, design, forward engineering)
• TTE –Execution:
• DPM Hard wire existing systems into a congruent data panopoly
• Model DR is a data design & analysis solution ; not a massive
technology play
• Model DR pilot module enables transition towards the larger system
architecture decisions
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14. Model DR provides a congruent data set in a universal code ready for
reconciled and validated report generation
TTE – Tooling, Training, Execution
Regulation may be the driver but efficiencies will evolve from
a universal language across the big data technology curve
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Editor's Notes
Stick to Action Plan on this page and in the pages following look at 3 big ideas --- then go onto Demonstration
Measurement: How far down the road to complet are the teams / applciaitons ? Are they following the process correctly e.g. are they mapping to the global language? Are they exposing their data in the agreed way?
Industrialization = scalability = you give each team tools, training and then measure progress
- This is too big a job for one team
We are providing the congruent panoptic views, from which you do the aggregation . We provide the tooling for building the aggregation model. -> flexibility
We break down the data into atomic elements (lego pieces) so you can re-structure in your own way.
Isnt it the other way around ? many pieces of data but there needs to be one common way to see it?
Cut the globe or apple into vertical and horizontal sections
Do a chart of all the systems leading up into the Risk aggregation model
One piece of data, many ways to need to see it
All this must be true:
There can only be one source of truth
It must be concrete and accurate
Many players must view it in their own, very differently ways
Unlike, say, the Arts, in business data there can be only version of the truth.
But there can, is, and should be many uses and interpretations of that.
Client billing people say “Clients must have a name”. So the client on boarding people make that mandatory. Then the marketing department want to send the customer sales to the ad agency, and no way can the client name be passed over. So client is one data concept, with 2 directly opposite requirements.
Obviously a trite example but that problem exists in thousands of cases, and there is no economy of scale, the problems compound and you get a bigger and broader organization.
Situation – you can t predict the from which view point data may be demanded - giving the ability to demand data in customised reporting style on the fly
Slide 11 will come earlier -- but really needs simple explanation
Expansion --- still want a bit more here
Industrialization: Tooling, automation, scalable
We are allowing them to re-use existing internal systems in a new way
Industrialization first
Then global language
Then congruent panopoly
Big idea 2: You must be able design against a congruent panoply of your data
This needs expansion
This needs a lot of explanation
Need to explain what point you are trying to make here
Why do you want to reverse engineer?
More explanation – congruence across DPM AFTER CONVERSION TO CONGRUENT LANGUAGE
Need to go through the stages of industrialization
Xbrl – extensible business reporting language
All the regulators have standardised on XBRL – A GLOBAL LANGUAGE – IF YOU REPORT DATA TO LOCAL REG. – report in XBRL
Standardised way of reporting
XBRL to compete with FIBO – a common language – FIBO is generic – but XBRL specifies the taxonomy for each country
Building pitch based on data aggregation – efficiencies will come from a common language across the technology curve
Say two isolated systems that bring the aggregation data to gether for a few systems and build a congruent view based on a