improving agility while widening profit margins using data virtualization
TRANSCRIPT
Improving Agility And Profitability Using Data Virtualization- The impact of the Logical Data Warehouse on the value chain
Mike FergusonManaging DirectorIntelligent Business StrategiesDenodo WebinarJune 2016
2
About Mike Ferguson
Mike Ferguson is Managing Director of Intelligent Business Strategies Limited – a UK based boutique IT research and consultancy firm. As an independent IT industry analyst and consultant he specializes in business intelligence, data management and enterprise business integration. With over 35 years of IT experience, Mike has consulted for dozens of companies, spoken at events all over the world and written numerous articles. Formerly he was a principal and co-founder of Codd and Date Europe Limited – the inventors of the Relational Model, a Chief Architect at Teradata on the Teradata DBMS and European Managing Director of DataBase Associates.
Twitter: @mikeferguson1Tel/Fax (+44)1625 520700
3
Topics
Improving profitability The increasingly complex data landscape The impact on the business of distributed data What is data virtualisation? Improving business performance and agility using data
virtualisation Reducing time to value and increasing revenue in the logical
data warehouse
Conclusions
5
Where In The Value Chain Can You Make Improvements To Improve Profitability?
Revenue
Cost
Profit Margin
How can I improve
profitability in the value
chain?
1. Need to improve customer insights for retention and growth
2. Need to optimise business operations
6
Increasing Revenue – How?
Customer centric organisation and operating model Customer configuration of products and service
• Build or ship to order
Complete 360o insight of a customer Targeted precision marketing for cross-sell / up-sell Predictive and prescriptive analytics Highest quality of customer service Customer self-service via digital channels Customer centric data integration Complete view across value chain
7
Reducing Cost – How?
Reduce business complexity• Reduce location complexity• Reduce business function complexity e,g. across business units• Reduce management complexity – flatten hierarchies• Reduce product complexity• Reduce process complexity• Reduce IT system complexity AND modernise IT systems• Reduce data complexity
Automation and digitalisation across channel and lines of business Improve performance management
• Map cost centres and cost types across the value chain and all entities• Track the business impact of new initiatives
Optimise operations to reduce unplanned down time and costs
8
Topics – Where Are We?
Improving profitabilityThe increasingly complex data landscape The impact on the business of distributed data What is data virtualisation? Improving business performance and agility using data
virtualisation Reducing time to value and increasing revenue in the logical
data warehouse
Conclusions
9
The Data Landscape Is Becoming Increasingly Complex And Lack of Integration Are Working Against Business
Line of business IT initiatives when there is a need for enterprise wide
common infrastructure
Multiple copies of data
Processes not integrated
Different user interfaces
Server platforms complexity
Duplicate application functionality
Point-to-Point “Spaghetti” application integration
MarketingSystem
Customer ServiceSystem
HR Gen. Ledger
Procurementsystem
Billingsystem
FulfilmentSystem
SalesSystem
Gen. Ledger
10
On-Premise Systems Within the Enterprise
Complexity Is Increasing Further As Companies Adopt and Deploy A Mix of On-Premise, SaaS and Cloud Based Systems
employeespartners customers
Private cloudPrivate or public cloud
Enterprise Service BusEnterprise PortalMashups Office Applications
SaaS BIOff-premise OLTP apps
OLTP Systems
WWW
corporate firewall
Data is now potentially fractured even more than before
BI/DW Systems
11
Data Complexity: The Internet of Things (IoT) Is Resulting In The Emergence of Hundreds of New Data Sources
High velocity, high volume data
12
Analytical Data Complexity – More And More Appliances Appearing On The Market Causing ‘Islands’ of Data
Oracle Exadata
IBM PureData System for Analytics
Pivotal Greenplum DCA
Teradata
13
Big Data Is Also Now In The Enterprise Introducing More Data Stores e.g. Hadoop, NoSQL, Analytic RDBMS
Graph DBMS MPP Analytical
RDBMS
BI tools
SQL
indexes
Search based BI tools
Custom Analytic apps
Spark & MR BI tools
OLTP data Unstructured / semi-structured content
actions
users business analysts developers
real-time
DW
SQL
social graph data
RDBMSFiles
clickstream
Web logs social data
Graph analytics tools
Enterprise Information Managementevent streams
Streamprocessing
IoT, markets
14
The Challenge Of Fractured Data In The Value Chain
Data in different locations Data in different data storage
technologies Data in different data structures Different data definitions for the
same data in different data stores Some data too big to move Different APIs and query languages
needed to access data Excessive use of ETL to copy data
• Expensive and not agile
Synchronization nightmare
<XML>Text</XML>
Digital media
RDBMSs
Web content
Flat files
Packagedapplications
Office documents
Legacyapplications
BIsystems
Big Data applications
Cloud based applications
ECMS
“Where is all the Customer Data?”
Accessing, governing and managing data is becoming increasingly complex as it
becomes more distributed
15
Topics– Where Are We?
Improving profitability The increasingly complex data landscapeThe impact on the business of distributed data What is data virtualisation? Improving business performance and agility using data
virtualisation Reducing time to value and increasing revenue in the logical
data warehouse Conclusions
16
Core Business Processes Often Now Execute Across A Hybrid Computing Environment
ordercredit check fulfil ship invoice paymentpackage
Process Example - Manufacturing Order to cash
schedule
Order entry
system
Finance credit
control system
Production planning & scheduling
system
CAMsystem
Inventory system
Distribution system
Billing Gen Ledger
Orders data Customer data Product data
This makes data difficult to track, maintain, synchronise and manage
17
XYZ Corp.
Many Companies Have Business Units, Processes & Systems Organised Around Products and Services
Customers/Prospects
Product/service line 1
order credit check
fulfill ship invoice paymentpackage
Product/service line 2
Product/ service line 3Cha
nnel
s/O
utle
ts
order credit check
fulfill ship invoice paymentpackage
order credit check
fulfill ship invoice paymentpackage
Order(product line 1)
Order(product line 2)
Order(product line 3)
Enterprise
Fractured data th
at may a
lso be
duplicated and in
consis
tent
18
Business and Data Complexity Can Spiral Out Of Control if Processes And Systems Are Duplicated Across Geographies
Product line 1
Product line 2
Product line 3
Product line 1
Product line 2
Product line 3Product line 1
Product line 2
Product line 3
Product line 1
Product line 2
Product line 3
Product line 1
Product line 2
Product line 3
Suppliers
Products/Services
AccountsAssets
Employees
Customers Partners
Materials
19
Business Implications Of Product Orientation and Fractured Customer Data In A World Where Customer Is Now King
Different marketing campaigns from different divisions aimed at the same customer
Different sales teams from different divisions selling to the same customer Customer service is hard
• e.g. “What is my order status for all products ordered?”
Cost of operating is much higher due to duplicate processes across product lines
Can’t see customer / product ownership Can’t see customer risk and customer profitability Higher chance of poor data quality Difficult to maintain customer data fractured across multiple applications
20
This Makes It Difficult To Access And Report on Data Across The Process To Manage Business Operations
order credit check
fulfill ship invoice paymentpackage
Order-to-Cash Process
Orders
What order changes in the last 10 mins? What shipments are impacted by the changes
e.g. lack of inventory or shipping capacity?Which customers are affected?
Operational reporting is not timely
Inability to respond quickly to problems
Problems not seen until long after they happen
e.g. incorrect shipments
Operational oversights cause processing errors &
unplanned operational cost
Inability to see across multiple instances of a system can cause
errors & duplication of effort
Business impact
21
Planning Also Requires Data From Across A Value Chain
Fore-casting
Product, MaterialsSupplier
Master data
PlanningERP ERP CAD
Manufacturing execution system
ShippingsystemSCADA
systems
SCMCRM
system
Need to see sales, inventory, shipments, manufacturing
capacity, resources and forecasts
Plans are too resource intensive
Planning slow and is outdated by the time it
is finalised
No flexibility, not dynamic, no scenarios
or simulations
Business impact
22
Multiple Data Warehouses Are Also Common
Fore-casting
Product, MaterialsSupplier
Master data
PlanningERP ERP CAD
Manufacturing execution system
ShippingsystemSCADA
systems
Manufacturing volumes &
inventory DW
Finance DW Sales & mktng DW
SCMCRM
system
Management reporting? KPIs?
23
Data Inconsistency Across DW Systems Is Common
BI tool BI tool
DWmart
BI tool BI tool
DWmart
BI tool BI tool
DWmart
Data Integration Data Integration Data Integration
Common data definitions across all tools for the same data?
Common data definitions across all DWs for the same data?
Common data transformations across all DWs for the same data?
24
Many Organisations Have Created Multiple DWs And A Lot Of Data Marts - E.g. Country Specific Data Marts
Sales DW
UK DE FR NL
ESP CH IT BEUS
ETL ETL ETL ETL
ETL ETL ETL ETL ETL
Inventory DW
UK DE FR NL
ESP CH IT BEUS
ETL ETL ETL ETL
ETL ETL ETL ETL ETL
Business ImpactVery high total cost of ownershipNo Agility – Takes time and is costly to changeRisk of inconsistency across DWs and martsNo drill down across martsNo way to compare and drill down European Sales Versus Inventory across the value chain???
25
New Data Sources Have Emerged Inside And Outside The Enterprise That Business Now Wants To Analyse
Web data• Clickstream data, e-commerce logs• Social networks data e.g., Twitter
Semi-structured data • e.g. JSON, XML, BSON
Unstructured content• How much is TEXT worth to you
Sensor data• Temperature, light, vibration, location, liquid flow, pressure, RFIDs
Vertical industries structured transaction data• E.g. Telecom call data records, retail
26
The Changing Landscape – We Now Have Different Platforms Optimised For Different Analytical Workloads
Streamingdata
Hadoopdata store
Data WarehouseRDBMS
NoSQL DBMS
EDW
DW & marts
NoSQL Graph DB
Advanced Analytic (multi-structured data)
martDW
Appliance
Advanced Analytics(structured data)
Analytical RDBMS
Big Data workloads result in multiple platforms now being needed for analytical processing
C
R
U
D
Prod
Asset
Cust
MDM
Traditional query,
reporting & analysis
Real-time stream
processing & decision m’gmt
Data mining, model
developmentInvestigative
analysis,Data refinery
Data mining, model
development
Graph analysisGraph
analysis
27
Business Users Need To Combine Data In These Systems To Get Deeper Insights
MDM System
C
R
U
D
Prod
Asset
Cust
Who are our customers?
What products do we sell?
What is the online behaviour of loyal, low risk, low fee customers so we can offer them higher fee products?
DW
Who are our most loyal, low risk customers that generate low fees?
How do I get at data in multiple analytical
data stores to answer this?
What are the most popular navigational paths through our
web site that lead to high fee products
28
Topics– Where Are We?
Improving profitability The increasingly complex data landscape The impact on the business of distributed dataWhat is data virtualisation? Improving business performance and agility using data
virtualisation Reducing time to value and increasing revenue in the logical
data warehouse Conclusions
29
How Does Data Virtualization Work?Example – Integrated Claims Information
Data sources
OracleCustomer
Data
DB2 Claims
SQL ServerPayment
JSONIncidents
Query
Claim status is stored in DB2 Claims payment info is stored in
SQL Server Claims form submitted was
captured and stored in JSON
Data Virtualization
Server
Source: IBM
30
How Does Data Virtualization Work?
Virtual table
1. Define common integrated data model for the virtual tables
3. Define mappings from source systems to common virtual tables
mapping mappingmappingmapping mapping
SQL, X/Query, Web services
4. Query the virtual table(s)
Application, BI tool or portal
Data VirtualizationServer
Results can come back as a SQL result set, XML, HTML, CSV etc.
web contentRDBMSXML
File2. Define the data
sources Spread sheets
WWW
Virtual table
31
Data Virtualization Servers Can Support Multiple Virtual Views AND Nested Virtual Views
Virtual table
Multiple virtual tables can be created if needed
web contentRDBMSXML
File
SQL, X/Query, Web services
Application or BI tool
Virtual tableEach federated query dynamically creates the virtual table at run time
Portal
Data VirtualizationServer
Virtual table
WWWSpread sheets
mapping mappingmappingmapping mapping
32
Topics– Where Are We?
Improving profitability The increasingly complex data landscape The impact on the business of distributed data What is data virtualisation?Improving business performance and agility using data
virtualisation Reducing time to value and increasing revenue in the logical
data warehouse Conclusions
33
Data Virtualization Make It Easy To Access And Report on Data Across The Process To Manage Business Operations
order credit check
fulfill ship invoice paymentpackage
Order-to-Cash Process
Orders
Data virtualization and Virtual Data Services
BenefitsSimplified access
Access to real-time data across the processAgile and responsive
Avoid unplanned operational costsSee across multiple instances of appsSee across on-premises & cloud apps
cost
Agility
34
XYZ Corp.
Data Virtualisation - See Views Of Customer Orders, Shipments And Payments Across Line Of Business Product Lines
Customers/Prospects
Product/service line 1
order credit check
fulfill ship invoice paymentpackage
Product/service line 2
Product/ service line 3Cha
nnel
s/O
utle
ts
order credit check
fulfill ship invoice paymentpackage
order credit check
fulfill ship invoice paymentpackage
Order(product line 1)
Order(product line 2)
Order(product line 3)
Enterprise
Data virtualization
Data virtualization
Data virtualization
35
Data Virtualization Helps You Quickly See Across Your Value Chain Making Planning Much Easier
Fore-casting
Product, MaterialsSupplier
Master data
Manufacturing volumes &
inventory DW
PlanningERP ERP
Finance DW
Shippingsystem
CRMsystem
Sales & mktng DW
SCADAsystems
Data virtualization
SCMManufacturing
execution system
CAD
BenefitsManagement Reports easy to produceSee real-time data across value chain
Easier to do planningDynamic planning on real-time datacost
Agility
36
Data Virtualization Allow Simplification Of Data Warehouse Architecture And Reduced Total Cost Of Ownership
DWETL
Operationaldata
Agile BI = Agile ArchitectureData virtualization can easily accommodate change and
speed up time to value
Data visualisationBI tools
Virtual ODS
virtual mart
personalised virtual views
virtual mart
personalised virtual views
Data Virtualization
datamart cube
ODS ETL
ETL
ETL
personaldata store
cost
Agility
Adapted from a slide originally by R/20 Consultancy
37
Data Virtualisation Simplifies Architecture, Reduces Total Cost Of Ownership, Improves Agility, Speeds Development
DW
UK DE FR NL
ESP CH IT BEUS
Country Specific Data Marts
ETL ETL ETL ETL
ETL ETL ETL ETL ETL
Cost
Agility
38
Agile Business Led BI/DW Development – Early Prototyping Using Data Virtualisation
Virtual data modelEasy to change
Quickly produce insight 100% agile development
Bi Tool
Build prototype
Data virtualisation
OLTPOLTP
Business Led Prototype Development
virtual data model
DW
39
Agile BI Development Process Often Starts In The Business And Is Handed Over To IT – DV Helps With Smooth Handover
Bi Tool
DW
Bi Tool
Build prototype
Data virtualisation
OLTP
Data virtualisation
OLTP
OLTP OLTP
ETL
Deploy in production
Business Led Prototype Development IT
deploy
virtual data model virtual data model
physical data model
Fast deploymentRe-use BI tool reports and dashboardsReuse Data Virtualization metadata in ETLRe-use data
DW
Virtual data modelEasy to changeQuickly produce insight 100% agile development
40
Data Virtualisation
Common Data Definitions in A Data Virtualization Server Removes Inconsistencies Across Multiple BI Tools
Common data names and definitions
(shared business vocabulary)
mapping mappingmapping mapping
web contentRDBMS XMLFile
Disparate data names and definitions(different data vocabularies)
, BI tool(vendor X)
WWW
MsgQ
BI tool(vendor Y)
Spread sheets
mapping
Simplified data accessQuick to implement
Non-disruptiveAgile
41
Topics– Where Are We?
Improving profitability The increasingly complex data landscape The impact on the business of distributed data What is data virtualisation? Improving business performance and agility using data
virtualisation Reducing time to value and increasing revenue in the logical
data warehouse Conclusions
42
Using Data Virtualisation To Combine Data In These Systems To Get Deeper Insights
MDM System
C
R
U
D
Prod
Asset
Cust
Who are our customers?
What products do we sell?
DW
Who are our most loyal, low risk customers that generate low fees?
What are the most popular navigational paths through our
web site that lead to high fee products
What is the online behaviour of loyal, low risk, low fee customers so we can offer them higher fee products?
How do I get at data in multiple analytical
data stores to answer this?Data Virtualisation
43
Customer 360 – Piecing Together Complete Customer Insight Needs Multiple Platforms And Analytic Workloads
Streamingdata
Hadoopdata store
Data WarehouseRDBMS
NoSQL DBMS
EDW
DW & marts
NoSQL Graph DB
Advanced Analytic (multi-structured data)
martDW
Appliance
Advanced Analytics(structured data)
Analytical RDBMS
C
R
U
D
Prod
Asset
Cust
MDM
Customer sentiment,
interactions,online behaviour,
& new data
Customer relationships*, social network
influencers
Customer real-time location, product
usage & on-line
behaviour
Customer master data
Customer purchase activity &
transaction history
Customer predictive analytical model development
*customer relationships to organisations, other people, locations, devices, products, phone numbers….etc.
44
Data Virtualisation – The Logical Data Warehouse
Reducing Time To Value – Integrating The Logical Data Warehouse Into The Value Chain
EDW
DW & marts
NoSQL DB e.g. graph DB
mart
DW Appliance
Advanced Analytics(structured data)
Self-Service BI tool
Advanced Analytics
Streaming data
RT Analytics
C
R
Uprod cust
asset
master data
Analytic Application
Operational Application
(embedded analytics)
45
Logical Data Warehouse - New Insights In Hadoop Can Integrated With A DW And Marts Using Data Virtualization
DWDI
e.g. Deriving insight from social web sites like for sentiment analytics
new insights
OLTP systems
sandbox
Data Scientists
social
Web logs
web cloud
Data V
itualisation (Logical DW
)
SQL on Hadoop
Virtual marts
Virtual views of DW & Big Data
46
Using Hadoop As A Data Archive Means Data Can Be Kept On-line, Analysed And Still Integrated With Data In The DW
DWDI
OLTP systems
SQL on Hadoop
Archived dataA
rchive unused
or data > n years
Data V
itualisation (Logical DW
)
Virtual marts
Virtual views of DW & Big Data
47
Logical DW - Real-time Data From NoSQL DBMSs Can Also Be Joined To DW And Big Data Using Data Virtualization
DWDI
Nested data like JSON needs to be handled by the data virtualisation server
real-time insights
OLTP systems
social
Web logs
Column Family DB Document DB
NoSQL DB
sensors
Must flatten nested data !!
SQL on Hadoop
Data V
itualisation (Logical DW
)
Virtual marts
Virtual views of DW & Big Data
48
LDW & Data Virtualisation - Sqoop Data Into Hadoop From Multiple Underlying Sources By Using Virtual Tables As A Source
• A fast parallel bulk data transfer tool • It is a data mover rather than an ETL tool• Can do very little data transformation• Can import data from any RDBMS into HDFS, Hive or Hbase• Can export data from Hadoop to RDBMS,& NoSQL systems
HDFS / Hbase/ Hive
Data V
irtualisation
49
LDW, Governance And Self-Service DI – Data Virtualisation Reduces Copying, Enforces Security And Increases Agility
C
R
Uprod client
asset
D
MDM Systems
C
R
Uriskrates pricing
Country codes
D
RDM Systems
Business User
Self-Service DI Important to make sure business users re-use rather than re-invent AND have simplified access to data
RDBMS CloudXML,JSON
web servicesNoSQL Files
Data Virtualisation
IT Data Architect
50
Conclusions
Companies are demanding more agility while the data landscape becomes increasingly more distributed
In addition, the want to reduce costs while also improving customer engagement and growth
Data virtualisation • Allows organisations to see across processes in the value chain to manage the entire
business operations• Helps avoid unplanned operational cost• Reduces complexity, improves agility and reduces total cost of ownership in data
warehousing• Removes inconsistency across multiple BI tools for better decisions • Enables the logical data warehouse • Reduces time to value in better customer engagement and growth
Reducing cost and improving growth improves profitability
51
Twitter: @mikeferguson1Intelligent Business Strategies Limited
Wilmslow, Cheshire, EnglandTel/Fax (+44)1625 520700
Thank You!
54
Information spread across different systems
IT responds with point-to-point data integration
Takes too long to get answers to business users
The ChallengeData Is Siloed Across Disparate Systems
MarketingSales ExecutiveSupport
Database
AppsWarehouse Cloud
Big Data
Documents AppsNo SQL“Data bottlenecks create business bottlenecks.” – Create a Road Map For A Real-time, Agile, Self-Service Data
Platform, Forrester Research, Dec 16, 2015
55
The SolutionData Abstraction Layer
Abstracts access to disparate data sources
Acts as a single repository (virtual)
Makes data available in real-time to consumers
DATA ABSTRACTION LAYER
“Enterprise architects must revise their data architecture to meet the demand for fast data.”
– Create a Road Map For A Real-time, Agile, Self-Service Data Platform, Forrester Research, Dec 16, 2015
56
Data VirtualizationReal-time Data Integration
“Data virtualization integrates disparate data sources in real time or near-real time to meet demands for analytics and transactional data.”
– Create a Road Map For A Real-time, Agile, Self-Service Data Platform, Forrester Research, Dec 16, 2015
Publishes the data to applications
Combines related data into views
Connects to disparate data sources
2
3
1
57
Benefits of Data Virtualization“Get it Real-time and Get it Fast!”
Better Data IntegrationLower integration costs by 80%.
Flexibility to change.
Real-time (on-demand) data services.
Complete InformationFocus on business information needs.
Include web / cloud, big data, unstructured, streaming.
Bigger volumes, richer/easier access to data.
Better Business OutcomeProjects in 4-6 weeks.
ROI in <6 months.
Adds new IT and business capabilities
“Benefits of Data Virtualization: get it real-time and get it fast!” – William McKnight, President, McKnight Consulting Group
59
Common Data Virtualization Use CasesData Virtualization
BIG DATA, CLOUD INTEGRATION
Advanced Analytics Data Warehouse Offloading Big Data for Enterprise Cloud / SaaS Integration
AGILE BUSINESS INTELLIGENCE
Logical Data Warehouse Virtual Data Marts Self-Service BI Operational BI / Analytics
SINGLE VIEW APPLICATIONS
Single Customer View - Call Centres, Portals Single Product View - Catalogues Single Inventory View – Reconciliation Vertical Specific - Single View of Wells
DATA SERVICES
Unified Data Services Layer Logical Data Abstraction Agile Application Development Linked Data Services
60
Customer Case StudiesData Virtualization AGILE BUSINESS INTELLIGENCE
Major UK General Insurance Company
Streamlined operational reporting on policy admin system.
Exposed all policy data for operational MI and Intra-day reports to all business stakeholders (analysts,sales, actuarial, underwriters).
DATA SERVICES
Global Chip Manufacturer
Delivered data services to streamline business processes across the entire value chain
Achieved faster time-to-market and increased revenue
BIG DATA, CLOUD INTEGRATION
Advanced Analytics Data Warehouse Offloading Big Data for Enterprise Cloud / SaaS Integration
SINGLE VIEW APPLICATIONS
Single Customer View - Call Centres, Portals Single Product View - Catalogues Single Inventory View - Reconciliation Vertical Specific - Single View of Wells
62
• Opportunities in New Markets• Changing Customers• New Competition• Proliferation of Channels• Regulatory Change• New Technology
UK General Insurance CompanyMarket Trends Changing Industry Approach
Traditional
Evolving
ExposureScale
Underwriting expertise
Competitive advantage
Creative data
sourcing
Distinctive analytical method
Competitive advantage
63
UK General Insurance Company
• Cost of change prohibitive to generating value from data• Slower time to market inhibiting impact of good analytics• Complexity of solution can cause delivery bottlenecks• Bespoke coded solutions require unique resource to maintain
Challenges to Agility
Reduce Cost
Flex Resource
Raise throughput
Accelerate change
64
UK General Insurance CompanyTarget State Agile BI Architecture
Dat
a So
urce
s
Virt
ual
Stag
ing
Virt
ual
Sem
anti
c
Atom
ic W
areh
ouse
Visu
alis
atio
nAn
alyt
ics
66
Business Requirement• Daily Operational Reporting• Multiple consumers• Brand new system
Technical Challenges• Complex XML extract • Fast pace of change• XML Schema not available• Varying data items and structure
UK General Insurance CompanyUse Case: Agile Operational Reporting
67
UK General Insurance Company
XSLT
Original Approach
Data Virtualization Solution
68
UK General Insurance Company
• Cost model reduced• Significantly quicker time to market• Greater throughput• Resource pool expanded
Summary
Reduce Cost
Flex Resource
Raise throughput
Accelerate change
70
Issues
Global Chip ManufacturerData Service Layer for streamlining business processes in the value chain
“Lack of consistent capability to integrate data from disparate data sources and delivery using agile standardized methods.
• Data is globally distributed across heterogeneous tools & technologies• New data sources (eg: big data) & consumers (eg: emergence of SaaS)• New information exchange channels (eg: mobility) ”.
71
Data Virtualization
Global Chip ManufacturerData Service Layer for streamlining business processes in the value chain
“An agile method that simplifies information access”.
72
Benefits
Global Chip ManufacturerData Service Layer for streamlining business processes in the value chain
“Reduced time-to-market, increased agility, end-to-end manageability”
74
Use Case: Supplier Master Data
Global Chip ManufacturerData Service Layer for streamlining business processes in the value chain
Supplier Master Data: information about companies that the company purchases from, pays, outsource manufactures with
Choosing a Supplier is the point of entry to many business process. If it fails or is slow, it impacts all 70+ downstream consumers
75
Use Case: MySamples
Global Chip ManufacturerData Service Layer for streamlining business processes in the value chain
Need to show the latest status of samples requests. • Customer information from
MySamples app• Samples request
information (if requested) from ERP system
• Samples shipment status (if shipped) from Event Management system
Source: Intel EDW 2015
76
Summary
Global Chip ManufacturerData Service Layer for streamlining business processes in the value chain
“An agile data integration method that simplifies information access
–Agility, time-to-market, Manageability & Reuse
Created enterprise standards to promote understandability, reduce chaos, and help drive consistency”
Thanks!
www.denodo.com [email protected]© Copyright Denodo Technologies. All rights reservedUnless otherwise specified, no part of this PDF file may be reproduced or utilized in any for or by any means, electronic or mechanical, including photocopying and microfilm, without prior the written authorization from Denodo Technologies.