sap research – enabling the real-time enterprise · enabling the real-time enterprise ... srm crm...
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SAP Research –Enabling the Real-time EnterpriseDr. Uwe KubachDirector SRG Dresden
SAP Research, SAP AG
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Agenda
Research Positioning & Focus Areas
The Real-time Enterprise
Research Projects
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SAP Research: Make Innovation Happen
Challenging transitionsDifferent targets and culturesDifferent skills
Corporate Research Organizations can act as mediator
BasicResearch
AppliedResearch
Product Development
Go toMarket
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Objectives of SAP Research
Set Research StrategyAnticipate IT trendsDefine focus areasBuild strategic research partnerships
Perform Research ProjectsDevelop new technology conceptsApply them in real-life environmentsEvaluate business value
TransferKnow-how and prototypes to product groupsSupport partners to develop complementary offeringsSupport exploitation
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Research Focus Areas
Enterprise Services & Semantics Software Engineering & Architecture
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Agenda
Research Positioning & Focus Areas
The Real-time Enterprise
Sample Projects
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Media Breaks
CRM PLMSRM
Real-time Enterprise
PhysicalWorld
SCM CRMPLMERPLeg-acy
InformationA2A
People
B2B
roles
Devices
roles
SmartItems
Sensor Network
EmbeddedSystemRFID
MobileSensors
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Smart Items
DefinitionReal world object Local dataCommunicationOptional: Microprocessor & sensors
OpportunitiesSeamless integrationReal-time informationIncreased data accuracy
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Achievebusiness benefitsin digestible steps
How Customers Want to Go Forward
ENTERPRISE SERVICESARCHITECTURE
Open standards,choices, and options
An evolutionary path into the world of
next business solutions
Leverage what they have into flexible
low TCO solutions
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ENTERPRISE SERVICES ARCHITECTURE
Enterprise Services Architecture
Lower TCODeployment options through configurationCommon operational services“Always On” platform
Adaptability
Model driven
Configurable
Extensible
Services composition
Process innovation
OpennessOpen Web service standardsOpen integration platformInteroperability
Productivity
People productivity
Embedded analytics
Process efficiency
Process flexibility
HELPINGDIFFERENTIATE
DRIVINGPRODUCTIVITY
SAP NetWeaver
Business Objects, Components, and Engines
Composite Applications
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Smart Items – Vision
A holistic service-oriented architecture for the seamless
integration of real world data and events into enterprise
software that efficiently exploits the capabilities of current,
emerging and future ubiquitous computing technologies
like embedded systems and wireless sensor networks.
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Collaborative Smart Items
EmbeddedSystems
CollaborativeSmart Items
Auto-IDWirelessSensor
Networks
Communication
HW
Cap
abili
ties Client-Sever Peer-to-Peer
Businesslogic
Basic algorithms
Key Innovations:Business logic on-the-item Autonomous decisions and actionsPeer-to-peer communicationDownstream communicationNew Business Processes
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SERVICE DEPLOYMENTSMART ITEMS
MODEL-DRIVEN APPLICATIONDEVELOPMENT
Application Model
Smart Items – Ubiquitous / Embedded Enterprise Services
“Ubiquitous” NetWeaverEnterpriseServices
Repository
System Model
System Monitor
Development Tools
Service Orchestrator
Deployment Description
RFID EmbeddedPlatform
SensorNetwork
EmergingTechnology
System MonitorReal-time system status
Service OrchestratorService to system mappingDynamic relocation
Service DeploymentDisseminateStart / Stop / SuspendRelocate
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Agenda
Research Positioning & Focus Areas
The Real-time Enterprise
Sample Projects
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Basic / Applied Research – EU Project CoBIs
EmbeddedSystems
Collaborative Smart Items
Auto-IDWirelessSensor
Networks
Communication
HW
Cap
abili
ties
Client-Sever
Peer-to-Peer
Businesslogic
Basic algorithms
VisionSmart Items with embedded business logic extending business processes to the point of action
ObjectivesHolistic service-oriented architecture covering all layers from application to hardware → “Ubiquitous ESA”Framework for collaboration and collective functionality
PartnersIndustry: SAP, BP, InfineonAcademia: University of Karlsruhe, Twente, LancasterSME: Ambient Systems
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Basic / Applied Research – EU Project CoBIs
1 Self-detection exceeded volume limit2 Confirmation of safe storage environment3 Prohibited storage combinations
Source: Ken Douglas, BP
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Basic / Applied Research – EU Project PROMISE
EmbeddedSystems
CollaborativeSmart Items
Auto-IDWirelessSensor
Networks
Communication
HW
Cap
abili
ties Client-Sever Peer-to-Peer
Businesslogic
Basic algorithms
Vision & ObjectiveClose the product lifecycle information loops from a product‘s delivery, MOL, and EOL back to the designers and producersKey technology: Product Embedded Information Devices (for example based on RFID)
PartnersIndustry: SAP, Bombardier, Caterpillar, Iveco, Intracom …Academia: EPFL, Cambridge University, HUT, …SMEs
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Bombardier: BOL of locomotives
Make field data available to designers and production
GoalImprove design of components / productEnhance performance, reliability, and security
BombardierEmbedded systems and sensorsCollect field data during service and maintenance
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Iveco: MOL of heavy trucks
GoalMonitor condition and obtain degradation profile of some selected critical components
Predictions of failures
Suggestions for a customised (vehicle by vehicle) maintenance plan
IvecoPredictive maintenance of trucks
Improve knowledge about customer habits and the mission profile of the vehicle
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Caterpillar: EOL of heavy load vehicles
CaterpillarRemanufacturing and deconstruction of heavy-load construction machinesNeed detailed part informationToday life cycle of components cannot betracked
GoalImplement technology to trackinformation of parts in a Caterpillar productIdentify non-recyclable partsMake decision on reuse / recycling / disposal based on economic needs
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Applied Research – Proof of Concept: Aware Goods
HardwareMobile Sensors
Temperature (frozen goods)Acceleration (fragile goods)
Local storageIntermittent connection to backend system
Aware Goods ProjectInfineon and ShipleyTemperature surveillance during transport
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Applied Research / Product Dev. – FraPort
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Q&A