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아키텍트대회기조강연 박준성(071813)
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아키텍트대회기조강연 박준성(071813)

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2013년 7월 18일 SW아키텍트대회에서 카이스트 박준성교수가 발표한 모바일 클라우드 아키텍처에 관한 강연자료

2013년 7월 18일 SW아키텍트대회에서 카이스트 박준성교수가 발표한 모바일 클라우드 아키텍처에 관한 강연자료

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  • 1. Mobile Cloud Architecture Professor June Sung Park KAIST July 18, 2013
  • 2. Mobile Applications Revolution At a local outdoor farmers market set up in a grassy field, I bought a bag of tomatoes from a lady. She swipes my card on her Square mobile card reader and I sign with my finger. My receipt is in my inbox, and her cash is in the bank the next day. 2
  • 3. Mobile Applications Revolution • Mobile Internet traffic has grown from 1% in 2009 to 13% in 2013. • Over ½ of employees use personal devices at work. • 13% of U.S. adults own a laptop, a smartphone and a tablet. • By 2015, mobile app dev projects targeting smartphones and tables will outnumber PC projects by 4:1. • 41% of developers say they use PaaS to develop and deploy mobile applications. • Mobile cloud market will explode to a $1T market by 2017. • 75% of mobile cloud market is represented by enterprise users. 3
  • 4. Mobile Applications Revolution 4 Mobile Network Operators Mobile Platform Content Provider Mobile App Store Mobile App Developer Mobile Handset Manufacturer Mobile User ICT Service Provider Public Cloud Private Cloud Enterprise Mobility Private App Store
  • 5. Mobile Applications Revolution 5
  • 6. Mobile Architecture Requirements • Mobile applications require omnichannel delivery. – Netflix to smart phones, tablets, laptops, TVs, game consoles • Mobile applications require a mix of native code and Web view to blend capabilities of native platforms with the cross-platform portability of Web. • Mobile applications require dynamic composition of RESTful services. – Services remixed from Google, Facebook, Twitter, Twilio, Spotify,… everyday 6
  • 7. Mobile Applications Architecture 7 Mobile Client Mobile Apps Mobile Web Native App Mobile Platform Applications Application Framework MEAP Mobile Apps Mobile Web Native App Mobile Platform Applications Application Framework RESTFUL and Web Services API (Façade) Backend Applications Process Orchestration Infrastructure
  • 8. Mobile Architecture Requirements • Mobile applications require use of open source SaaS and PaaS . – OpenMEAP now available on OpenShift, and AWS Marketplace • Mobile applications require elastic IaaS. – Instagram adding 1M new customers in 12 hours • Mobile applications require super-agile development. – AWS being released every 11.6 seconds 8
  • 9. Mobile Cloud Architecture 9 BaaS SaaS PaaS IaaS
  • 10. Mobile Cloud Applications 10 On-Demand Mobile Services  Hospitals such as New York-Presbyterian Hospital, Mayo Clinic, Kaiser Permanente have developed a medical information platform that provides patient data to both physicians and patients. Companies developing new online, on-demand, mobile services as SaaS for sales, logistics, healthcare, etc. Mobile Streaming Services  Walt Disney and Warner Bros both are developing cloud-based systems to provide consumers with instant access to films and TV shows via cable, computers and smart phones. Companies developing new on-demand, streaming mobile services for entertainment, surveillance, m-learning, etc.
  • 11. Mobile Cloud Applications 11 Context-Aware Services  Ford car software generates data on its location, speed, braking and wiper use. It then correlates the data with live information from the Web about traffic and weather, and sends messages about road conditions via Twitter to other motorists in the same area. Manufacturers embedding cloud-enabled services inside their products to provide context-aware mobile services. Big Data Analytics  Marriott Hotel uses software that scans the public social cloud for customer feedback and if a customer posts a complaint, the local hotel is alerted to address the problem. Companies using mobile clouds to store, analyze and visualize extreme amounts of real-time unstructured data.
  • 12. Mobile Architecture Requirements • Mobile applications require context awareness. – Google MyTracks records your path, speed, distance and elevation while you walk, run or bike. • Mobile applications require predictive analytics. – Google Now attempts to get you just the right information at just the right time by predicting your actions. 12
  • 13. Mobile Context Computing Architecture • Mobile services must be contextual. • User’s mobile context is recognized via sensors. – GPS, NFC, gyroscopes, barometer, accelerometers, microbolometer, magnetometer, chemical sensor,… • User’s mobile context is: – Situational: current time, location, altitude, environmental conditions, travel speeds,… – Preferential: historical personal decisions – Attitudinal: feelings and emotions implied by actions and logistics 13
  • 14. Mobile Context Computing Architecture • User’s mobile context is stateful. • Manage states in clients subject to device capacities. – Allow pipes and filters and broker architecture mixed with MVC architecture for mobile clients – Allows atomic services – Allows stateless, asynchronous communications with clouds – Allow load balancing and linear scale-out for IaaS • Use clouds to store and process the exploding amount of mobile contextual data, and to run predictive analytics. 14
  • 15. Mobile Architecture Requirements • Mobile services must be immediate, visual and simple. – Apple Siri takes the user’s voice commands and input. 15
  • 16. Touch-Free Client Architecture • Shift of control from touch to voice and motion (e.g. Siri, Kinect) • Heads-up display (e.g. Google Glasses) – Without monopolizing the user’s attention, you will have to adapt to peripheral cues and the addition of tactile and aural feedback and make sure that you don’t impair the user’s perception of real-time space. • On the contrary, touchwall computing with 84” screen will be broadly available soon. • Modularized services APIs come in handy as user interface technology shifts. 16
  • 17. Mobile Architecture Requirements • Mobile services must overcome last-mile connectivity bottleneck of 3G/4G. – Microsoft’s WhereStore prototype allows caching data to mobile devices from clouds to reduce data unavailability and access latency. • Mobile services must provide the roles of remote control, routing, and data/computation offloading for wearables and connectables. – Nike+ FuelBand tracks your daily activities and calorie burned. 17
  • 18. Cloud-to-Mobile, Sensor-to-Mobile Offloading Architecture • Data and computation offloading from clouds • In-memory database inside mobile devices (e.g.. Memcached, Ehcache) • Lightweight web server (e.g. Node.js, Nginx) • Client/server cloudlet on WLAN • P2P cloudlet on D2D network (e.g. Wi-Fi Direct) – KAIST Smart 5G Cloudlet Research Center 18 Ad Hoc D2D Mobile Network Distributed Parallel Computing P2P Cloudlet Service
  • 19. Cloud Architecture Requirements 19 Get it yourself Shared Infrastructure and Multitenancy Elasticity and Scalability On-demand Self-service with Simple Interface Consumption- Based Pricing Learn to share All you can eat Pay per use
  • 20. Cloud Architecture Requirements • Cloud computing model drives revolutionary changes in how solutions are designed, built, delivered, sourced and managed. 20 Cloud Service Provider (External or Internal to Consumer Organization) Cloud Service Consumer Cloud Service Infrastructure & Offering Cloud Service Strategy Cloud Service Marketing and Sales Cloud Service Assurance & Billing Cloud Architecture Cloud Acquisition and Implementation Cloud Requirement Cloud Operation
  • 21. Cloud Enabling Technologies • As is true of all profound IT changes, the apparent revolution of cloud computing is a synergetic aggregation of evolutions in multiple, established technology directions. 21 Cloud Service Infrastructure & Offering Cloud Service Strategy Cloud Service Marketing and Sales Cloud Service Assurance & Billing Cloud Architecture Cloud Acquisition and Implementation Cloud Requirement Cloud Operation Infrastructure Virtualization App Platform SOA / WOA Multitenancy Architecture WAN optimization Service Packaging SLA Web Marketing Self-Service Portal Real-Time Provisioning ITIL Automation Monitoring Metering Billing & Payment Security Business/IT Strategy BPM EA SOA/WOA Metadata Mgmt Cloud Acquisition Policy Fit/Gap Analysis Cost/Benefit Analysis App Composition Eng ITIL Monitoring
  • 22. Cloud Architecture 22 Cloud Service Infrastructure & Offering Cloud Service Strategy Cloud Service Marketing and Sales Cloud Service Assurance & Billing MEAP BaaS
  • 23. IaaS Architecture Requirements 23 Maturity of Infratructure Virtualization ServiceEfficiencyandAgility 1. Non-Virtualized Data Center 2. Server Consolidation through Virtuaization 3. Optimization of Virtualized Infrastructure 4. Automation and Orchestration of Virtualized Infrastructure, 5. Self-Service Provisioing, Machine-Readable SLA, Tenant-Aware Service Delivery and Usage-Based Billing IO IU IaaS
  • 24. IaaS Architecture 24
  • 25. PaaS Architecture Requirement 25 1995 2000 2005 2010 ESB Integrated Service Environment BPM RIA Mobile Internet Business Rule Engine Complex Event Processing Enterprise Mashup Data Integration Multitenancy BAM XTP MOM TP Monitor RPC Distributed Component Web Server EAI ETL Portal Application Server Component Assembly Application Framework IDE + + + Tenant-Aware Customization B2B Gateway
  • 26. PaaS Architecture 26 • Cloud Foundry is an open source PaaS allowing easy deployment of cloud applications using Spring for Java developers, Rails and Sinatra for Ruby developers, Node.js and other JVM frameworks including Grails.
  • 27. PaaS Architecture • CloudBees offers a Java Platform as a Service (PaaS) to build, run, and manage enterprise Java applications. 27
  • 28. PaaS Architecture 28 • Force.com multitenant architecture
  • 29. SaaS Architecture Requirements • Services accessible via user interface and “headless” APIs • Apply WOA in frontend and SOA in backend • Design multitenancy into the solution. – Tenant-specific virtual application instances, SLAs, security, privacy, – Tenant-aware customization: extensible data model, customizable GUI, customizable business logic, customizable Workflow, internationalization • Be sure to design business ‘Monetization’ into the solution. – Multiple levels of services based upon functionality, SLA, etc. 29
  • 30. SaaS Architecture • IBM has developed a reference architecture for cloud services as an extension of the SOA reference architecture. 30 SOA Cloud Service Architecture
  • 31. SaaS Applications 31 EA-Based ProcessIntegration Process-OrchestratedCloud Services Online Computing (1970-80) Client/Server Computing (1990-1995) E-Business (1995-2005) IT Standardization ITModernization SOA-Based ProcessOrchestration Mobile+Social+Cloud+ BigData IT Dark Age (1980-90) Mobile Cloud Computing (2010-2015) Technical Debt Payoff (2005-2010) Batch Computing (1950-1970) Financial Accounting on Mainframe (1972) R/3 on C/S (1992) E-Business Suite (2002) SOA: SAP NetWeaver Process Orchestration, Enterprise Services (2004) 2010s2000s1980s1970s1960s1950s 1990s Process Reengineering ERPaaS: Business ByDesign, SAP Cloud (for Sales, Service, Social Engagement, Financials,Travel) SAP Hana Cloud Integration, Ariba, SuccessFactors (2012) • Evolution of SAP solutions
  • 32. Enterprise Architecture Strategy in Mobile Cloud Era • Mobile cloud applications should be built based on standardized and integrated business processes and data. • Firms with silo apps, database instances and diverse infrastructure need EA-based standardization and integration to move fast in new technology adoption. 32 EA-Based ProcessIntegration Online Computing (1970-80) Client/Server Computing (1990-1995) E-Business (1995-2005) IT Standardization ITModernization SOA-Based ProcessOrchestration Mobile+Social +Cloud+BigData IT Dark Age (1980-90) Mobile Cloud Computing (2010-2015) Technical Debt Payoff (2005-2010) Batch Computing (1950-1970) 2010s2000s1980s1970s1960s1950s 1990s Process-Orchestrated CloudServices Process Reengineering
  • 33. Enterprise Architecture Strategy • Enterprise architecture, business process management, enterprise information management and service-oriented architecture together enable firms to build a stable digital foundation that is standardized, integrated, shared and yet agile. 33 J. W. Ross, P. Weill and D. C. Robertson, EnterpriseArchitectureas Strategy, 2006. EA EIM SOA BPM
  • 34. Pace-Layered Architecture Strategy • Apps move across layers as they mature. • IT cannot succeed with explorative or exploitative apps on an unstable foundation. • IT cannot skip maturity levels of business and IT. 34 Stable Digital Foundation Exploitative Apps Explorative Apps Business Process Management Metadata Management Enterprise Architecture Service-Oriented Architecture Process Orchestration Enterprise Mobility Social Business Cloud Service Migration Big Data Analytics Case Management Complex Event Processing Event-Driven Architecture Disruptive Innovation IT-Enabled Business Transformation Technical-Debt Payoff
  • 35. Middle-Out Architecture Strategy 35 Mobile Devices, Wireless Sensors, 4G/5G, Social Networks, SaaS, PaaS, IaaS, Hadoop, In-Memory Database, Data Science, Software-Defined Network, M2M, IoT,… Stable Business Services and Metadata Emerging Technologies Business Innovations
  • 36. Q&A June.park@kaist.ac.kr https://www.facebook.com/JP.Institute.of.Software http://jpinstituteofsoftware.wordpress.com/

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