1. Grid – Path to Pervasive Adoption Mark Linesch Chairman, Global Grid Forum Hewlett Packard Corporation

2. Industry is on a journey Old WorldNew World Static Silo Physical Manual Application Dynamic Shared Virtual Automated Service

3. Journey must comprehend a challenging set of issues People Technology Process Policy People Process

4. … while nurturing a vibrant ecosystem of value eScienceeBusiness Users Providers Architects & Builders Policy Makers

5. … and managing expectations along the way Maturity Visibility Trough of disillusionment Slope of enlightenment Plateau of productivity Technology trigger Peak of inflated expectations Time to mainstream 1–2 years 5–10 years Source: Gartner

6. Grid & Related Paradigms Distributed Computing Loosely coupled Heterogeneous Distributed Computing Loosely coupled Heterogeneous Cluster Tightly coupled Homogeneous Cluster Tightly coupled Homogeneous Grid Computing Enabled by distributed computing Heterogeneous and cross-organizational Grid Computing Enabled by distributed computing Heterogeneous and cross-organizational Utility Computing Enabled by grid and distributed computing technology Public or private computing “services” Utility Computing Enabled by grid and distributed computing technology Public or private computing “services”

7. How Are Grids Used? High-performance computing Collaborative data-sharing Collaborative design Drug discovery Financial modeling Data center automation High-energy physics Life sciences E-Business E-Science

8. Grids with the associated technologies (virtualization, automation, service orientation) are about transforming how science, business and IT is done

9. Example – Transforming Health Care Treatment protocols and prescriptions Weather Environment Patient profile & history Taiwan Asthma Grid Improved patient care Lower public health care costs More effective drugs and treatment protocols

10. The “heart” and “soul” of a grid solution Applications Resources Middleware Grid Solution Stack Applications Standards Internet & Industry Standards Standards Grid & Web Services Standards APIs Network Compute Storage “Soul” Standards that enable software interoperability “Heart” Software that enables dynamic sharing and management of distributed resources

11. Key Requirements for Grid Middleware Resource discovery, monitoring & control Data access, transfer and management Execute and manage jobs/services Secure authorization, role and access privileges Informatio n about applications & resources Virtualized resources Grid middleware services Brokering Service Registry Service Data Service CPU Resource Printer Service Job- Submit Service Compute Service Notify Advertise Application Service

12. Standardization Requires collaboration across the broader distributed computing industry Applications Services Resources DISTRIBUTED COMPUTING GRID COMPUTING UTILITY COMPUTING SNIA DMTF OASIS IETF W3C GGF Requirements An open, service- oriented architecture (SOA) Built on a Web services infrastructure Resource virtualization at the core

13. Adoption will progress in stages Scientific/ Technical Grids Commercial/ Enterprise Grids Early Deployments Momentum Building (Proven Solutions) Broad Adoption We are somewhere around here Pervasive Adoption “breaking through non- standard barriers”

14. The path to pervasive adoption

15. EGA and GGF Accelerating grid adoption Thank you! Standards Community Collaboration Grid & Distributed Computing Communities Pervasive Adoption