Integrated Process Model - v2
Gartner Hype Cycle for IT Operations Management, 2007
Manage IT from a Business Perspective
Use controls to go faster
IT Budget Reality
Changing Nature of IT in Organizations
ITIL 3.0 and Supporting Materials
What’s New? Evolution, not revolution Lifecycle approach to Services ITIL v3 includes: Business service management (BSM) - now defined and recommended Configuration Management System Includes CMDB, and now… Federation, Data collection, Topology, Knowledge Management Request Fulfillment Business Impact Analysis Access Management Service Portfolio Management Service as an Asset that creates value through Utility and Warranty
Access/Identity Management
What Is a Service? V2 “A service is one or more IT systems which enable a business process” V3 “A service is a means of delivering value to customers by facilitating outcomes customers want to achieve without the ownership of specific costs and risks”
Service Management Service Management is a set of specialized organizational capabilities for providing value to customers in the form of services. Service Management takes the form of a set of Functions and Processes for managing services over their Lifecycle. Service Management is also used as a synonym for IT Service Management.
Utility and Warrant
The Source of Service Value
Service Strategy Objectives
Service Strategy
Service Design Pragmatic Service Blueprint Policies, architecture, portfolios, service models Effective technology, process and measurement design Outsource, shared services, co-source models? How to decide and how to do it The service package of utility, warranty, capability, metrics tree Triggers for re-design
Service Design
Service Transition Managing Change, Risk and Quality Assurance Newly designed Change, Release and Configuration processes Risk and quality assurance of design Managing organization and cultural change during transition Service knowledge management system Integrating projects into transition Creating and selecting transition models
Service Transition
Service Operation Responsive, stable services Robust end-to-end operations practices Redesigned, Incident and Problem processes New functions and processes Event, technology and request management Influencing strategy, design, transition and improvement SOA, virtualization, adaptive, agile service operation models
Service Operation
Continual Service Improvement Measurements that mean something and Improvements that work The business case for ROI Getting past just talking about it Overall health of ITSM Portfolio alignment in real-time with business needs Growth and maturity of SM practice How to measure, interpret and execute results
Continual Service Improvement
Quality service delivery depends on integration
Service management processes are applied across the new ITIL Service Lifecycle
Key links, inputs & outputs of the service lifecycle stages
Scope of change and release management for services
ITIL V3 Service Management Processes across the Lifecycle
Service Strategy
Generic Process Elements
Process Model
Five Aspects of Service Design
Service Portfolio
Service Catalog
Service Catalog (Continued)
SLA, OLA, and UC Service Level Agreements, Operational Level Agreements, and Underpinning Contracts Service Level Agreement (SLA) Key service targets and responsibilities of both parties Operational Level Agreement (OLA) Internal departments or organizations Underpinning Contract (UC) A contract with an external organization
UC An underpinning contract is likely to be structured with the following sections: The main body containing the commercial and legal clauses Elements of a service agreement, as described earlier, attached as schedules Other related documents as schedules, for example: Security requirements Business continuity requirements Mandated technical standards Migration plans (agreed prescheduled change) Disclosure agreements
SLA Classification Clients/ Users Availability ITService Providers SLAs Availability ITService Providers Reliability OLAs Underpinning Contracts Internal IT units UCs External Service Providers
Availability, Reliability, Maintainability, and Serviceability Availability is the ability of a service, component, or Configuration Item (CI) to perform the agreed upon function when required Reliability is a measure of how long a service, component, or Configuration Item can perform the agreed upon function without interruption Maintainability is a measure of how quickly and effectively a service, component, or Configuration Item can be restored to normal working after a failure Serviceability is the ability of a supplier to meet the terms of their contract
Incident Management Process Flow
Urgency, Impact, and Priority The required sequence of Incident resolution. Priority = Impact x Urgency Impact The extent to which an Incident leads to a departure from expected service operations, such as the number of users or CIs affected Urgency The required speed of resolving an Incident
Priority = Impact x Urgency
Problem Management Process
Change Management Process
The Four Ps of Service Management The implementation of ITIL Service Management as a practice is about preparing and planning the effective and efficient use of the four Ps: People Processes Products (services, technology, and tools) Partners (suppliers, manufacturers, and vendors)
Service Operations—Quality of Service versus Cost of Service Service Operation is required to consistently deliver the agreed upon level of service Service Operation must keep costs and resource utilization at an optimal level An increase in the level of quality usually results in an increase in the cost of service Relationship is not always directly proportional
The Deming Cycle
Continual Service Improvement Model
Measurements for Continual Service Improvement Why are measurements performed? To validate To direct To justify To intervene
IT Operations Management Process Maturity Model Source: www.gartner.com/DisplayDocument?doc_cd=131972
http://www.symantec.com/enterprise/security_response/weblog/upload/2007/09/processmap.html
The Service V Model