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This document presents crucial insights into IT management focusing on reasons for automation, technology strategy, and success factors for implementation. Key highlights include the importance of a solid technology strategy to prevent fragmented data and increased operating costs. It outlines guiding principles of a generic technology model, emphasizing data management, application integration, and process efficiency. Executive and stakeholder involvement, along with effective steering committees, are essential for achieving business benefits and minimizing risks. Understanding the role of data in technology implementation is also critical.
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Thoughts on IT Management Presented by: John Clark Cutter Associates, Inc. 1
Reasons For Automation • Cost and efficiency • Business scalability • Business agility • Competitive edge • Service improvement • Risk reduction 2
Technology strategy • Implementation of systems without strategy/architecture plan will not be successful • Changes in the business model will be harder to implement • Lack of strategy often leads to fragmented and unconsolidated data • Lack of strategy leads to lack of processing flexibility • Lack of strategy leads to redundant processing in multiple applications resulting in higher cost of ownership • Tactical/silo solutions often result in higher business risk and the potential for costly errors 3
Generic Technology Model • Guiding Principles • Support current and future products and services (business model) • Manage business and operating risk • Durable, scalable, extendable • Standards based • Systems architecture • Data management • Integration architecture • Application selection / development 4
Generic Technology Model(continued) • Guiding Principles (continued) • Normalize • Try to do things one way and only one way • Data • Process • Consolidation of common functions • De-normalize in some cases • Less complexity • Efficiency • Speed 5
Generic Technology Model(continued) • Guiding Principles (continued) • Link applications using planned integration strategies • Elimination of point-to-point interfaces • Middleware • Message based communication • Standard protocols (internal, external) • Application independent 6
Generic Technology Model(continued) • Guiding Principles (continued) • Implementation principles • Differentiate between strategic and commodity functions • Buy before building • Build • Competitive advantage • No “buy” solution • Centralize and share services (data transfer, protocols) where possible • Non-standard application software may be acceptable • Compelling business case • Required to achieve competitive advantage • Economically viable • Minimal threat to overall stability and support • May result in multiple systems to address similar business needs 7
Key Factors for Success • Executive sponsorship • Identification of business benefit (ROI) • Identification of stakeholders and getting them involved • Proper definition and scope • Cohesive project planning and implementation • Active project risk analysis and mitigation • Well designed ongoing support infrastructure 8
Management Sponsorship • Executive sponsorship comes from the top • Be visible • Show commitment • Solutions must benefit the users and be marketed to them • A steering committee must be formed to guide the process 9
Role of Steering Committee • Regular periodic meetings • Resolve issues across enterprise • IT vs business • Accept overall project direction and schedule • Facilitate timely decision making 10
Role of Working Committees • Working committees can be formed under the steering committee • Will resolve issues pertaining to their specific area • Will include project staff, end-users and support staff • Issues not resolved by working committee will be escalated to Steering Committee 11
IT Primer • Know the right questions to ask • Do not be intimidated by buzz words • Many times the one speaking does not fully understand what he/she is saying • The basic principals are logical and simple 12
Technology Principles • Everything starts with the data • ‘Data Centric’ • Data is separate from the applications • Data is accessible independent of the applications • Result is more flexibility to add or replace business processing components 13
Changing footprints Type 1 Type 2 Type 3 Analytics Portfolio construction Generally weaker Than type 2 Restrictions Order Entry Trading Valuation/accounting Performance Measurement Attribution & Contribution Client Reporting 15
Data Centric Model Fixed Trading Analytics Compliance Equity Trading Data Warehouse/Hub Web Server Risk Custody Reporting Books and Records 16
Client Server • Beware • Can mean several different things • Fat client • Most of the business rules are in the PC and not the central server • High cost of ownership • Thin client • Runs in a browser (IE) • Lower cost of ownership • Remote access (virtual application) 17
Generic Two-Tier Architecture - UI definition - UI widgets - Business rules - Imbedded SQL or DB layer - Windows 95,98,NT - VB, C++, PowerBuilder - MFC, Third party controls - COM Client Database - SQL compliant DB - Stored Procedures - Business rules & Processing - Data import/export - Reporting Unix, NT Sybase, Oracle, SQL Server 18
Fat Client Client - UI definition - UI widgets - Business rules & Processing - Imbedded SQL - Windows 95,98,NT - PowerBuilder Database Unix, NT Sybase, Oracle, SQL Server - SQL compliant DB - Data import/export 19