BCIT Application Portfolio Mgmt
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The document discusses BCIT's application architecture definition and portfolio. It describes the different types of applications including business, core, development, and system applications. It provides attributes for applications like name, type, servers, environments, owners, and technologies. Current and future preferred application platforms are outlined focusing on fewer platforms for benefits like lower costs, focused development, and agility.
BCIT Application Portfolio Mgmt
- 1. BCIT’s EA Model IT Service Management Strategy and Policy Business Data Application Infrastructure Presentation Service Delivery and Support Security
- 2. Application Architecture Definition Application Architecture element describes the technologies, standards and guidelines used to evaluate, select, create and implement software applications into BCIT's Enterprise Architecture.
- 3. Application Architecture Definition This domain addresses the following application domains: Commercial Applications Developed Applications Open/Community Source Applications Middleware Applications
- 4. Application Portfolio Attributes Attribute Definition Application The software code that accomplishes a logical unit of work. Made up of Core, System, Application Development and Business software.
- 5. Application Portfolio Attributes Application Type Definition Business Application Those applications that perform a business function. Examples would be Student Registration, eLearning, Timetabling System, etc. Core Applications Those applications common to the enterprise and support the everyday functions of the enterprise. Examples would be MS Word, MS Outlook, Adobe Acrobat, Host on Demand, Internet Explorer, etc.
- 6. Application Portfolio Attributes Application Type Definition Development Applications Those applications that assist programmers in developing the business applications. Examples: Oracle Forms, Java, PHP, PL/SQL. System Applications Those applications that support the processing of Business Applications. Examples would be Linux, AIX, Windows Server, Monitoring tools.
- 7. Application Portfolio Attributes Application Name Application Type Application Server App Server OS Data Server Data Server OS App Devel Env Executive Sponsor Business Owner Technical Manager Technical Owner Strategic Governance Definitions Technology Lifecycle Definitions Service Level Agreement (SLA) Implementation Year Web Enabled Authentication Authorization Identity Source Vendor Depends on High Availability Supports Test Environ Storage DR RTO RPO
- 8. Application Profile Based on known and current application portfolio matrix as of Aug 2007
- 9. Application Development Environments LAMP = Linux, Apache, mySQL and PHP (primarily used to deliver Web Applications) Oracle = combination of Oracle Forms and PL/SQL Domino = Lotus Notes applications that are deployed as Windows and/or Web clients Java = combination of Oracle and Jboss Java applications HTML = mark-up language for the web Access = departmental apps using Microsoft Access
- 10. BCIT Current Technologies – we have tons! Architecture Browser IE 6 IE 7 Firefox Safari Lotus Domino Opera Web Server IIS Apache OAS BEA Sun Lotus Domino Application Development PHP HTML Oracle Forms PL/SQL Adobe Flex Lotus Script .Net Java Middleware Oracle Fusion ODBC Adobe ADM Tomcat Luminis Data Integration Lotus Domino Database mySQL MS/Access Postgres SQLServer Oracle Lotus Domino Directory Active Directory SunOne LDAP Novell eDir Novell LDAP Apple Open LDAP Lotus Domino Operating System Windows Server Linux (Redhat & SUSE) AIX Solaris OS/X Novell Hardware IBM Blade VMWare P Series Sun Fire Mac Xserve Intel Desktop
- 11. Solutions Architecture – Current Platforms Architecture Oracle Domino LAMP Microsoft Novell Apple Sun Browser Any Any Any Any IE Any Any Safari Any Web Server OAS Domino Apache IIS Sun Apache SunOne Application Development Oracle Forms PL/SQL Lotus Script PHP HTML Ajax .Net ASP .Net PHP HTML Ajax Java Middleware Oracle Fusion Lotus Domino None ODBC Luminis Data Integration None Luminis Database Oracle Lotus Domino mySQL Postgres SQLServer Proprietory mySQL Postgres Oracle Directory Any Lotus Domino LDAP Active Directory eDirectory Open LDAP SunOne LDAP Operating System AIX SUSE Linux AIX Windows Server Redhat Linux Windows Server Novell OS X Solaris Hardware P Series VMWare P Series IBM Blade IBM Blade IBM Blade VMWare IBM Blade Mac Xserve Sun Fire
- 12. Solutions Architecture – Future Platforms Benefits Fewer solution platforms IT cost management IT Staff development is focused Ability to be more agile in delivering solutions Allows for going “deep” Architecture Oracle LAMP Microsoft Browser Any Any Any IE Web Server OAS Apache IIS Application Development Oracle Forms PL/SQL Adobe Flex PHP HTML Ajax .Net ASP Middleware Oracle Fusion None ODBC Database Oracle mySQL Postgres SQLServer Directory Any LDAP Active Directory Operating System AIX Redhat Linux Redhat Linux Windows Server Hardware P Series VMWare IBM Blade IBM Blade VMWare
Editor's Notes
- #3: The definitions of these attributes can be found in the MS Access database included.
- #4: The definitions of these attributes can be found in the MS Access database included.
- #5: The definitions of these attributes can be found in the MS Access database included.
- #6: The definitions of these attributes can be found in the MS Access database included.
- #7: The definitions of these attributes can be found in the MS Access database included.
- #8: The definitions of these attributes can be found in the MS Access database included.