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Web Access Management and Optimizing Storage

Web Access Management and Optimizing Storage. Rebecca Astin and Gray Fernandez. November 2, 2010. Web Access Management (WAM) Overview and FY11 Priorities. Federal Triangle Cash Cab. The solar power cells on the NCC roof generate how many kilowatt hours of electricity annually? 111,952

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Web Access Management and Optimizing Storage

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  1. Web Access Management and Optimizing Storage Rebecca Astin and Gray Fernandez November 2, 2010

  2. Web Access Management(WAM)Overview and FY11 Priorities

  3. Federal Triangle Cash Cab • The solar power cells on the NCC roof generate how many kilowatt hours of electricity annually? • 111,952 • 900 • 200 • 4

  4. Web Access Management WAM Purpose / Benefits Customers / Applications FY 11 Priorities OID High Availability Access to WAM TSSMS Migration Operations and Maintenance

  5. Purpose / Benefits Provide centralized authentication and authorization services for EPA developed Web applications WAM components - Oracle Access Manager (OAM) and Oracle Internet Directory (OID) Provide a central directory which facilitates single sign-on (SSO) Improve security as the central directory reduces the number of identities and enables a person’s access be deleted from multiple applications quickly Comply with Enterprise Architecture Adhere to security procedures and best practices Reduces development dollars as individual applications no longer need to develop code for user and access roles management Versatile – supports Java, C++, Cold Fusion some COTS, and Web 2.0 apps

  6. Classes of Users EPA Staff – People who are hired by the EPA Internal Affiliates – A non-EPA person who has an EPA LANid (includes interns, other gov’t detailees, some contractors etc External Users – People who are not employees and not Internal Affiliates. These users complete the self registration screen.

  7. Current Applications/Customers 95+ applications and 130+ Wikis/Blogs Ebusiness (OTOP) Emissions Inventory System (OAR) ORBIT Reports (OCFO) Performance Assessment Tool (OSWER) Water Quality Standards Information Tracking System (WQSITS) (OW) Clean Watershed Needs Survey (CWNS) (OW) Emergency Management Portal (OEM)

  8. Web Access Management FY 11 Priorities

  9. Web Access Management OID Failover/High Availability With so many applications relying on WAM, high availability and failover is a requirement Benefits for WAM environment and applications: 1) increased availability and performance2) reduced planned and unplanned downtime Phase 1 – Create redundant LDAP Servers Phase 2 – Create redundant Login (OSSO) & Delegated Admin (DAS) Servers

  10. OID HA/FO Architecture

  11. Developer Access Access to WAM at NCC Developers can access OAM User and Group Manager to populate test users and groups Developers have access to the WAM staging environment when testing applications in the development environment

  12. TSMSS Phase Out TSMSS is being phased out for non mainframe platforms Will be phased out by FY 2012 De-couple user provisioning and account registration Migrate web account registration Migrate TSSMS identities to WAM Migrate disk space billing for Oracle databases from TSSMS accounts to eBusiness accounts Migrate legacy applications that use TSSMS identities for application or database level access to WAM identities Linux / WAM authentication TSSMS Migration

  13. TSMSS Pilot Pilot program for migrating Oracle database users from TSSMS identities to WAM identities Working with AQS to document identity and access workflow Close coordination with TSSMS, Oracle DBSS and CDX Modify OID attributes and registration process AQS WAM Authentication

  14. Operations and Maintenance OAM Upgrade to 10.1.4.3 P2V Migration All WAM servers will migrate to virtual machines Monitor Audit Logs Review OAM logs for suspicious patterns WAM Self Registration Changes De-Couple self-registration and application access request from Portal

  15. Web Access Management Contact: Rebecca Astin WAM Project Manager Astin.Rebecca@epa.gov 919-541-3074

  16. Optimizing Storage

  17. Federal Triangle Cash Cab Do you think your storage costs could decrease in FY 11? Yes No

  18. Advanced Compression Option • What is it? • What are the benefits? • How does it work? • Shared Environment Implementation • Next Steps

  19. Benefits Summary: • Compression of Table Data. • Compression for File Data. • Compression for Backup Data. • Compression for Network Traffic ACO Minimizes costs while continuing to achieve the highest levels of application performance.

  20. What is it? A database option that can make your database smaller and faster and reduce your storage costs. • Introduced in Oracle Database 11g • Allows you to compress structured data (numbers, characters) as well as unstructured data (documents, spreadsheets, XML and other files). • Provides enhanced compression for database backups • Includes network compression for faster synchronization with standby databases.

  21. Shared Environment Implementation Phase I: Compression for Backup Data. • Fully implemented on 11/9! Phase II: Compression for Table Data. • Implemented at the discretion of Application Owners • Owners will be advised what their potential savings are on a Storage Cost Analysis Report. • Effects will be tested in the Staging Environment.

  22. Benefit: Compression of Table Data Oracle claims an average of 4:1 compression rate On-disk storage savings translates directly into cost savings. GB $/GB/Yr Storage Bill Compress Rate GB With ACO Bill Savings 500 87.72 $ 43,860 0% 500 $ 43,860 $ - 500 87.72 $ 43,860 30% 350 $ 30,702 $ 13,158 500 87.72 $ 43,860 50% 250 $ 21,930 $ 21,930 500 87.72 $ 43,860 70% 150 $ 13,158 $ 30,702 • Compression rates of 80% observed in testing with STORET data. * mileage will vary • License included in shared environment, must be separately licensed for dedicated environment • Dedicated Environments will have a Break Even point of roughly 50 GB per processor licensed.

  23. Benefit: OLTP Table Compression OLTP Table Compression Syntax CREATE TABLE emp ( emp_id NUMBER , first_name VARCHAR2(128) , last_name VARCHAR2(128) ) COMPRESS FOR OLTP;

  24. Benefit: Compression for File Data With SecureFiles, organizations can now manage all relational data and associated file data in Oracle using a single security/audit model, a unified backup & recovery process, and perform seamless retrievals across all information. SecureFiles beats the Linux file system on both read and write performance. It also has compression, de-duplication (only storing duplicate files once), and encryption. The encryption is an extension of Oracle Transparent Data Encryption, which is FIPS 140-2 compliant.

  25. Benefit: Compression for File Data Simplify, Secure and Compress unstructured content. • With SecureFiles compression, typical files such as documents or XML files, experience a reduction of 2 to 3 times in size. • Using built-in intelligence, SecureFiles Compression automatically avoids compressing data that would not benefit from compression – for instance a document that was compressed via a 3rd party tool before being inserted into the database as a SecureFiles file.

  26. Benefit: Compression for File Data SecureFiles Deduplication Syntax CREATE TABLE images ( image_id NUMBER, image BLOB) LOB(image) STORE AS SECUREFILE (TABLESPACE lob_tbs DEDUPLICATE);

  27. Benefit: Compression for Backup Data Advanced Compression includes the capability to compress the backup data generated by both RMAN (physical backups) and DATA PUMP (logical exports).

  28. Benefit: Compression for Backup Data Syntax for setting the RMAN compression algorithm: RMAN> SET COMPRESSION ALGORITHM ‘LOW|MEDIUM|HIGH’; Syntax for taking a compressed RMAN backup: RMAN> backup as COMPRESSED BACKUPSET database archivelog all; Syntax to enable compression for Data Pump: expdp hr FULL=y DUMPFILE=dpump_dir:full.dmp COMPRESS;

  29. Benefit: Compression for Network Traffic Data Guard Redo Transport Services are used to transfer redo data to standby/mirror site(s). Redo data may be transmitted in a compressed format to reduce network bandwidth consumption and in some cases reduce transmission time of redo data.

  30. How does it work?

  31. How does it work? Pg 31

  32. Next Steps? Various estimates indicate that data volume is almost doubling every 2-3 years. ACO can insure that your storage costs do not mushroom at the same rate as your data volume. Contact your NCC Point of Contact or me directly to schedule a database storage cost analysis to seehow your application might benefit. Dedicated environments will incur extra licensing costs. The Shared environment is already licensed.

  33. Contact: • Gray Fernandez • Hosting and Storage Solutions • Fernandez.Gray@epa.gov • 919-541-3015

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