Attachment_4_-MODS_INFRASTRUCTURE.pdf
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- Attached to
- Medical Operational Data System (MODS)
- Solicitation number
- W81K04-18-R-0005
- Issued by
-
Department of the Army Medical Command
About this file
This draft request for proposal and attached performance work statement seek information from industry regarding the sustainment and modernization of the Medical Operational Data System. The Army Medical Command intends to award a competitive non-personal services contract to manage the government-owned, contractor-operated system on its behalf. Specific tasks detailed in the performance work statement include executing contract and budget administration, performing inherently governmental functions, and providing oversight and assistance to government functional proponents. Interested offerors are invited to provide feedback on the draft documents by January 22, 2018 in preparation for a future solicitation to be posted on FBO.gov. The anticipated contract would support the Medical Operational Data System lifecycle management and help ensure its continued strategic alignment within various Department of Defense enterprise architectures.
Attachment 4 -MODS INFRASTRUCTURE
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MODS INFRASTRUCTURE and SYSTEM USERS
Note: This list is an informational point-in-time snapshot to assist prospective vendors in understanding the scope of MODS workload for which they are preparing a proposal. Equipment hardware and software is periodically added and deleted.
1. MODS Infrastructure
A. Production, DT&E (Pentagon) – MODS FY09 equipment set
(1) Application Tier -Highly Available, Network Load Balanced Cluster
(2) Middle Tier - (Web Services, etc) Highly Available, Network Load Balanced Cluster
(3) Authentication Tier - (AKO) Highly Available, Network Load Balanced Cluster
(4) Data Tier – Highly Available Failover Clustering
(5) Storage Tier – Storage Area Network
(6) Data Archive/Backup Service – File-based and Tape Silo, with push to COOP site
(7) 24 IBM LS42 Blade Servers
(8) 2 IBM HS21 Blade Servers
(9) 50 Terabytes of RAW Storage for IBM DS8300 SAN
(10) Approximately 60 Virtual Servers leveraging
a. VMware Virtualization Software
b. Virtual Servers run Windows Server 2008 and IIS 7.0 or SQL Server 2008
B. Production, DT&E (Pentagon) – MODS FY08 equipment set
(1) 3 IBM LS42 Blade Servers
(2) 1 Enterprise SAN 16300GB
C. MODS Legacy equipment set (Pentagon) This document is authored concurrent with the migration of MODS to its new operating web environment.
The migration entails moving and optimizing the entire MODS web infrastructure from the current Dell clustered server environment to the virtualized IBM blade server environment (listed above). Although migration is slated for completion prior to this PWS performance start date, it is probable that some residual work will be necessary. Below is the functional outline of the Dell clustered server environment.
(1) 12 Web Servers
(2) 8 Data Mart/Database Servers
(3) 2 Authentication Tier Servers
(4) 1 Web Service Server
D. Continuity of Operations (COOP) – MODS FY06 equipment set – (alternate site)
(1) Site Fully Configured – Integrating Environment into DIACAP Contingency Plan
(2) Leveraging Virtualization to provide servers that can host production roles in the event of a disaster
(3) 2 Power Distribution Units
(4) 4 Dell Poweredge 6850 servers
(5) 3 Storage Area Network Platforms NSM
(6) 4 VMWare ESX Server licenses
2. Pentagon Mainframe
A. IBM z9 Mainframe (hosts various MODS applications)
B. IBM z/OS 1.8
C. IBM DB2 v8.1 RDBMS
D. CICS interface for data entry and reporting
3. Relational Database Management
A. Microsoft SQL Server 2000, 2005, 2008 Enterprise Editions
B. 62 Databases (Database Clustering)
C. DTS
D. SQL Server Integrated Services
E. SQL Server Analysis Services
F. Microsoft Data Transformation Services
G. Microsoft SQL Server Integration Services
H. Microsoft LINQ Object Relational Mapping
4. Integrated Development Environment Software development uses the following technologies:
A. MS Visual Studio 6.0
B. MS Visual Studio .Net 2003
C. MS Visual Studio .Net 2005
D. MS Visual Studio .Net 2008
E. MS SQL Enterprise Manager
F. MS SQL Management Studio
G. MS Visual SourceSafe – Code Management
H. MS Team Foundation Server – Code Management
I. Other applications
5. Web Applications
A. Microsoft ASP Classic, ASP.Net 1.1, ASP.Net 2.0, ASP.Net 3.5
B. 3-tier architecture (Presentation, Application, Data)
C. 46 current web applications
(1) 33 .NET applications:
a. 11 .Net 1.1
b. 17 .Net 2.0
c. 5 .Net 3.5
(2) 13 Classic ASP applications
(3) Numerous forms/console/helper applications
(4) Approximately 175,000 Source Lines of Code (SLOC) per application. (Derived aggregate of varying ASP, C#, VB.NET, HTML, and Client-Side Scripting)
D. Model-View-Controller (MVC) Design Pattern
E. SQL Server Reporting Services 2005, 2008
F. JQuery and AJAX
6. System User Accounts: approximately 100,000
File details come from the government source that posted it. Updated .