Type : Contract
CRB WEB-BASED DECISION SUPPORT APPLICATION Solicitation ID/Procurement Identifier: 140R8122Q0016 Ultimate Completion Date: Sat Sep 30 17:00:00 GMT 2023
CRB WEB-BASED DECISION SUPPORT APPLICATION Solicitation ID/Procurement Identifier: 140R8122Q0016 Ultimate Completion Date: Sat Sep 30 17:00:00 GMT 2023
Procurement Number 40-U6900-23-CP500Agency U6900 - UNIVERSITY OF NEW MEXICOProcurement Type SOLE SOURCEBuyer Procurement Description WEBFOCUS ENABLES APPLICATION DEVELOPERS AND WEB DESIGNERS TO CREATE POWERFUL DECISION SUPPORT APPLICATIONS AND ENTERPRISE INFORMATION SYSTEMS THAT DELIVER EASY ACCESS TO THE INFORMATION THAT USERS NEED, REGARDLESS OF HARDWARE PLATFORMS, DATA SOURCE STRUCT Amount $360,790.00Start 12/08/2023End 12/07/2026Due date 01/07
Contact Information: Courtney F. Chase, Contract Specialist, Email courtney.f.chase.civ@mail.mil Office Address :Attn: MCMR-AAA820 Chandler Street Frederick, MD 21702-5014 MD 21702-5014 Location: U.S. Army Medical Research Acquisition Activity Set Aside: Award Number: W81XWH-17-C-0251 Award Amount : $5,823,896 Award Date: 092517 Awardee: Massachusetts General Hospital
This is a DRAFT Request for Proposal (RFP) with DRAFT RFP attachments for FA4452-18-R-0039 Global Decision Support System (GDSS) Application Support. This is NOT an RFP or invitation for offerors to submit proposals. This is a follow-on contract to FA4452-15-C-0003 performed by Tapestry Solutions.All documents are subject to change.
Support System (GDSS) Application Support on or about 13 Sep 18 through this notice AFICA-FA4452-18-R-0039 on FBO.gov.
Note this posting is not a Request for Bid (RFB) or Request for Proposal (RFP).NatureServe is the sole distributor and provider of maintenance and technical support for Biotics 5 a conservation information management and decision support software application.
A combined decision-support application capable of seamlessly provide hydrologic and ecological output to various scenarios of water management is cost efficient to the Federal and State governments since less time will be spent on bridging differences in numerical approaches.