NSWC-PHD MATAC OTA Request for Solutions: Combat Systems Integration Lab (CSIL) Project

NSWC-PHD MATAC OTA Request for Solutions: Combat Systems Integration Lab (CSIL) Project | SAM.gov Opportunity | G2X

Opportunity Summary

The Naval Surface Warfare Center, Port Hueneme Division (NSWC PHD) has issued a Request for Solutions for the Combat Systems Integration Lab (CSIL) Project. This special notice, identified by solicitation number REQ-VIR-001, seeks to develop a prototype virtual system integrated with existing stand-alone weapon systems to address current hardware limitations. The project is being executed as an Other Transaction agreement under 10 U.S.C. 4022 through the Maritime Advanced Technology Consortium (MATAC), which is managed by Advanced Technology International. This effort falls under NAICS code 541715 for Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology).

The CSIL project aims to provide a dedicated virtual environment to support AEGIS Weapon System hardware suites and modern artificial intelligence and machine learning capabilities for automated analytics. Currently, NSWC PHD relies on off-site hardware assets that are frequently unavailable, leading to delays in resolving shipboard issues and validating maintenance materials. The proposed virtual prototype will allow engineers to recreate reported problems, assess software stability, and evaluate solutions in a dedicated platform. This initiative is intended to reduce corrective action timelines and support the development of data-driven analytical tools before systems are deployed.

Interested vendors must be members of MATAC to respond to this requirement. The response deadline for this special notice is July 8, 2026. All administrative activities for this project are coordinated through the Department of the Navy via the Commanding Officer of the Naval Surface Warfare Center, Port Hueneme Division.

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Opportunity Summary

Opportunity Details

Response deadline: Jul 8, 202624 days remaining
NAICS: 541715 (opens in new tab)
PSC: —
Set aside: —
Published: Jun 11, 2026
Updated: Jun 11, 2026
Agency: DEPT OF THE NAVY (opens in new tab)
Office: COMMANDING OFFICER
Department: —
Source: View on SAM.gov (opens in new tab)

Contact and place of performance

Point of contact: —

Place of performance: Not specified

Original Description

Request for Solutions: Combat Systems Integration Lab (CSIL) Project PURPOSE: This Special Notice is issued to provide awareness of the release of a Request for Solutions (RFS) for an other transaction project in accordance with 10 U.S.C. 4022. The Combat Systems Integration Lab (CSIL) Project has been issued as part of the Maritime Advanced Technology Consortium (MATAC) managed by Advanced Technology International (...

Request for Solutions:
Combat Systems Integration Lab (CSIL) Project

PURPOSE:
This Special Notice is issued to provide awareness of the release of a Request for Solutions (RFS) for an other transaction project in accordance with 10 U.S.C. 4022. The Combat Systems Integration Lab (CSIL) Project has been issued as part of the Maritime Advanced Technology Consortium (MATAC) managed by Advanced Technology International (ATI) and administered by the Naval Surface Warfare Center, Port Hueneme Division.

BACKGROUND AND SUMMARY:
NSWC PHD lacks a dedicated AEGIS Weapon System (AWS) hardware suite and a modern artificial intelligence and machine learning (AI/ML) capability to support automated analytics and decision support. As a result, when ships report problems, the ISEA must rely on hardware assets located at existing land-based test sites on the East Coast at the Combat System Engineering Development Site (CSEDS) and Surface Combat Systems Center Wallops Island (SCSC WI), competing for time on these systems to resolve shipboard issues. The limited hardware assets are scheduled months in advance and are frequently not readily available to support NSWC PHD ISEA efforts. The same limited availability of hardware assets also affects PHD support to combat systems development including maintainability testing and document validation. A prototype virtual system integrated with existing stand-alone weapon systems at PHD can provide an available platform for engineers and technicians to recreate reported problems, collect critical data, assess software stability, and support evaluation of proposed solutions, while also serving as the foundation for developing and testing advanced, data-driven analytical tools. A dedicated virtual prototype will significantly reduce the corrective action timeline. A dedicated virtual system will also allow supportability teams to verify and validate maintenance systems and materials before systems are deployed on ships.Other Transaction Consortium Vendors interested in responding to this RFS must be members of MATAC. Interested parties may visit MATAC.org for membership information.

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Original Description

Opportunity Summary