The U.S. Army Program Executive Office for Simulation, Training, and Instrumentation is soliciting industry feedback through a Request for Information (RFI) to develop a hybrid fiber and wireless communications network for testing environments. This initiative, known as the Test Enterprise Network Modernization II (TENM2), aims to enhance connectivity for various subordinate organizations within the Army Test and Evaluation Command (ATEC). The RFI will be released in three phases focusing on different locations, with the second RFI due on July 26, 2024, targeting Redstone, White Sands, and Ft. Bliss. Key requirements include the ability to support U.S. Department of Defense cybersecurity mandates, ensure network performance efficiency, facilitate mobility, and provide scalable solutions for both current and future needs. Vendors are encouraged to submit technical capabilities and cost estimates for proposed solutions, which should ideally utilize existing infrastructure and comply with standards-based technology. Site visits will be conducted to familiarize potential contractors with the testing environments. Responses must be submitted electronically and adhere to specified guidelines. This RFI emphasizes collaboration with small businesses, aiming to foster innovation in military network modernization efforts. The proposal reflects the Army's commitment to enhancing its operational capabilities while ensuring the security and efficiency of its test networks.

The U.S. Army's Project Manager Cyber, Test & Training (PM CT2) is seeking industry input through a Request for Information (RFI) for the Test Enterprise Network Modernization III (TENM3). This initiative targets the enhancement of the Army Test and Evaluation Command's (ATEC) network capabilities by developing a hybrid fiber and wireless network architecture. Key requirements involve addressing issues such as cybersecurity, bandwidth limitations, scalability, and integration with existing infrastructures across multiple subordinate organizations at various locations. The RFI will be released in phases focusing on specific regions, and vendors are encouraged to provide detailed technical solutions and cost estimates. Responses must demonstrate compliance with DoD standards while ensuring operational efficiency and maintainability. Additionally, interested parties may attend voluntary site visits to better understand existing environments and requirements. Final proposals are due on specified dates in August and September 2024. The overarching goal is to establish a modern and efficient test network to support current and future mission-critical testing operations.

The Test Enterprise Network Modernization (TENM) initiative seeks to modernize the test network for the U.S. Army's Test and Evaluation Command (ATEC) by establishing a hybrid fiber and wireless network architecture. This project addresses the need for higher bandwidth and improved infrastructure at various test centers, facilitating the transfer of large test data volumes for critical analysis. TENM will proceed through three Requests for Information (RFIs) targeting different locations, soliciting industry responses for network design and cost estimation. Key requirements include cybersecurity compliance, high performance, portability, scalability, and standards-based technology to enhance operational effectiveness. Interested vendors, particularly small businesses, should provide detailed technical solutions and Rough Order of Magnitude (ROM) cost estimates, with the option to attend voluntary site visits for comprehensive understanding. Responses are due by June 28, 2024, with the goal of ensuring interoperability and future network readiness. This initiative demonstrates the Army's commitment to enhancing testing capabilities by leveraging modern technologies.

The Test Enterprise Network Modernization Program (TENM) aims to modernize the Army Test and Evaluation Command’s (ATEC) network infrastructure through three key projects: Test Network Modernization (TNM), Fiber Modernization (AFM), and a Future Wireless Network (FWN). TENM addresses critical bandwidth and connectivity shortfalls, ensuring that both fiber and wireless technologies support rigorous testing demands, including high-definition video streaming and real-time data processing. Key shortfalls identified include degraded fiber condition, inadequate bandwidth, and insufficient redundancy, which risk mission effectiveness. The TNM focuses on increasing network capacity to at least 10 Gbps while transitioning to a 100 Gbps backbone. The AFM project intends to replace outdated fiber systems to meet contemporary throughput requirements. Meanwhile, FWN will enhance wireless connectivity across test areas, facilitating robust data transport in remote environments. Specific performance requirements have been outlined, including the installation of fiber with minimum splicing losses, and the establishment of reliable wireless systems to support various operational scenarios. This comprehensive modernization strategy ensures ATEC can effectively execute current and future testing missions, emphasizing improved data collection, transmission capabilities, and overall network resilience.