Cryptologic Communications Equip

The Cryptologic Communications Equip program, reflected in Navy Budget Line Item (LI) 3501, is designed to enhance the Navy's cryptologic and signals intelligence (SIGINT) capabilities across surface, subsurface, and airborne platforms. The primary objective is to procure and sustain state-of-the-art, commercial off-the-shelf (COTS) SIGINT equipment that can be rapidly deployed in response to evolving combatant commander requirements. This program supports quick-reaction capabilities and ensures that the fleet remains agile and responsive to dynamic threat environments. Equipment is tailored annually to address specific signals of interest and operational needs as defined by Fleet Cyber Command (FCC)/Commander TENTH Fleet (C10F) and the Fleet Signals Development Working Group (FSDWG).

Cryptologic Carry-On Program (CCOP) Systems & Subsystems form the backbone of this line item, focusing on the procurement of hardware such as receivers, recorders, tactical computers, antennas, electronic warfare support measures, and advanced signal search equipment. These systems are configured to operate either as standalone units within cryptologic spaces or as add-ons to existing shipboard systems, enabling flexible and targeted intelligence collection. The CCOP includes the procurement of specialized subsystems selected based on annually updated fleet requirements. Beginning in FY 2026, funding for CCOP systems is being realigned to support broader technology project consolidation, fostering innovation and efficiency in procurement.

Global Signal Analysis Laboratory (GSAL) supports technical management and resource allocation for worldwide Information Warfare (IW) operations. GSAL maintains a distributed architecture of Signals Analysis Laboratories (SALs) across strategic fleet operating areas, facilitating the processing, exploitation, and dissemination of technical SIGINT data. The program leverages the RoNIN Mission System to provide analysts with direct and remote access to tactical mission payloads, integrating both existing and cloud-based analytical tools. GSAL's objectives include sustaining SAL integration for security and new technology requirements, which are essential for technical analysis in contested electromagnetic environments and for supporting TechSIGINT revitalization initiatives.

Fleet Information Operations Centers (FIOC) deliver regionally focused Information Operations (IO) and SIGINT support to Fleet Commanders. FIOC objectives include the procurement and lifecycle maintenance of Command/Control (C2) systems connected to Sensitive Compartmented Information (SCI) networks, ensuring a common baseline of analytical intelligence software tools. FIOC also supports the CLASSIC REACH program, which establishes a service-oriented architecture for hosting network services that enable distributed SIGINT/IO operations, including reach-back and remoting capabilities from various Navy platforms.

Electronic Warfare (EW) Fleet Synthetic Trainer Consolidation aims to improve operational planning, tactical decision-making, and intelligence team readiness through integrated training environments. This program provides architecture and systems for exercising shipboard Top Secret/Sensitive Compartmented Information (TS/SCI) capabilities, supporting both kinetic and non-kinetic operations, and enhancing proficiency in SIGINT, Electromagnetic Maneuver Warfare (EMW), and cyberspace operations. The trainer consolidation also supports Assured Command and Control (C2), Cyber Situational Awareness, and the Enhanced Naval Network Environment (NNE) Information Dominance Integrated Prioritized Capabilities Lists (IPCLs).

Life Cycle Management (LCM) and Fleet Training Wholeness (FTW) are essential for sustaining installed unit readiness and ensuring technical refreshes. LCM requires periodic updates, typically every three years, to maintain the operational effectiveness of SIGINT/C-ISR systems installed on ships. FTW supports installation and technical refresh of permanent shipboard systems and Portable Embarkation Kits (PEKs), adapting to fluctuations in fleet installation locations and maintaining overall fleet training integrity. These objectives ensure that the Navy's cryptologic and intelligence infrastructure remains current, resilient, and capable of supporting comprehensive maritime operations.