FRCS Mod SOW - UESC 23.docx

This contract shall support the sustainment, operations, and maintenance of the FRCS System, which includes 450 connected buildings via Direct Digital Controls (DDC). The AMI component shall track the efficiency and resiliency of the automated meter infrastructure to ensure system is communicating hourly metered utility data to servers located at building 2291 FRCS NOC. The EMCS component shall monitor energy consumption and control base utilities from the central Unity Control location in building 2291. Work shall include reprogramming DDC Controls, reprogram existing DDC Systems that database is currently unavailable, provide commissioning report at completion of functional testing, and Identifying defective DDC end-points and controllers. AMI system maintenance shall include radios, collectors, and smart meters (water, natural gas and electric). Monitor metered data in collaboration with Base Energy Office and troubleshoot and identify meter issues in the field (approximately 3,000 meters) as part of the AMI system. Monitor and maintain SCADA system connected to three large substations; MS1, MS2, MS3 (Haybarn, Basilone, and Las Pulgas), as well as potable water and wastewater distribution systems. Maintenance for these systems include controls, communication, programming, and software and servers that support FRCS. List of AMI meters, FRCS connected buildings along with their components, AMI infrastructure. Estimated outcomes include an annualized 15 percent energy cost savings and a 20 percent reduction in corrective maintenance.

TECHNICAL SUPPORT - FRCS NOC AND PORTFOLIO MANAGER

Provide onsite support to maintain and operate MCB Camp Pendleton new FRCS Network Operations Center (NOC) at the Control System front end Enterprise Services Infrastructure (ESI). The ESI is the FRCS server environment including Servers and Virtual Machines (VMs) along with other standard components able to support the system functionality. The ESI supports the Network Operations Center: Out of Band Management and Security Operations Center (SOC), EMCS sub-system, AMI sub-system that includes IT and hardware to support: Energy Management Control Systems (EMCS) and Advanced Metering Infrastructure (AMI) in order to monitor and control base utilities from a cyber- compliant central point of management. Cybersecurity Network Operations will allow for vetted security controls, which includes Security Impact Analyses, Vulnerability test, Scans of any associated changes, and reporting the instantaneous security state of the FRCS system. Contractor shall renew and acquire all application Licensing for all hardware and software network components to be configured and maintained at the FRCS NOC/SOC level.

TECHNICAL SUPPORT - ADN, FIBERNETWORK, ATO COMPLIANCE

Provide onsite support for the maintenance and support of the DWDM Fiber Network Architecture across MCB Camp Pendleton that includes 15 ADN locations and a total of 450 End-User Buildings (EUBs) locations. Each ADN has FRCS Network Switch with anywhere from 2 to 48 remote buildings connected. Each EUB has one FRCS Network Switch and or Network Firewall for a total of 350 Switches and Firewalls that will be required to be installed, maintained, managed and configured to the latest firmware, configuration and security requirement in order to maintain continuous ATO compliance. Provide onsite support to the new Wireless (Radio) Network architecture set-up across MCB Camp Pendleton at 125 different locations to be configured, tested, troubleshot, and managed to the latest recurring requirements in order to maintain continuous ATO compliance. Develop and deploy security configurations, MACSEC, IPSEC VPNs, VLANS, port security, network segmentation, and VLANs to existing and new network devices supporting FRCS.

TECHNICAL SUPPORT - (2) CYBERSECURITY

This contract shall provide the onsite overall Risk Management Framework (RMF) Sustainment and re-accreditation support for the FRCS System. Accreditation process is a continuous Cybersecurity requirement with various Agencies and Marine Corps Organizations that guide the entire Cybersecurity Community. Contractor will be responsible to maintain FRCS System accreditation management with an official Authorization to Operate (ATO) through a Life Cycle Process utilizing the Marine Corps Certification and Accreditation Support Tool (MCCAST) and UFC 4-010-06 Cybersecurity of Facility-Related official guidelines which are mandated by the National Institute of Standards and Technology (NIST) and protected under the Federal Information Security Modernization Act (FISMA).

Provide onsite Cybersecurity continuous Executive Management support for FRCS System procurement and Sub-system Software procurement for METASYS, EnergyCap and ITRON Fixed Networks and ITRON FSC, SDN, Zenon, and Rockwell Automation. Process will include Portfolio Management responsibilities to support Department of the Navy Application & Database Management System (DADMS), Department of Defense Information Technology Portfolio Repository (DITPR-DoN), Ports, Protocols and Service Management (PPSM), Approved Products List Integrated Tracking System (APLITS), Cybersecurity and Infrastructure Security Agency (CISA), and Plan of Action & Milestones (POA&M) in order to maintain the Accreditation requirements. Portfolio Management will maintaining annual reoccurring Hardware and Software Licensing renewals leveraged by Marine Corps Enterprise solutions or Private Vendor solutions in order to maintain system compliance. Develop local policy guidelines and procedures to ensure Cybersecurity Directives such as Communications Tasking Orders (CTOs), Marine Corps Directives (MCDs), and Task Orders (TASKORDs), Operations Orders (OPORDs), and Fragmentary Orders (FRAGO) are monitored, tracked and reported for compliance. Contractor shall be required to program and maintain all FRCS laptops and workstations in a current cybersecurity compliant state to include applying proper STIGs and vulnerability management for all FRCS Subsystems.

Provide an addendum to the existing ATO to include all hardware documentation from the DWDM Fiber Network and Wireless (Radio) Network architecture set-up across MCB Camp Pendleton. RMF Sustainment support will provide cost benefits by ensuring the initial investment made during the initial ATO effort are not lost. It will also allow focus on cost of inspection preparation and reaccreditation efforts are decreased for the entire FRCS System as a whole. Identify and develop Business Processes for operation, maintenance, and sustainment of FRCS ESI, METASYS, AMI, Water SCADA, and Electrical SCADA. Without RMF the MCB Camp Pendleton FRCS System will not have the capability to make any energy cost savings and it will affect operational capabilities of critical utility systems.

Areas affected by repair/construction will be in compliance with applicable ATFP, fire suppression, seismic, accessibility, ASHRAE, LEED, and flood plain codes and standards (as required) upon completion of the project.