Attch2_Exh_H_MDIOC_Facility_AV-1.pdf

MISSILE DEFENSE INTEGRATION AND OPERATIONS CENTER

Integrated Research and Development for Enterprise Solutions

IRES Systems Engineering and Program Integration (SEPI)

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

MDIOC-AV1

29-May-22

Prepared for:

Missile Defense Integration and Operations Center

730 Irwin Avenue Schriever SFB, CO 80912-7300

Prepared by:

Jacobs Technology Inc.

730 Irwin Avenue, Room 270 Schriever SFB, CO 80912-7300

Cage Code: 7EBK3 Contract: HQ079617-D-0001

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

MDIOC-AV1

29-May-22 ii

REVISION/CHANGE RECORD

Symbol Date Revision/Change Description Pages Affected n/a 29-May-22 Initial release All

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information iii

TABLE OF CONTENTS

Contents

1. INTRODUCTION

1.1 Purpose

1.2 Scope and Applicability

1.3 Document Maintenance

1.4 Reference Documents

1.5 Definitions

2. PRODUCT DEFINITION

2.1 Model Overview

2.2 Model Purpose and Intended Use

3. DETAILED DESCRIPTION

3.1 MDIOC Facility System-of-Systems

3.1.1 Electrical System

3.1.2 Mechanical System

3.1.3 Control/Monitoring/Alarm System

3.1.4 Physical System

3.1.5 Safety System

LIST OF FIGURES

Table 1 Reference Documents Table 2 Two-Letter Organization Abbreviations Table 3 MDIOC Operations Support Areas

LIST OF TABLES

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

1. Introduction

1.1 Purpose

The purpose of this AV-1 is to describe the contents of the high-level operational graphic, and to describe the MDIOC systems and subsystems that are in place to satisfy these mission requirements.

1.2 Scope and Applicability

The scope of this AV-1 is primarily the MDIOC, and its interfaces with external entities, and the systems designed within the MDIOC to support the fulfillment of tenant mission objectives.

1.3 Document Maintenance

This AV-1 is to be updated when any significant operational or facility system changes require an update to any of the content herein.

1.4 Reference Documents

The reference documents identified in Table 1 provide additional information to augment the information presented. Unless otherwise specified, the current revisions shall apply.

Table 1 Reference Documents

Document ID Title External Documents n/a DoDAF Architecture Framework Version 2.02 Internal Documents

MDIOC-OV-1 MDIOC Operational Viewpoint-1 High Level Operational Concept Graphic MDIOC- SV-1 MDIOC System Viewpoint-1 Systems Interface Description C005-18F8004 MDIOC Fire Detection and Suppression System Description Document (SDD) C007-18F8004 MDIOC Electrical System Description Document (SDD) C010-18F8004 MDIOC Plumbing System Description Document (SDD) C011-18F8004 MDIOC Roof System Description Document (SDD) C012-18F8004 MDIOC HVAC System Description Document (SDD)

1.5 Definitions

The following acronyms in Table 2 represent the Missile Defense Agency (MDA) Two- Letter (2LTR) organizations used within this document.

Table 2 Two-Letter Organization Abbreviations

2LTR Organization Name MDA/BC Command and Control Battle Management & Communications (C2BMC) MDA/DE Director Engineering MDA/DT Director Test

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

2LTR Organization Name MDA/DW Warfighter Operational Integration MDA/GM Ground-based Midcourse Defense MDA/IC Chief Information Office MDA/SS Space Sensors

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

2. Product Definition

2.1 Model Overview

The All Viewpoint (AV-1) Overview and Summary Information provides unclassified, executive-level summary information in a consistent form that allows for quick reference and comparison between architectural descriptions.

2.2 Model Purpose and Intended Use

Department of Defense Architectural Framework (DoDAF) is the basis for the capture of the Missile Defense Integration and Operations Center (MDIOC) as a system. A tailored approach is taken to select the specific DoDAF viewpoints that best represent the system being described while limiting the number of artifacts to manage. This tailoring permits efficient management and updates to a limited set of viewpoints while still capturing relevant and useful information.

DoDAF offers a common framework to represent architecture artifacts/diagrams. Additionally, DoDAF provides flexibility to represent diagrams in various formats including System Modeling Language (SysML), which is the standard used across this architecture. Establishing artifacts using SysML works towards the purpose of increasing the use and adoption of processes and products consistent with Model-Based Systems Engineering (MBSE) principles. This emphasis on MBSE is in support of and contributes to Department of Defense (DoD) and MDA digital engineering initiatives, which seek to increase transparency, traceability, and accessibility of system artifacts and perspectives.

The MDIOC Operational Viewpoint-1 (OV-1) High-Level Operational Concept Graphic (Figure 1) describes the MDIOC as a provider of enabling capabilities, services, and activities to consumers from across the DoD, including Combatant Commands (CCMDs). The MDIOC provides support across a broad spectrum of the MDA mission space, to include support for Research, Development, Test, and Evaluation (RDT&E) and Missile Defense System (MDS) operations. The MDIOC’s core capabilities include both infrastructure and information technology (IT) enterprise services.

The MDIOC Facility AV-1 Overview and Summary Information is a core artifact in the MDIOC Technical Baseline (TB). As such, it is intended to describe how the MDIOC operational architecture relates to the MDIOC system architecture. The MDIOC systems and subsystems that support the mission(s) described within the OV-1 are shown in the Systems Viewpoint-1 (SV-1) in Figure 2.

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

Figure 1 MDIOC High-Level Operational Concept Graphic (OV-1)

Figure 2 MDIOC Systems Interface Description (SV-1)

This AV-1 provides an overarching view of the MDIOC mission, but primarily discusses the physical architecture of the actual elements, which are the systems and subsystems of the

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

MDIOC facility. There is an important distinction between information architecture used in Systems Engineering (SE), which the SV-1 supports, and physical or engineering architecture, which is conventionally understood as description of the physical layouts (e.g., halls, walls, structural support, etc.) used by facility and infrastructure teams. Therefore, in the context of this document, the use of “architectures” refers to system-level architectures used by the SE discipline, rather than physical architecture (e.g., blueprints, floor plans, etc.). As a discipline, SE is concerned with the relationship of information and data, and the supporting physical platforms. Each system described in the SV-1 will have its own set of artifacts that further decompose the MDIOC as a system into additional subsystems and components.

3. Detailed Description The MDA uses the capabilities of the MDIOC to support operations activities, as well as Research, Development, Test & Evaluation (RDT&E) tests and events. The MDIOC can be described from both an operational context (i.e., the missions and consumers it supports) and as a facility (i.e., physical and IT infrastructure). The MDIOC, in an operational context, describes how it supports and interacts with key internal and external nodes of the MDA mission. As a facility, it hosts multiple organizations that provide the MDA and the greater DoD with enterprise-level technical integration and system-level operational services and products.

The MDIOC as a system describes the breakdown in components and services that exist to ensure the building is capable of executing the mission.

MDA operations for missile defense capabilities have been executed at the MDIOC since 1988, providing around-the-clock operational system/service support for missile defense analysis, system engineering and integration, test and evaluation support, and maintenance of systems for the reliability, availability, and sustainment of the MDA missions. The OV-1 (Figure 1) provides the array of organizations/consumers aligned to the capabilities, services, and activities they receive from the MDIOC. A significant portion of the MDIOC is used as operations centers, support centers, laboratories, testbeds, and event control centers. It is treated the same as a National Range, similar to Vandenberg Space Force Base (VSFB) and Reagan Test Site (RTS), for scheduling and range documentation purposes. Additionally, the MDIOC provides its core tools of communications and network capabilities, computing capabilities, engineering services, event services, business operations, and facility and security services.

The MDIOC facility provides services to tenant organizations and assures availability of those services under the direction of the MDIOC Director (MDA/SS). The MDIOC facility infrastructure was specifically designed to provide an unbiased, level playing field environment for conducting joint and combined interoperability missions.

The MDIOC facility is comprised of two primary buildings; Building 720 Research Building (RB), which provides the Operations and Research, Development, Test & Evaluation (RDT&E) functions, and Building 730 Consolidated Support Facility (CSF), which provides offices for support staff, a cafeteria, coffee shop, and additional conference rooms.

Table 3 provides the current list of the consumers/organizations and missions that the MDIOC supports.

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

Table 3 MDIOC Operations Support Areas

MDIOC (SV-1) System Description Area Name 2 LTR Supported Mission

MDIOC Mission Centers Missile Defense Element (MDE) MDA/GM 100th Missile Defense Brigade (MDB)

Joint-GMD Training & Exercise Center (JGTEC) MDA/GM 100th Missile Defense Brigade (MDB)

C2BMC Testbed (CTB) MDA/BC C2BMC

Systems Test & Operations Centers (STOCs) MDA/BC C2BMC

Special Use Space (SUS) MDA/BC C2BMC

BMDS Network Operations Center (BNOSC) MDA/BC C2BMC

Enterprise Sensors Laboratory (ESL) MDA/BC C2BMC

C2BMC Operational Suite MDA/BC C2BMC

International Point-of-Presence (IPOP) MDA/BC C2BMC

Joint Early Warning Laboratory (JEWL) MDA/BC C2BMC

Joint Functional Component Command for Integrated Missile Defense (JFCC-IMD) Operations Center (OC) JFCC-IMD

Operational Support Center (OSC) MDA/DW MDS Watch Officers

Wargames & Exercises Support Center (WESC) MDA/DT US Combatant Commands

Missile Defense Space Center (MDSC) MDA/SS

Missile Defense Space Enterprise Architecture (MDSEA), MDA Enterprise Ground Services (MEGS), Missile Defense Space Operations Center (MDSOC)

Space-based Kill Assessment (SKA) MDA/SS Space-based Kill Assessment

Hypersonic and Ballistic Tracking Space Sensor (HBTSS) MDA/SS Missile Tracking

Event Support Center (ESC) MDA/DT MDA Flight Testing

Operational Test Execution Centers (OPRTECs) MDA/DT MDA Ground Testing

Verification, Validation & Accreditation (VV&A) MDA/DE MDS Elements & Intelligence Support & Analysis

Modeling & Simulation Development (M&S Dev) MDA/DE MDS Elements & Intelligence Support & Analysis

Threat Modeling Center (TMC) MDA/DE MDS Elements & Intelligence Support & Analysis

Engineering Web Services (EWS) MDA/DE MDS Elements & Intelligence Support & Analysis

BMDS Lab for Analysis & Date Evaluation (BLADE) MDA/DE MDS Elements & Intelligence Support & Analysis

MDIOC IT Service Centers Computer Emergency Response Team (CERT) MDA/IC Global Cybersecurity

Network Communications Center (NCC) MDA/IC System interconnectivity

Data Center (DC) MDA/IC Server Computing

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

MDIOC (SV-1) System Description Area Name 2 LTR Supported Mission Global Network Operations & Security Center (GNOSC) MDA/IC Global Network/Security Operations

MDIOC Infrastructure Centers MDIOC Facilities Operations & Maintenance (FOM) Center MDIOC Facility Services

(Electrical/Mechanical/Physical)

MDIOC Physical Security Officer (PSO) MDIOC Physical Security/Access Control

3.1 MDIOC Facility System-of-Systems

The MDIOC system-of-systems is a collection of all the systems and subsystems that comprise the MDIOC facility. This system-of-systems provides the necessary services to the MDA and other DoD entities located within the facility.

The MDIOC facility systems depend significantly on the Schriever Space Force Base (SSFB) Central Utility Plant (CUP) for its external utility services, as shown here:

SSFB Central Utility Plant (SSFB CUP) External to the MDIOC facility, the SSFB CUP provides the essential electrical and mechanical services to the MDIOC. Although essential to the MDIOC facility systems, the MDIOC FOM team is not responsible for the systems within the SSFB CUP.

SSFB CUP Electrical Utility Services The SSFB CUP provides the MDIOC Electrical System with electrical power. The SSFB CUP systems transform the incoming 115kV utility power, provided by Mountain View Electric Association (MVEA), to the necessary distribution voltage of 12,470 VAC, where power is received by the MDIOC Electrical System.

The SSFB CUP includes a backup power system consisting of seven diesel engine generators that provide power to MDIOC in the event of an MVEA outage. This backup system is designed to engage automatically upon detection of a power disruption.

SSFB CUP Mechanical Utility Services The SSFB CUP provides the MDIOC Mechanical System with chilled water, conditioned (soft) water, and steam.

These services are then circulated throughout the MDIOC using mechanical distribution systems that provides the air pressurization, heating and cooling mechanisms for both the Heating, Ventilation and Air Conditioning (HVAC) and Plumbing subsystems.

The following sections describe the MDIOC systems and subsystems, as represented in the MDIOC Facility SV-1 (Figure 2).

3.1.1 Electrical System

The Electrical System distributes power within the MDIOC facility, and is responsible for receiving incoming power from the SSFB CUP, and ensuring components within the MDIOC have conditioned, highly available power.

The MDIOC Electrical System Description Document (C007) describes, in detail, the structure and interconnectivity of electrical components within the MDIOC facility.

3.1.1.1 Main Switchgear Subsystem

Incoming electrical power received from the SSFB CUP must be received and transformed by the Main Switchgear subsystem. This subsystem consists of redundant electrical switchgears

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information with tie breakers to maintain power to the loads in the event of a component failure. The output of these switchgears is distributed to both the Technical Power and Non-Technical power subsystems.

3.1.1.2 Technical Power Subsystem

The Technical Power Subsystem is responsible for maintaining consistent, conditioned electrical power to mission-essential power distribution components within the MDIOC; consumers of this type of power include IT equipment within datacenters, and computer and processing equipment essential to the execution of MDIOC-supported missions.

3.1.1.3 Non-Technical Power Subsystem

The Non-Technical Power Subsystem is responsible for providing conditioned electrical power to mission-essential power distribution components and non-mission essential components within the MDIOC; these components are able to withstand occasional disruptions without impacting the MDIOC-supported missions. The non-mission essential components includes lighting, common-use areas, food & drink components, and other non-mission-essential amenities within the MDIOC.

3.1.1.4 Power Distribution Subsystem

The Power Distribution Subsystem is responsible for dissemination and distribution of electrical power throughout the MDIOC. This subsystem provides the components for the distribution of both Technical and Non-Technical power, and provides power to the Power Panels subsystem.

3.1.1.5 Power Panels Subsystem

The Power Panels Subsystem provides the components necessary for the interfacing of Technical and Non-Technical power throughout the MDIOC.

3.1.2 Mechanical System

The MDIOC Mechanical System is comprised of several subsystems that provide air ventilation, climate/temperature control, and potable and non-potable water services throughout the

MDIOC.

3.1.2.1 Air-Distribution Subsystem

The Air Distribution Subsystem provide positive air pressure throughout the MDIOC to keep the area clean of particulates and provide proper air ventilation and cooling to the racks. The components within this subsystem are responsible for all airflow within the MDIOC facility.

3.1.2.2 HVAC Subsystem

The HVAC Subsystem is responsible for delivery of climate-controlled, conditioned air to the office/personnel areas as well as the IT centers, where most of the racks are located and that require specific temperature control. The HVAC subsystem utilizes plumbing services provided by the Plumbing subsystem and utilize Air Distribution subsystem components to deliver the air ventilation services.

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

The MDIOC HVAC System Description Document (C012) describes, in detail, the structure and interconnectivity of HVAC components within the MDIOC facility.

3.1.2.3 Pumps/Motors Subsystem

The Pumps/Motors Subsystem is responsible for the continual flow of steam and water throughout the MDIOC facility.

3.1.2.4 Humidification Subsystem

The Humidification Subsystem consists of evaporative coolers and fog pump stations that provide humidification and de-humidification services throughout the MDIOC.

3.1.2.5 Reverse Osmosis Subsystem

The Reverse Osmosis Subsystem is responsible for the purification of incoming conditioned water supply and delivery of this purified water to the Humidification subsystem.

3.1.2.6 Plumbing Subsystem

The Plumbing Subsystem is responsible for the collection and distribution of water, steam and natural gas throughout the MDIOC facility. The plumbing subsystem receives the chilled water, conditioned water and steam from the SSFB CUP and distributes this to the HVAC, Humidification, Reverse Osmosis as well as to the Safety system to enable the Fire Detection & Suppression subsystem.

The MDIOC Plumbing System Description Document (C010) describes, in detail, the structure and interconnectivity of plumbing components within the MDIOC facility.

3.1.3 Control/Monitoring/Alarm System

The Control/Monitoring/Alarm System is responsible for the isolated network and facilities management applications that provide the MDIOC FOM team with the ability to monitor, control, and ultimately avoid, or quickly recover from, any MDIOC facility service disruptions.

Although the FILAN and associated applications are managed by the MDIOC FOM team, the network and IT resource components necessary to host and maintain the software applications, are provided, and administered, by the IRES Information Technology Service Delivery (ITSD) team. Installation, connectivity, and integration activities are performed by this team as needed to maintain the systems.

3.1.3.1 Facilities Integrated Local Area Network (FILAN) Subsystem

The FILAN Subsystem is responsible for the operations and maintenance of the MDIOC FILAN, which is an isolated network for the purpose of providing management and control of MDIOC systems’ components. This subsystem enables any commercially available Supervisory Control and Data Acquisition (SCADA)-compatible sensors and controls, to be connected and become immediately available on the network for management/control by the suite of facilities management applications. These sensors and controls include electrical, mechanical, safety, and physical components that can be integrated to enable enhanced building automation within the MDIOC facility.

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information

3.1.3.2 Facilities Management Applications Subsystem

The Facilities Management Applications Subsystem is responsible for the selection, operation, and maintenance of software management applications within the MDIOC FOM office. These applications provide the necessary dashboards for monitoring, control, and alerting of MDIOC facility system anomalies or service disruptions.

Current applications in use within the MDIOC are Apogee™ and Insight™ which serves the mechanical/EMCS (Environmental Monitoring Controlling System) systems, and Foreseer™ which serves the electrical systems.

3.1.4 Physical System

The Physical System within the MDIOC is responsible for all building/architectural components within the MDIOC, as well as the physical security controls implemented throughout the MDIOC facility. Most of the Physical system drawings are recorded and maintained within the Bentley Microstation software application. This application is used to build and update documentation of halls, walls, floors, ceilings, roof, furniture and elevator components.

The MDIOC FOM team is responsible for maintaining all the physical subsystem components within the MDIOC.

3.1.4.1 Halls, Walls, Floors and Ceiling Subsystem

The Halls, Walls, Floors and Ceiling subsystem is responsible for all components that make up the physical structure of the MDIOC. This includes wall frames, floor coverings, doors, windows, fixtures, drop ceilings, raised floors, and any other building architecture components inside and outside the MDIOC facility.

3.1.4.2 Roof Subsystem

The Roof subsystem is responsible for the appropriate weather protection and structural integrity measures undertaken on the roof of the MDIOC buildings. The Roof subsystem components consist of perimeter guardrails (fall protection), roof access hatches, lightning protection, and exterior antennas. This subsystem interfaces with the other MDIOC facilities systems/subsystems as required (such as HVAC exhaust ports/vents) to provide access to the roof exterior of the MDIOC buildings.

The MDIOC Roof System Description Document (C011) describes, in detail, the structure and interconnectivity of plumbing components within the MDIOC facility.

3.1.4.3 Conveyances/Cable Trays Subsystem

The Conveyances/Cable Trays Subsystem is responsible for the physical channels and cable trays utilized by information systems within the MDIOC to install low voltage cabling, as well as the physical conduits as required for high-voltage electrical subsystems.

3.1.4.4 Physical Security Subsystem

The Physical Security Subsystem is responsible for the appropriate access control and restriction of entrance into all areas within the MDIOC. This includes all badge readers, security

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information offices, entry/exit turnstiles, security cameras, Personal Identification Number (PIN) readers, and Public Address (PA) systems. This subsystem interfaces with the Monitoring/Control/Alarm system to generate alarms as appropriate for physical security incidents.

3.1.4.5 Elevators Subsystem

The Elevators Subsystem is responsible for the operations and maintenance of all elevator components within the MDIOC facility.

3.1.5 Safety System

The Safety System primarily comprises of Fire Suppression Detection & Alarm (FSD&A), hydrogen detection and Alarm, Public Address (PA), and Emergency Lighting Modules (ELMs), which serves to protect the occupant safety component. These are independent safety systems that are not connected to the FILAN system, but these systems and alarms feed into the FOM department and are monitored 24/7.

3.1.5.1 Emergency Lighting Module (ELM) Subsystem

ELM components are maintained as part of the Electrical Subsystem within the MDIOC, but are classified as Safety Subsystem components, as the necessity of emergency lighting is for the safety of individuals within the MDIOC.

3.1.5.2 Fire Detection & Suppression Subsystem

The MDIOC Fire Detection & Suppression Subsystem is responsible for the protection of MDIOC personnel and equipment in the event of a fire.

The MDIOC FOM team is responsible for maintenance of this subsystem and the Facilities Engineering and Operations (FE&O) team is responsible for the engineering and management of projects affecting this subsystem.

The Fire Detection & Alarm (FD&A) is a subset of SSFB Honeywell Enterprise Buildings Integrator suite and is comprised of the Life Safety Manager XLS1000. These systems communicate using a Token Ring network. Buildings 720 and 730 are configured on their own isolated loop of this network. The system also interfaces with the MDIOC Safety and HVAC systems to maintain life safety during a fire or to purge smoke from any area of Building 720 once a fire has been extinguished.

The MDIOC Fire Detection and Suppression System Description Document (C005) describes, in detail, the structure and interconnectivity of fire detection and suppression components within the MDIOC facility.

3.1.5.1 Hydrogen Alarm Subsystem

The hydrogen gas alarms are located in both UPS battery rooms in Building 720, which provide operator protection from any battery out-gassing.

3.1.5.2 Public Address (PA) Subsystem

The PA Subsystem is responsible for providing an audio distribution system for utilization in address the public of safety information or direction in the event of an emergency.

Missile Defense Integration and Operations Center (MDIOC) All Viewpoint-1 (AV-1) Overview and Summary Information