Next Generation Enterprise Network Business Continuity: Maintaining Operations in a Compromised Environment - COOP, Navy, Operation Rolling Tide, Command and Control (C2), Virtualization Technology
Nonfiction, History, Military, Naval, Computers, Networking & Communications
| Author: | Progressive Management | ISBN: | 9781370427727 |
| Publisher: | Progressive Management | Publication: | October 29, 2016 |
| Imprint: | Smashwords Edition | Language: | English |
| Author: | Progressive Management |
| ISBN: | 9781370427727 |
| Publisher: | Progressive Management |
| Publication: | October 29, 2016 |
| Imprint: | Smashwords Edition |
| Language: | English |
This excellent report has been professionally converted for accurate flowing-text e-book format reproduction. Operation Rolling Tide, and the events that led up to its initiation, highlighted certain areas in Navy network operations that needed improvement, including maintenance of command and control (C2) of a compromised network. The current continuity of operations plan for NGEN does not detail a contingency providing high-fidelity C2 of the enterprise in the event of an intentional compromise.
Evaluating published literature on virtualization, available technology products currently on the market, and tactics for employing virtualized environments, this research explores whether virtualization is able to provide options allowing network operators to maintain positive C2 during a compromise. It also examines if virtualization will scale appropriately for use in enterprise networks in terms of monetary and manpower costs, and any return on investment that may be realized. Using virtualization technology to create a tailored space capable of collaboration and network modelling provides an option for maintaining secure and useful C2 of the network. The costs involved, if implemented in the current NGEN contract, equate to approximately one-tenth of one percent of the contract award. The primary return on investment is increased readiness.
CHAPTER I - INTRODUCTION * A. CONTINUITY OF OPERATIONS * B. RESILIENCY * 1. Cyber Resiliency Engineering * 2. Resilience Engineering * a. Anticipate * b. Withstand * c. Recover * d Evolve * C. VIRTUALIZATION * 1. Types of Virtualization * a. Server Virtualization * b. Application Virtualization * c. Presentation Virtualization * d. Network Virtualization * e. Storage Virtualization. * 2. Virtualization Security * D. PROBLEM STATEMENT * E. RESEARCH QUESTIONS * F. BENEFITS * G. METHODS * H. LIMITATIONS * I. THESIS ORGANIZATION * 1. Chapter II: Continuity of Operation Strategies * 2. Chapter III Costs of Adopting Virtualization Technology * 3. Chapter IV: Results * CHAPTER II - CONTINUITY OF OPERATIONS STRATEGIES * A. NATURAL DISASTER VERSUS ADVERSARIAL ACTION * 1. Planning for Intentional Disasters * B. DODIN AVAILABLE OPTIONS * 1. Information Operations Condition * 2. Rerouting/Backhauling * 3. Isolation * 4. Alternate Sites * a. Hot Site * b. Warm Site * c. Cold Site * d. Mobile Site * e. Mirrored Site * f. Portable Network Infrastructure * 5. Consolidated Afloat Networks and Enterprise Services * C. VIRTUALIZATION AND COOP * D. VIRTUALIZATION TACTICS AND OPPORTUNITIES * 1. Virtual Maritime Operations Center * 2. Virtual Honeypot * a. Obfuscate * b. Delay * c. Analyze * d. Attribute * E. TACTICS FOR SECURING VIRTUALIZED ENVIRONMENTS DEPLOYED IN THE EVENT OF A COMPROMISE * 1. Virtual DMZ * 2. Moving Target Defense * CHAPTER III - COSTS OF ADOPTING VIRTUALIZATION TECHNOLOGY * A. COSTS * 1. Capabilities * 2. Personnel * a. Users * b. Virtual Network Managers * c. Network Modeler * 3. Organizations * B. AREAS OF INCURRED COST * 1. Up-Front Costs * 2. Facilities and Utilities * 3. Training * C. RETURN ON INVESTMENT * D. RETURN ON KNOWLEDGE * a. Core Areas * b. Difficulty * c. Relative Learning Time * d. Number of Personnel * e. Percentage of Automation * f. Amount of Knowledge Embedded in Automation * g. Total Amount of Knowledge * h. Percentage of Knowledge Allocation * i. Annual Expense * j. Readiness * k. Return on Knowledge * E. DRAWBACKS TO IMPLEMENTING VIRTUALIZATION INTO COOP PLANS * CHAPTER IV - CONCLUSION * A. RESULTS * 1. Is Virtualization Technology a Viable Option for COOP in the Event of a Compromise? * 2. In what Capacity could Virtualization Work to an Advantage in the Stage between Detection and Mitigation? * 3. Will a Virtualized Environment Scale Appropriately? * 4. What Are the Costs of Adopting Virtualization Technology? * B. FUTURE WORK
This excellent report has been professionally converted for accurate flowing-text e-book format reproduction. Operation Rolling Tide, and the events that led up to its initiation, highlighted certain areas in Navy network operations that needed improvement, including maintenance of command and control (C2) of a compromised network. The current continuity of operations plan for NGEN does not detail a contingency providing high-fidelity C2 of the enterprise in the event of an intentional compromise.
Evaluating published literature on virtualization, available technology products currently on the market, and tactics for employing virtualized environments, this research explores whether virtualization is able to provide options allowing network operators to maintain positive C2 during a compromise. It also examines if virtualization will scale appropriately for use in enterprise networks in terms of monetary and manpower costs, and any return on investment that may be realized. Using virtualization technology to create a tailored space capable of collaboration and network modelling provides an option for maintaining secure and useful C2 of the network. The costs involved, if implemented in the current NGEN contract, equate to approximately one-tenth of one percent of the contract award. The primary return on investment is increased readiness.
CHAPTER I - INTRODUCTION * A. CONTINUITY OF OPERATIONS * B. RESILIENCY * 1. Cyber Resiliency Engineering * 2. Resilience Engineering * a. Anticipate * b. Withstand * c. Recover * d Evolve * C. VIRTUALIZATION * 1. Types of Virtualization * a. Server Virtualization * b. Application Virtualization * c. Presentation Virtualization * d. Network Virtualization * e. Storage Virtualization. * 2. Virtualization Security * D. PROBLEM STATEMENT * E. RESEARCH QUESTIONS * F. BENEFITS * G. METHODS * H. LIMITATIONS * I. THESIS ORGANIZATION * 1. Chapter II: Continuity of Operation Strategies * 2. Chapter III Costs of Adopting Virtualization Technology * 3. Chapter IV: Results * CHAPTER II - CONTINUITY OF OPERATIONS STRATEGIES * A. NATURAL DISASTER VERSUS ADVERSARIAL ACTION * 1. Planning for Intentional Disasters * B. DODIN AVAILABLE OPTIONS * 1. Information Operations Condition * 2. Rerouting/Backhauling * 3. Isolation * 4. Alternate Sites * a. Hot Site * b. Warm Site * c. Cold Site * d. Mobile Site * e. Mirrored Site * f. Portable Network Infrastructure * 5. Consolidated Afloat Networks and Enterprise Services * C. VIRTUALIZATION AND COOP * D. VIRTUALIZATION TACTICS AND OPPORTUNITIES * 1. Virtual Maritime Operations Center * 2. Virtual Honeypot * a. Obfuscate * b. Delay * c. Analyze * d. Attribute * E. TACTICS FOR SECURING VIRTUALIZED ENVIRONMENTS DEPLOYED IN THE EVENT OF A COMPROMISE * 1. Virtual DMZ * 2. Moving Target Defense * CHAPTER III - COSTS OF ADOPTING VIRTUALIZATION TECHNOLOGY * A. COSTS * 1. Capabilities * 2. Personnel * a. Users * b. Virtual Network Managers * c. Network Modeler * 3. Organizations * B. AREAS OF INCURRED COST * 1. Up-Front Costs * 2. Facilities and Utilities * 3. Training * C. RETURN ON INVESTMENT * D. RETURN ON KNOWLEDGE * a. Core Areas * b. Difficulty * c. Relative Learning Time * d. Number of Personnel * e. Percentage of Automation * f. Amount of Knowledge Embedded in Automation * g. Total Amount of Knowledge * h. Percentage of Knowledge Allocation * i. Annual Expense * j. Readiness * k. Return on Knowledge * E. DRAWBACKS TO IMPLEMENTING VIRTUALIZATION INTO COOP PLANS * CHAPTER IV - CONCLUSION * A. RESULTS * 1. Is Virtualization Technology a Viable Option for COOP in the Event of a Compromise? * 2. In what Capacity could Virtualization Work to an Advantage in the Stage between Detection and Mitigation? * 3. Will a Virtualized Environment Scale Appropriately? * 4. What Are the Costs of Adopting Virtualization Technology? * B. FUTURE WORK
