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Disaster Recovery Planning for Communications and Critical Infrastructure.
Title:
Disaster Recovery Planning for Communications and Critical Infrastructure.
Author:
Wrobel, Leo A.
ISBN:
9781596934696
Personal Author:
Physical Description:
1 online resource (325 pages)
Contents:
Recovery Planning for Communications and Critical Infrastructure -- Contents -- Preface -- Chapter 1 Why Do We Need Recovery Plans? -- Why Do We Plan At All? -- OK, So Who, Legally, Must Plan? -- Banks and Financial Institutions Must Have a Plan -- Securities Brokers Must Have a Plan -- Electric Utilities Probably Need a Plan -- Telecommunications Utilities Should Have Plans-But May Not -- All Health Care Providers Will Need a Disaster Recovery Plan -- Companies with More Than 10 Employees ... You Guessed It ... Need a Plan! -- Other Considerations, Mandates, and Regulations -- Are Private Sector (Commercial) Organizations Responsible for Planning for Natural Disasters? -- What Does This Mean Today? -- Summary -- Chapter 2 The Concept of 4Ci: Command and Control in a Disaster -- 4Ci Communications-Cornerstone to Any Recovery Plan -- "Houston, We Have a Problem" -- "The Right Stuff" -- Checklist for "Johnson Space Center" Quality Disaster Recovery -- Every Recovery Plan Starts with 4Ci -- So Who You Gonna Call? -- Case Studies and Overview of Commercially Available 4Ci Technologies -- Example #1: How We Made 2.5 Million in Airline Business Revenue Because We Provided Disaster Recovery-A True Story! -- Example #2: City of Red Oak Fire -- Commercially Available Options for Call Forwarding, 4Ci, and Inbound Call Recovery -- Hosted PBX Systems -- Outbound Notification Systems -- One-Way Mass Notification -- Soft Switches -- Inbound Call Recovery -- Telecom Recovery White Paper Highlights the Need for 4Ci and Survivable Communications -- Disasters vs. Typical phone outages -- Inbound Versus Outbound Call Recovery -- Inbound Calls -- Toll-Free Numbers -- Voicemail -- Faxes -- Outbound Communication -- Copper/Analog Lines -- Mobile Phones -- SMS/Text -- E-Mail/Instant Messaging -- VoIP -- Satellite Phones -- Radios -- Paging -- Mass Notification.

Calling Trees -- On-Premise Systems -- Hosted Systems -- Important Notification System Features -- Toll-Free Emergency Information Hotline -- Web Site -- Conference Calls -- Planning, Testing, Reporting -- TeleContinuity White Paper Highlights the Need for 4Ci and Survivable Communications -- Overvew of the TeleContinuity Service -- What Is Telecontinuity? -- Who Needs It and When Is It Used? -- How Is It Offered? -- What Does It Allow? -- How Is It Activated? -- What Benefits Do Subscribers Realize? -- How Does TeleContinuity Maintain Continuity of My Telecommunications? -- How Quickly Can Voice Communications Be Restored? -- Can I Keep My Existing Phone Number? -- Do I Need to Preplan Where I Want My Calls to Go? -- Requirements for Survivable Telephone Continuity According to TeleContinuity -- TeleContinuity's Principles of Call Delivery -- Underlying and Supporting Technology -- Underlying Technology in the TeleContinuity Network -- How Calls Are Delivered to TeleContinuity -- Activating the Service -- Summary of TeleContinuity Service -- TeleContinuity and VoIP -- TeleContinuity and Enterprise Central Switches -- SMS-Based Notification Solutions -- Consider Your Responders' 4Ci Preferences (A Parody by Leo and Sharon-or Is It?) -- "Baby Boomers" -- "Generation X" -- "Generation Y" -- "Generation Z" -- Communications Recovery Through Local Number Portability (LNP) -- What About 911 Services? -- How Many Numbers Can Be Ported? -- Summary -- For Goodness Sake, Let's Implement LNP for Disaster Recovery! -- Telecom Priority -- Chapter 3 What Are We Planning For? -- What Are We Planning For? -- Natural Disasters Are on the Rise -- Responding on Behalf of Billions -- Tight Coupling, Open Systems, and Losses from Extreme Events -- The True Impact of Disrupted Relationships -- What Are the Lessons for Us?.

Applying New Science and Technology to Disaster Recovery -- PDC's Approach -- Fostering Disaster-Resilient Communities -- Decision Support Case Studies -- Information Sharing -- Risk Modeling and Mapping -- Capacity Building -- Summary -- Chapter 4 Case Studies and Examples of Quantifying Risk of Natural Disasters to Critical Infrastructure -- Weighing the Risks of Natural Disasters -- It Is All About How You Present Data and Information -- Using Public Domain Sources Like PDC to Compute Disaster Probability -- Let the Exercise Begin! -- Section Conclusion -- Selected Project Profiles and Case Studies -- Case Study #1: Flood Surveillance and Early Warning in Phu Tho Province Vietnam by the Pacific Disaster Center -- Abstract -- Introduction -- Task 1: Project Definition and Pilot Area Selection -- Task 2: Preliminary Data Gathering and Monitoring and Warning Capacity Survey -- Task 3: Hazard Assessment Product Definition -- Task 4: Monitoring and Warning Capability Enhancement -- Task 5: International Workshop on Best Practices -- Next Steps Toward All-Hazard Disaster Management -- Case Study #2: Assessing and Reducing the Impacts of Disasters in the Asia Pacific Region -- Abstract -- VESR Methodology: Assessing Vulnerability to Hazards at National or Regional Scales -- Risk-Reduction Framework Methodology: Assessing Vulnerability to Hazards on a Local Scale -- Risk and Vulnerability Assessment -- Communicating Risk: The Internet Map Viewer -- Conclusions -- Case Study #3: A United States-Japan-Philippines Collaborative Planning Process to Implement a Multihazard, Urban Risk Reduction Strategy for Marikina City, Philippines -- Abstract -- Introduction -- A Two-Year and Multilateral Collaborative Planning Process -- Background -- The Earthquake Disaster Mitigation Research Center's Planning Process with Marikina City.

Pacific Disaster Center's Planning Process with Marikina City -- Discussion -- Conclusions -- Acknowlegments -- References -- Case Study #4: Risk and Vulnerability Mapping and Assessment Supporting Disaster Risk Reduction -- Abstract -- Disaster Risk Management -- Risk and Vulnerability Assessment Goals, Methods, and Data Sources -- Applications of the RVA Process -- Considerations for Undertaking an RVA for a Large Metropolitan Area -- References -- Chapter 5 Satellite Communications for 4Ci -- Advantages of Satellite Communications for 4Ci -- Satellite Phones for Command and Control -- Satellite Technology Overview -- Is Satellite Right for All Applications? -- Why Use Satellite for 4Ci? -- Who, and What Services, Can Use Satellite for Recovery? -- Types of Satellite Service -- Is All Telecommunications Traffic Suitable for Recovery Via Satellite? -- Mobile Satellite Service -- Mobile Voice and Data Terminals -- What Is Around the Corner? -- "PRI on the Fly" -- Satellite Resources-Who Is the Global VSAT Forum? -- Characteristics of First-Rate Satellite Solutions -- SCPC Versus Shared Satellite Solution -- Bandwidth -- Security -- Disaster Recovery -- Summary -- Data and Voice Communications over Satellite -- PN over Satellite -- Point-to-Point Satellite -- Restoring a User Workstation -- Voice Via Satellite -- Chapter 6 Justifying and Funding the Planning Effort -- Justifying and Funding the Recovery Planning Effort -- Myth #1: Management Does Not Care About Disaster Recovery -- Myth #2: Management Does Not Understand a Disaster's Impact on the Business -- Myth #3: Management Will Never Fund a Recovery Plan -- Answering Management's Four Most Important Questions Convincingly Almost Always Means Success -- What Should Be in a BIA? -- Focus on ABC Polymers, Inc. Parent Company/Core Business -- Dynamics of ABC Polymers, Inc. (Figure 6.8).

The All-Important Executive Briefing -- The Executive Will Need to Know Certain Things -- Chapter 7 Unique Vulnerabilities in Telecommunications Networks -- Planning for Telecommunications -- A Typical Sales-Driven Company -- Everybody Needs to Communicate-and Telecommunicate-So Telecom Is Paramount! -- Disaster Recovery Planning for 800 Calls -- Disaster Recovery Planning for "Local" Calls -- Disaster Recovery Planning for "Web-Enabled" Services -- Protecting Against Cable Cuts -- Who Is at the Other End of Your Cable? -- Where Does One Start? -- Wireless Alternatives for Diversity and Disaster Recovery -- Infrared Point-to-Point Links -- Microwave Radio -- Satellite Communications -- Point-to-Multipoint Systems and Wireless Internet Service Providers -- Consider Collocations and Carrier Hotels -- Summary and Take-Aways from This Chapter -- Summary -- Maintaining Telecommunications During a Pandemic: An Interesting Perspective, by TeleContinuity, Inc. -- Introduction -- The Pandemic Will Come in Waves -- Pandemic Threat-What Makes It Different -- Strategies to Meet This Threat -- Pandemic Preparedness: The Telecommunication Challenges -- Normal Types of Telecom Outages -- Telecom Problems Caused by a Pandemic -- Telecommunications Solutions -- Formal Programs for Telecom Priority in a Disaster -- Conclusions -- Chapter 8 Stability Services Inc. (SSI) Disaster Recovery Plan -- Section I-Executive Summary, Goals, and Objectives -- Protection of Human Life -- Minimize Risk of Loss to SSI and Its Stakeholders -- Maximize the Ability to Respond to Any Unfortunate Circumstance -- Preserve Customer Confidence and Goodwill -- Basic Assumptions and Policy Statement of SSI -- Recovery Objective -- Section II-The Emergency Response Plan -- 2.01 Activation of the Call Center Recovery Plan -- 2.02 Activation of Disaster Recovery Teams.

2.03 Establish a Dallas-Based Meeting Place and Command Post.
Abstract:
Addressing the vulnerabilities in today's critical infrastructure to natural disasters and terrorism, this practical book describes what you should be doing to protect your infrastructure before the unthinkable happens. You learn how to maintain command and control in any disaster, and how to predict the probability of those disasters.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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