Information Security : Protecting the Global Enterprise
- Paperback | 400 pages
- 178.8 x 235.5 x 27.4mm | 752.98g
- 22 May 2000
- Pearson Education (US)
- Prentice Hall
- Upper Saddle River, United States
Other books in this series
21 Jan 1993
20 Mar 2005
26 Aug 2002
Mixed media product
01 May 2003
01 Jul 2004
Back cover copy
Computer and network security: the technical, legal, and business issues.
In Information Security: Protecting the Global Enterprise, IT security expert Donald Pipkin addresses every aspect of information security: the business issues, the technical process issues, and the legal issues--including the personal liabilities of corporate officers in protecting information assets. Pipkin starts by reviewing the key business issues associated with protecting information assets, and determining the appropriate levels of protection and response to security incidents. Next, he walks through the technical processes required to build a consistent, reasonable information security system, with appropriate intrusion detection and reporting features. Coverage includes:
Inspection: Risk analysis, resource inventory, threat assessment, business impact analysis, safeguards, and more Protection: Information security design, vision, architecture, strategies, frameworks, and implementation Detection: Types of intruders, methods and profiles of detection Reaction: Incident response plans, documentation, determination, notification, assessment, repair, and recovery Reflection: Post-incident procedures, timelines, technical and management responses, process improvements, and public relations
Whether your role is technical or managerial, no matter what size your enterprise is, Information Security delivers the insight and guidance you need to protect your most vital asset: information.
Table of contents
Defining Resources. Assessing Threats. Evaluating Potential Losses. Identifying Vulnerabilities. Assigning Safeguards. Evaluate Current Status.
1. Resource Inventory.
Identifying Resources. Assigning Ownership. Determining Value. Security Classification.
2. Threat Assessment.
Human Error. Natural Disasters. System Failures. Malicious Acts. Malicious Software. Collateral Damage.
3. Loss Analysis.
Denial of Service. Theft of Resources. Deletion of Information. Theft of Information. Disclosure of Information. Corruption of Information. Theft of Software. Theft of Hardware. Disruption of Computer Controlled Systems.
4. Identifying Vulnerabilities.
Location of Vulnerabilities. Known Vulnerabilities. Security Design Flaw. Innovative Misuses. Incorrect Implementation. Social Engineering.
5. Assigning Safeguards.
Avoidance. Transference. Mitigation. Acceptance.
6. Evaluation of Current Status.
Assessment. Testing. Business Impact Analysis.
Phase II: Protection.
Philosophies. Principles. Policies. Procedures. Practices.
Appropriate Use. Awareness Programs. Design Choices. Implementation Options. Lack of Awareness.
Global Access. Access Methods. Access Points as Security Checkpoints. Access Servers. Abuse of Access.
Enterprise Identification. Issuance of Identifiers. Scope of Use. Administration of Identifiers. Identity Errors.
Factors of Authentication. Authentication Models. Authentication Options. Authentication Management. Subverting Authentication.
What Authorizations Provide. Granularity of Authorizations. Requirements. Design Choices. Abuse of Authorization.
Types of Outages. Protecting all Levels. Availability Models. Availability Classifications. Availability Outage.
Information Lifecycle. Information System Accuracy. Methods. Loss of Accuracy.
Information in the Enterprise. Confidentiality Concerns. Methods of Ensuring Confidentiality. Sensitivity Classifications. Invasion of Privacy.
Accountability Models. Accountability Principles. Accounting Events. Accountability System Features Accountability Failures.
Enterprise Information Security Administration. Administration Process. Areas of Administration. Administration Errors.
Phase III: Detection.
Intruder Types. Intrusion Methods. Detection Methods.
17. Intruder Types.
Outside Intruders. Inside Intruders. Professional Intruder.
18. Intrusion Methods.
Technical Intrusions. Physical Security. Social Engineering.
19. Intrusion Process.
Reconnaissance. Gaining Access. Gaining Authorizations. Achieve Goals.
20. Intrusion Detection Methods.
Profiles. Offline Methods. Online Methods. Human Methods.
Phase IV: Reaction.
Incident Response Philosophies. Incident Response Plan.
21. Response Plan.
Response Procedures. Resources. Legal Review.
22. Incident Determination.
Possible Indicators. Probable Indicators. Definite Indicators. Predefined Situations.
23. Incident Notification.
Internal. Computer Security Incident Organizations. Affected Partners. Law Enforcement. News Media.
24. Incident Containment.
Stopping the Spread. Regain Control.
25. Assessing the Damage.
Determining the Scope of Damage. Determining the Length of the Incident. Determining the Cause. Determining the Responsible Party.
26. Incident Recovery.
Setting Priorities. Repair the Vulnerability. Improve the Safeguard. Update Detection. Restoration of Data. Restoration of Services. Monitor for Additional Signs of Attack. Restoration of Confidence.
27. Automated Response.
Automated Defenses. Gathering Counterintelligence. Counterstrike.
Phase V: Reflection.
Postmortem Documentation. Process Management. External Follow-up.
28. Incident Documentation.
Incident Source Information. Incident Timeline. Technical Summary. Executive Summary.
29. Incident Evaluation.
Identify Processes for Improvement. Process Improvement.
30. Public Relations.
The Right People. The Right Time. The Right Message. The Right Forum. The Right Attitude.
31. Legal Prosecution.
Computer Crime Laws. Jurisdiction. Collection of Evidence. Successful Prosecution.
Epilogue: The Future of Business.
A World without Borders. Service-based Architecture. Basic Business Principles. Pervasive Security.
About Donald L. Pipkin