By Carl Young
ISBN-10: 0128096438
ISBN-13: 9780128096437
Information defense technology: Measuring the Vulnerability to info Compromises presents the medical historical past and analytic options to appreciate and degree the chance linked to info safeguard threats. this isn't a conventional IT safety ebook because it comprises equipment of knowledge compromise that aren't quite often addressed in textbooks or journals.
In specific, it explores the actual nature of knowledge protection chance, and in so doing exposes refined, but revealing, connections among details defense, actual safeguard, details know-how, and data concept. This ebook can also be a pragmatic danger administration advisor, because it explains the basic clinical rules which are without delay proper to details safeguard, specifies a based technique to judge a number of threats and assault vectors, identifies exact metrics that time to root explanations of know-how threat, and allows estimates of the effectiveness of danger mitigation.
This e-book is the definitive reference for scientists and engineers without heritage in safeguard, and is perfect for safeguard analysts and practitioners who lack clinical education. Importantly, it offers safeguard pros with the instruments to prioritize info safety controls and thereby strengthen low-priced possibility administration suggestions.
- Specifies the analytic and clinical equipment essential to estimate the vulnerability to details loss for a spectrum of threats and assault vectors
- Represents a different therapy of the nexus among actual and data defense that comes with possibility analyses of IT gadget emanations, obvious details, audible info, actual details resources, and virtualized IT environments
- Identifies metrics that time to the basis reason for info know-how hazard and thereby support safety execs in constructing danger administration strategies
- Analyzes quite a few probability eventualities and specifies countermeasures in accordance with derived quantitative metrics
- Provides bankruptcy introductions and end-of-chapter summaries to augment the reader’s adventure and facilitate an appreciation for key concepts
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Additional info for Information Security Science. Measuring the Vulnerability to Data Compromises
Example text
A sensor only captures a fraction of the total radiated energy, and it is the total energy captured per unit area per unit time that matters with respect to signal detection. The density of a quantity is by definition a ratio. ” If this definition seems fantastically vague, it is because a density can be specified between almost any two quantities. Densities appear quite frequently in everyday life. Pressure or force per unit area is one such quantity. For example, most readers have likely heard weather forecasts describing the trend in atmospheric pressure, an important indicator of future weather conditions.
5 Finally, another useful property of logarithms is that they can be directly added. Suppose it is important to know the vulnerability to speech detection by an attacker who is located in a room distant from the speaker. This very scenario will be examined in more detail in Chapter 10. html. I. Threats, Risk and Risk Assessments 40 2. 3 A-Weighted Sound Pressure Levels (Decibel Relative to 20 µPa, the Threshold of Human Hearing) Assume there is only one pathway for the signal energy to travel between the source and the attacker.
086) = 3. Why are logarithms important? It is because logarithms appear frequently in scientific contexts, and in information security risk assessments in particular. The slide rule, the precursor to portable electronic calculators, was based on logarithms. It is easy to see why logarithms are useful. 1. Now consider what happens when plotting these numbers. 7 shows a linear plot of N versus the number of zeros in the corresponding number. The lowest values of N appear compressed and therefore are indistinguishable.
Information Security Science. Measuring the Vulnerability to Data Compromises by Carl Young
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