Phishing and Countermeasures: Understanding the Increasing Problem of Electronic Identity TheftMarkus Jakobsson, Steven Myers John Wiley & Sons, 2006. gada 5. dec. - 739 lappuses Phishing and Counter-Measures discusses how and why phishing is a threat, and presents effective countermeasures. Showing you how phishing attacks have been mounting over the years, how to detect and prevent current as well as future attacks, this text focuses on corporations who supply the resources used by attackers. The authors subsequently deliberate on what action the government can take to respond to this situation and compare adequate versus inadequate countermeasures. |
No grāmatas satura
1.–5. rezultāts no 89.
x. lappuse
... Protocol 5.3.3 SSL in the Browser Honeypots 5.4.1 Advantages and Disadvantages 5.4.2 Technical Details 5.43 Honeypots and the Security Process 5.4.4 Email Honeypots 5.4.5 Phishing Tools and Tactics References 6 Adding Context to ...
... Protocol 5.3.3 SSL in the Browser Honeypots 5.4.1 Advantages and Disadvantages 5.4.2 Technical Details 5.43 Honeypots and the Security Process 5.4.4 Email Honeypots 5.4.5 Phishing Tools and Tactics References 6 Adding Context to ...
xi. lappuse
... Protocol Issues in the Human Context 7.1.3 Overview of the HC1 and Security Literature Understanding and Designing for Users 7.2.1 7.2.2 Designing Usable Secure Systems Human Behavior Understanding Users and Security Mis-Education 7.3.1 ...
... Protocol Issues in the Human Context 7.1.3 Overview of the HC1 and Security Literature Understanding and Designing for Users 7.2.1 7.2.2 Designing Usable Secure Systems Human Behavior Understanding Users and Security Mis-Education 7.3.1 ...
xii. lappuse
... Protocol: SPEKE 9.2.3 Other PAKE Protocols and Some Augmented Variations 9.2.4 Doppelganger Attacks on PAKE 9.3 Delayed Password Disclosure 9.3.1 DPD Security Guarantees 9.3.2 A DPD Protocol 277 277 277 278 278 280 281 281 283 284 285 ...
... Protocol: SPEKE 9.2.3 Other PAKE Protocols and Some Augmented Variations 9.2.4 Doppelganger Attacks on PAKE 9.3 Delayed Password Disclosure 9.3.1 DPD Security Guarantees 9.3.2 A DPD Protocol 277 277 277 278 278 280 281 281 283 284 285 ...
55. lappuse
... protocol is used—a phisher would simply ask for the credential and not run the protocol. Therefore, either all such credentials should be entered into a special program instead of a website, or a trusted path mechanism, as discussed ...
... protocol is used—a phisher would simply ask for the credential and not run the protocol. Therefore, either all such credentials should be entered into a special program instead of a website, or a trusted path mechanism, as discussed ...
59. lappuse
... protocol that is bound to the communications channel in such a way that a manin-the-middle cannot reuse responses to challenges posed by the ultimate server. 2.2.9.2 Step 6 Countermeasure: Computer-Based Second-Factor Authentication ...
... protocol that is bound to the communications channel in such a way that a manin-the-middle cannot reuse responses to challenges posed by the ultimate server. 2.2.9.2 Step 6 Countermeasure: Computer-Based Second-Factor Authentication ...
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Phishing and Countermeasures: Understanding the Increasing Problem of ... Markus Jakobsson,Steven Myers Priekšskatījums nav pieejams - 2006 |
Bieži izmantoti vārdi un frāzes
algorithm Alice allows anti-phishing application authentication bank benefits biometric browser cache cookies certificate client compromised confidential information countermeasures credentials credit-card cryptographic defined detect dictionary attack difficult digital signatures display DKIM domain name eBay email address encryption example experiment field Figure file filtering financial find first hash honeypots host identifier identity identity theft implemented interaction interface Internet IP address keystroke legitimate login machine malicious malware man-in-the-middle attack Microsoft min-entropy operating system packet password PayPal phisher phishing attacks phishing email potential protect protocol proxy pseudonym public key recipient reputation system require rootkit router S/MIME Section sender server signature signed SMTP social network spam specific spoofed spoofing techniques toolbar traffic trusted path usability USENIX user’s verification victim vulnerable window
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