Articles

Cisco IOS Commands
An Introduction to Computer Security
Pix Configuration Guide
Metasploit Framework Windows Tutorial
Remote Desktop Connection
Windows Processes That May Be Dangerous
How-To use NetCat a Tutorial
Common Linux Commands
Common Ports
Netcat Commands
HTTP Response Codes
War-Google Hack Terms
Wardriving
Avoiding Social Engineering and Phishing Attacks
Intrusion Detection on Linux
Linux Intrusion Detection
Penetration Testing Guide
Penetration Testing Tools
Social Engineering Fundamentals, Part I: Hacker Tactics
Social engineering (computer security)
The Psychology of Social Engineering

The Archives

General GSO
GovernmentSecurity.org News & Suggestions
In The News
Open Topic
General Security Information
Trash Can
Exploit & Vulnerability Mailing List Archives
Trial Member Forum
Product and Program Reviews GSO Tutorials
System Security
Windows Systems
Beginners Section
Linux & Unix Systems
File Downloads
Exploit Research & Discussion Trojan & Virus Errata
Networking Security / Firewall / IDS / VPN / Routers
System Hardening
E-Mail Security
Wifi Security
Trial Member Uploads
Upload discovered Trojans & Mal ware
GSO Programming Section
C , C++ , VC++
Visual Basic.NET
Perl /CGI
Java/Javascript
PHP/XML/ASP/HTML
Assembly + Other
The Cork Board
Network Security Consultant Directory
Network Security Jobs
The Archives
Encryption Information
General Network Security
Internet Anonymity
HTTP Protocol Security
Linux Security
MS IIS Information
Exploit Articles
Programming / Tool Design
GSO Software Projects
Public Downloads
Microsoft Security Questions and Papers

Social engineering (computer security)

From Wikipedia, the free encyclopedia.

In the field of computer security , social engineering is the practice of obtaining confidential information by manipulation of legitimate users. A social engineer will commonly use the telephone or Internet to trick people into revealing sensitive information or getting them to do something that is against typical policies. By this method, social engineers exploit the natural tendency of a person to trust his or her word, rather than exploiting computer security holes. It is generally agreed upon that "users are the weak link" in security and this principle is what makes social engineering possible.

A contemporary example of a social engineering attack is the use of e-mail attachments that contain malicious payloads (that, for instance, use the victim's machine to send massive quantities of spam ). After earlier malicious e-mails led software vendors to disable automatic execution of attachments, users now have to explicitly activate attachments for this to occur. Many users, however, will blindly click on any attachments they receive, thus allowing the attack to work.

Perhaps the simplest, but still effective attack is tricking a user into thinking one is an administrator and requesting a password for various purposes. Users of Internet systems frequently receive messages that request password or credit card information in order to "set up their account" or "reactivate settings" or some other benign operation in what are called phishing attacks. Users of these systems must be warned early and frequently not to divulge sensitive information, passwords or otherwise, to people claiming to be administrators. In reality, administrators of computer systems rarely, if ever, need to know the user's password to perform administrative tasks. However, even this might not be necessary - in an Infosecurity survey, 90% of office workers gave away their password in exchange for a cheap pen .

Perhaps the largest-scale social engineering attack in recent years surrounds Messenger Plus! ; to raise money from the software, its author Patchou added an adware sponsor link from C2Media within the program. While the sponsor agreement gives the option to install Messenger Plus! without the adware , the vast majority of users simply click through this agreement and thus install the adware .

Social engineering also applies to the act of face-to-face manipulation to gain physical access to computer systems.

Training users about security policies and ensuring that they are followed is the primary defense against social engineering.

One of the most famous social engineers in recent history is Kevin Mitnick .

[ edit ]

References

[ edit ]

External Links