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Hub AI
Defensive computing AI simulator
(@Defensive computing_simulator)
Hub AI
Defensive computing AI simulator
(@Defensive computing_simulator)
Defensive computing
Defensive computing is a form of practice for computer users to help reduce the risk of computing problems, by avoiding dangerous computing practices. The primary goal of this method of computing is to be able to anticipate and prepare for potentially problematic situations prior to their occurrence, despite any adverse conditions of a computer system or any mistakes made by other users. This can be achieved through adherence to a variety of general guidelines, as well as the practice of specific computing techniques.
Strategies for defensive computing could be divided into two categories, network security and the backup and restoration of data.
Users put their computers at risk when accessing the Internet and other networks. The use of either of these allows others to gain access to a user's system and important information. By implementing certain strategies, defensive users aim to reduce the risk associated with network access.
A firewall is a collection of security measures that protects a computer from harmful inbound and outbound traffic on the Internet and prevents the unauthorized access of computer systems. These security measures are integrated into the form of special software that runs autonomously either on individual computer systems, or externally through built in software within routers and modems.
Not all firewall software will protect computers from sending unauthorized or harmful outbound traffic. An important defensive computing strategy is to seek and implement quality firewall software that filters both inbound and outbound traffic.
A basic strategy for all defensive computer users is to install and use anti-malware software. Firewalls may not completely protect a computer. Malicious software may be able to get through a firewall and onto a system. Anti-Malware such as anti-virus, anti-phishing and email filtering software offer some protection against harmful software that reside within a computer. The amount of malicious software available over the Internet is steadily increasing. It is important for defensive users to use to anti-malware that is both effective and easily updated in order to combat new strains of malicious software that are developed.
The other side of anti malware is that it contains serious vulnerabilities itself. A malware could use vulnerabilities of anti-malware to launch malicious code.
Anti-malware works by scanning files a network connections for known signatures. Those signatures can never be up to date. To be able to scan network connections, encryptions (SSL/TLS) need to be bypassed or even broken by anti-malware software. When monitoring emails anti-malware opens all attachments for analysis, a bug in this scanner can be used as a starting point for malware. Attackers just need to send malware to a mailbox that is scanned automatically.
Defensive computing
Defensive computing is a form of practice for computer users to help reduce the risk of computing problems, by avoiding dangerous computing practices. The primary goal of this method of computing is to be able to anticipate and prepare for potentially problematic situations prior to their occurrence, despite any adverse conditions of a computer system or any mistakes made by other users. This can be achieved through adherence to a variety of general guidelines, as well as the practice of specific computing techniques.
Strategies for defensive computing could be divided into two categories, network security and the backup and restoration of data.
Users put their computers at risk when accessing the Internet and other networks. The use of either of these allows others to gain access to a user's system and important information. By implementing certain strategies, defensive users aim to reduce the risk associated with network access.
A firewall is a collection of security measures that protects a computer from harmful inbound and outbound traffic on the Internet and prevents the unauthorized access of computer systems. These security measures are integrated into the form of special software that runs autonomously either on individual computer systems, or externally through built in software within routers and modems.
Not all firewall software will protect computers from sending unauthorized or harmful outbound traffic. An important defensive computing strategy is to seek and implement quality firewall software that filters both inbound and outbound traffic.
A basic strategy for all defensive computer users is to install and use anti-malware software. Firewalls may not completely protect a computer. Malicious software may be able to get through a firewall and onto a system. Anti-Malware such as anti-virus, anti-phishing and email filtering software offer some protection against harmful software that reside within a computer. The amount of malicious software available over the Internet is steadily increasing. It is important for defensive users to use to anti-malware that is both effective and easily updated in order to combat new strains of malicious software that are developed.
The other side of anti malware is that it contains serious vulnerabilities itself. A malware could use vulnerabilities of anti-malware to launch malicious code.
Anti-malware works by scanning files a network connections for known signatures. Those signatures can never be up to date. To be able to scan network connections, encryptions (SSL/TLS) need to be bypassed or even broken by anti-malware software. When monitoring emails anti-malware opens all attachments for analysis, a bug in this scanner can be used as a starting point for malware. Attackers just need to send malware to a mailbox that is scanned automatically.