This weakness makes it easy for an attacker to try various combinations of words until they find one that matches the hashed password. It is highly recommended to use a salt with each password or at least pepper it with numbers or characters to make it more complex. Vulnerability monitoring tools like Hype alert when applications are exposed to known threats, making it easier for defenders to take action.
Weakness: Unencrypted sensitive data
Weakness: Unencrypted sensitive data
Weak password protection
The most common type of password protection is by hashing the password. This means that the passwords are transformed into a number or string of characters and scrambled before being stored. When the user enters their password, it is hashed and compared with the one stored in the database to verify that it's correct. If an attacker knows how to crack a hash, they will be able to determine what your password was by repeating the process many times until they find one that matches, which takes only minutes on a GPU-based system.
This weakness makes it easy for an attacker to try various combinations of words until they find one that matches the hashed password. It is highly recommended to use a salt with each password or at least pepper it with numbers or characters to make it more complex.
Weakness in the Intel Management Engine
The Intel Management Engine (ME) is a vital component of every computer with an Intel processor. The ME can be exploited by attackers to gain access to other parts of the system, or in some cases, entire computers.
A vulnerability in the ME has now been discovered which makes it easy for attackers to try various combinations of words until they find one that matches the hashed password. It's highly recommended to use a salt with each password or at least pepper it with numbers or characters to make it more complex than just using a plain MD5 hash. Vulnerability monitoring tools like Hype alert when applications are exposed to known threats, making it easier for defenders to take action.
Weaknesses in Authentication Systems
Weaknesses in authentication systems are often overlooked, but they can be exploited by hackers. These weaknesses make it easy to guess the password and gain access. One of the most common ways to do this is brute force attacks, where a hacker repeatedly tries different combinations of words until they find one that matches the hashed password. Prudent strategies for mitigation will include using both a salt with each password and pepper it with numbers or characters to make it more complex. Vulnerability monitoring tools like Hype alerts when applications are exposed to known threats, making it easier for defenders to take action.
Debugging Decisions with a Decentralized System
One of the drawbacks to centralized systems is that a single point of failure can cause catastrophic consequences. In contrast, decentralized systems are more resistant to such catastrophes because there are no central points of failure.
Decentralized systems are also more secure because they require multiple parties to make any changes. This means that attackers would need to compromise more than one party in order to gain the access they want.
Additionally, decentralized systems allow for more efficient collaboration among parties at the same level of authority and can allow users to self-organize and increase their own security while still collaborating with others on a global scale.
Timeline
Published on: 09/08/2022 16:15:00 UTC
Last modified on: 09/13/2022 16:52:00 UTC