Top 9 Cybersecurity Trends with Increasing Effectiveness

Secure data protection is a top priority for enterprises.

Even though cybersecurity measures were once effective, they are no longer sufficient to protect against sophisticated attackers. These are 9 measures you might want to reconsider.

Layered Security

Layered security is frequently cited as the best way of protecting your systems. But, no single security measure will provide complete protection. Layered security does not guarantee that all attacks will be stopped. Layered security is simply an effective way to make it harder for attackers to gain entry to your systems.

Many-layered security systems can be dangerous because they rely on certificates and keys blindly. These systems don’t know which keys or certificates should be trusted. To protect against the danger of identical keys and pre-shared keys, you should use radius security.

2FA

Two-factor authentication is frequently referred to as one of the “best practices,” in cybersecurity. This measure is not as effective as it once was. Two-factor authentication can be bypassed by hackers using stolen login credentials and malware. Two-factor authentication can make it easier for attackers to access your systems if they can intercept the second factor, which is usually a text message code.

Endpoint Security

Another measure that has been less effective in recent times is endpoint security. Attackers are now able to directly target endpoints, bypassing the need for them to be connected to the network. Endpoint security solutions often fail to keep pace with the rapid changes in the IT environment.

Data Encryption

Another common cybersecurity measure is data encryption, which is not as effective as it once was. Attackers are now able to use sophisticated methods to bypass encryption such as a quantum computer. Data encryption is not a one-size-fits-all solution. It is important to select a solution that suits your needs and requirements.

Firewalls

Another common cybersecurity measure is firewalled, which is no longer as effective. Attackers are now able to bypass firewalls using sophisticated methods such as tunneling. Also, firewalls can be incorrectly configured, making it easier for attackers to gain access to your systems.

Application Security

Another measure that has been less effective over the years is application security. Attackers are now able to directly target applications, bypassing the need for them to traverse the network. Application security solutions often fail to keep pace with the rapid changes in the IT environment.

Identity and Access Management

Another common cybersecurity measure, identity and access management (IAM), is not as effective as it once was. Attackers are now able to bypass IAM solutions using sophisticated methods such as social engineering. Additionally, IAM solutions are often incorrectly configured, making it easier for attackers to gain access to your systems.

Randomization

Password randomization is often referred to as a “best practice” in cybersecurity. This measure is not as effective as it once was. Advanced methods such as dictionary attacks allow attackers to bypass password randomization. Password randomization can also make it more difficult for users to remember their passwords. This can cause them to use weaker passwords or write them down.

Employee Training

While employee training is valuable, the truth is that cybercriminals are constantly changing the methods they use. It is impossible for one person to understand all the methods and information available. Employees are also often the weakest link of the security chain and can be easily hacked.

Conclusion

You can see that there are many common cybersecurity measures that are not as effective as they once were. There is too much money to be made circumventing most cybersecurity measures. Hackers can now use sophisticated techniques to bypass firewalls and encryption.

It is crucial to remember that not all businesses are the same. It is important to select a solution that suits your needs and requirements. You should also make penetration testing and monitoring part of your overall cybersecurity.