Three ways artificial intelligence is causing dire cybersecurity threats

Artificial intelligence technology is driving some huge changes in digital technology. Many developments brought about by artificial intelligence are beneficial.

However, artificial intelligence also brings some false propositions. One of the biggest issues posed by artificial intelligence is the growing threat to cybersecurity. Increasingly, hackers are finding innovative ways to weaponize artificial intelligence to commit cybercrimes.

As these threats worsen, businesses and the cybersecurity experts they rely on need to be aware of the threat AI poses in the hands of hackers and find ways to leverage AI to bolster their own defenses.

What is the most important way for hackers to use artificial intelligence to attack their targets?

As a company with a strong network influence, it must do its best to ensure that its website and system remain as safe as possible Safety. The biggest concern for businesses is being attacked by cybercriminals and letting business and customer data fall into the wrong hands. To prevent this from happening, it's important to be aware of any current digital security threats.

Unfortunately, artificial intelligence technology will only make cybersecurity threats worse than ever. Industry experts say artificial intelligence technology is used by both cybersecurity experts and black hat hackers. However, cybercriminals appear to benefit the most from AI, which means cybersecurity experts will need to be more diligent and committed to innovation to use AI effectively.

With that in mind, here’s a look at the top three digital threats that are getting worse due to the adoption of artificial intelligence technology, and how to prevent them:

(1) Ransomware Attacks

According to "Forbes", ransomware is one of the top cyber threats currently threatening small and medium-sized enterprises. As the name suggests, hackers will break into a company's network and then demand a ransom to redeem their data. Since most ransomware attacks begin with malware infecting a computer, often via a phishing email, it's important to educate employees on how to identify and delete these emails. Additionally, it is helpful to back up your data regularly; this way, if a breach does occur, the business can recover the data quickly and with minimal downtime.

Industry expert Kyle Alspach wrote an article in May about the threat posed by artificial intelligence-driven ransomware attacks. Renowned cybersecurity expert Mikko Hyppönen noted that these ransomware attacks will become more terrifying as hackers become more adept at using artificial intelligence technology to automate many of their strategies.

(2) Weak network security measures

Another reason why cybercriminals gain access to corporate websites or systems is that the network security of these companies and their employees is poor. Cybersecurity is about how teams in an organization use technology, and how careful or careless people are in protecting sensitive data. Examples of weak cybersecurity measures include not using two-factor authentication to log into company accounts, writing down passwords on sticky notes, using unprotected Wi-Fi networks, and working from personal devices.

As more hackers use artificial intelligence to identify weak targets, this will also become a greater threat. Hackers often try to target those with the weakest security, so they use artificial intelligence to automate the process of finding potential victims.

To help improve cybersecurity posture, start by requiring two-factor authentication, using a password manager, and asking employees not to use personal devices at work. Additionally, to help ensure that hackers cannot access available information, it is important to ensure that your business's SSL certificates are updated. Basically, when you purchase an SSL certificate, it will ensure that the data sent between the customer and the business's website cannot be read by hackers. To make the process of monitoring security certificates as easy as possible, you may want to go through an SSL certificate manager program developed by companies like Sectigo. In addition to SSL certificate authorities, it provides other innovative digital security solutions, including PKI management, private PKI, and private CA services.

(3) Credential stuffing

"Credential stuffing" refers to cybercriminals using credentials stolen from one company to gain access to another company. Hackers usually obtain this data through hacking or purchasing it from the dark web.

They can use artificial intelligence to make these cyberattacks worse. Machine learning tools help them find connections between different companies so they can use credential stuffing more efficiently.

Unfortunately, this type of cyberattack is becoming more common and harder to track, mainly because cybercriminals have obtained a list of valid usernames and passwords, and they then use those credentials to log in Victim's website. Fortunately, credential fraud can be prevented by ensuring employees don't use the same passwords on different websites. Requiring multi-factor authentication also helps prevent successful credential stuffing.

As hackers become increasingly brazen in their use of artificial intelligence, being proactive can help prevent digital threats

Hackers are always looking for new ways to access sensitive data. Artificial intelligence technology makes these criminals more terrifying. The good news is that with artificial intelligence becoming a greater threat than ever, cybersecurity professionals can take more precautions to strengthen their security defenses. Wise cybersecurity experts will also find ways to leverage AI technology to combat hackers.

Understanding the latest tactics of hackers and then taking a proactive approach can prevent security breaches from affecting your website. By educating your teams to avoid phishing scams, developing two-factor authentication, using SSL certificates and PKI management procedures, and employing sound cybersecurity measures, businesses will make great strides in improving their digital security.

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