Four Best Practices to Deter Phishing Attacks in 2022 and Beyond

Four Best Practices to Deter Phishing Attacks in 2022 and Beyond
Four Best Practices to Deter Phishing Attacks in 2022 and Beyond
Phishing attacks are one of the most frequent security issues that people and businesses encounter while trying to protect their information. Hackers are utilizing email, social media, phone calls, and every other means of contact they can to steal critical data, whether they are gaining access to passwords, credit cards, or other sensitive information. Businesses indeed make for very worthwhile targets.

Phishing attacks across the globe have increased dramatically. According to Mimecast Report Reveals Phishing Attacks with Malicious URLs Up 126 Percent, over 28 million emails sent to corporate inboxes were examined. The number of emails that contained harmful URLs increased by more than 125% from the previous quarter to almost 500,000, or one phishing email for every 61 emails.

Even worse, phishing has advanced in sophistication. Here are a few best practices businesses should adhere to in order to prevent phishing attacks.

Offer real-time defense

Employees will continue to fall for phishing scams despite the advantages of training. This is particularly true around the holiday season and at the end of the quarter, when employees may get hundreds of emails and are less cautious.

Therefore, it’s crucial that businesses develop technologies and services that will shield consumers from attacks right where they are—in their inboxes. Before they reach employees, these technologies and services automatically detect and block phishing emails. The best systems will be able to identify which external accounts are reliable and trustworthy and will flag any emails that are obviously malicious or suspicious.

People can be “tested” with a mock phishing campaign

More and more companies are using mock phishing campaigns to test their personnel. Testing can be unsettling for some IT managers. Testing, however, can be a very effective defense provided it is done correctly.

Also Read: Password-less Technology Can Help Fight Phishing Attacks

To keep staff members engaged, it’s essential to ensure the examinations are an encouraging and helpful endeavor. Businesses can even compensate customers for spotting scams to encourage the desired behavior.

It’s crucial to provide employees who don’t pass examinations constructive criticism. To ensure they approach the following practice email or genuine attack with the proper security mentality, firms should go over what was “phishy” about the email with them and offer remedial training. Additionally, companies must test as often as possible—ideally once per month.

Set up a feedback loop

In their daily work, employees may not frequently interact with the IT staff (until their computer crashes, of course). However, creating a feedback loop that links end users and IT/security professionals in real-time can help to fortify relationships and significantly lower the number of phishing events. The goal of feedback loops is to enhance the company through a cycle of analysis and evaluation.

While feedback loops are advantageous for every component of an organization, they are crucial for security since a breach might put a company’s operations at risk. In order to build a feedback loop for email phishing and other security issues, IT only has to identify the phish, warn the users who will be impacted, and then wait for the users to alert IT when they think they have received a malicious email. In the end, this provides IT with instant visibility into user reports.

Consider using multifactor authentication and new password less technologies

Firms have hitherto concentrated on human behavior, but Multi-Factor Authentication (MFA) is a small technological regulation that has a significant impact. By demanding more than simply a username and password, MFA prevents data theft by employing a supplementary, one-time password sent through SMS, a physical token, and a biometric ID. Multiple authentications act as the moats that prevent phishers from attacking the castle and stealing the kingdom’s keys if a username and password serve as the gate.

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