For years, the advice for spotting a scam email was simple: look for poor spelling and grammar. Unfortunately, that advice no longer works.

Cybercriminals are now using AI to create polished, professional phishing emails that look just like legitimate business communications. The typos and awkward wording that once gave scammers away have largely disappeared, making these attacks more convincing than ever.

Why AI Phishing Works

AI allows attackers to create emails that are:

• Professionally written
• Personalized using information from company websites and social media
• Sent at a much larger scale than traditional phishing campaigns

Instead of receiving an obvious scam, your accounting team might see what appears to be a legitimate request from a trusted vendor to update banking information. Everything looks right, except the email is fake.

What to Look For Instead

Since spelling mistakes are no longer a reliable warning sign, focus on what the message is asking you to do.

Be cautious if an email:

• Requests money or payment changes
• Asks for passwords, MFA codes, or personal information
• Creates a sense of urgency
• Includes unexpected links or attachments
• Comes from an email address that doesn’t match the sender’s name

When money, logins, or sensitive information are involved, slow down and verify the request through a trusted channel.

Protecting Your Business

The best defense against modern phishing attacks is a combination of technology and employee awareness:

• Verify payment and banking changes by phone
• Use phishing-resistant MFA or passkeys
• Train employees to recognize suspicious requests
• Encourage staff to report anything unusual

At Takala Technology, we help businesses strengthen email security, implement modern identity protection, and train employees to recognize today’s AI-powered threats. Because while phishing emails have gotten smarter, your defenses can too.

If you’d like help protecting your business from evolving cyber threats, contact Takala Technology today.

Article used with permission from The Technology Press.