Article
Common Phishing Attacks That Bypass Default Email Protection
Phishing attacks continue to evolve, making detection increasingly complex.
Many modern phishing campaigns are carefully designed to appear legitimate, often bypassing traditional filtering technologies.
Understanding common attack patterns can help organisations improve detection and response processes.
Business email compromise (BEC)
Business email compromise attacks typically involve impersonating trusted individuals such as executives, suppliers, or colleagues.
Examples include:
- Requests to change payment details
- Urgent payment instructions
- Requests for sensitive information
- Impersonation of senior leadership
These attacks rely on urgency and trust.
Credential harvesting attacks
Attackers frequently attempt to capture login credentials through fake login pages.
Common scenarios include:
- Fake Microsoft login alerts
- Shared document notifications
- Password reset prompts
- Fake collaboration invites
Users may unknowingly provide credentials on fraudulent pages.
Malicious links disguised as legitimate services
Links may appear to lead to familiar services but redirect to malicious websites.
Examples include:
- Fake file sharing notifications
- Cloud storage access requests
- Secure document portals
- Electronic signature requests
Attackers often use newly registered domains to avoid detection.
Compromised supplier email accounts
Attackers may gain access to legitimate email accounts belonging to suppliers or partners.
Emails sent from compromised accounts may appear highly credible.
Common scenarios include:
- Invoice updates
- Payment detail changes
- Ongoing conversation hijacking
Because the sender is legitimate, these emails can be difficult to detect.
Reducing phishing risk
Reducing phishing exposure typically involves:
- Improving email threat detection
- Educating users on suspicious signals
- Implementing layered security controls
- Monitoring unusual communication patterns
Combining technical controls with awareness improves resilience.
Conclusion
Phishing attacks continue to evolve and increasingly rely on social engineering techniques.
Understanding common attack patterns helps organisations evaluate whether additional protective measures are appropriate.
