Secure Email Gateway

Advanced Threat Protection

Advanced Threat Protection (ATP) is designed to identify and neutralize sophisticated threats before they infiltrate your network. With ATP, your emails are scanned for advanced and hidden threats, often delivered through attachments or links. ATP combines machine learning, behavioral analysis, and real-time threat intelligence to defend against:


  • Zero-day exploits: Detects new threats that bypass traditional defenses.

  • Targeted attacks: Identifies and blocks spear-phishing and highly targeted email attacks.

  • Social engineering attacks: Uses behavior-based analysis to detect malicious intent, especially in email spoofing.
Key Benefits of ATP:
  • Real-time monitoring and rapid response to advanced threats

  • AI-powered analytics that continuously learns from emerging threats

  • Protects sensitive business data from sophisticated cyber attacks

Anti-Phishing Protection

Phishing attacks use fake emails or malicious websites to trick recipients into revealing personal information. Anti-phishing protection uses AI-driven technology to detect, block, and alert users to phishing attempts, preventing unauthorized access to your data


  • Domain spoofing protection: Detects and blocks emails that appear to be from legitimate sources but aren’t.

  • Email authenticity verification: Uses SPF, DKIM, and DMARC protocols to ensure email legitimacy.

  • User alerts and warnings: Warns users when suspicious emails are detected to reduce human error in clicking dangerous links.
Key Benefits of Anti-Phishing:
  • Keeps sensitive data safe from identity theft and financial loss.

  • Reduces the risk of employees falling victim to phishing scams.

  • Enhances user awareness with real-time phishing alerts.

Malware Protection

Malware Protection scans and removes malicious software, such as viruses, worms, ransomware, and trojans, that can compromise security and disrupt business operations. Email is a common attack vector for malware, making this protection essential for secure communication.


  • Multi-layered scanning: Uses signature-based and heuristic analysis to identify malware patterns.

  • Real-time updates: Constantly updates databases to protect against the latest threats.

  • Quarantine and remediation: Automatically quarantines infected files and provides options for secure removal.
Key Benefits of Malware Protection:
  • Blocks malicious attachments before they reach user inboxes.

  • Reduces the risk of ransomware, which can lead to significant financial loss.

  • Ensures business continuity by preventing malware from spreading across networks.

Denial of Service (DoS) Attack Protection

DoS Attack Protection defends against email-based denial-of-service attacks, which overwhelm your email server and disrupt communication. It ensures that only legitimate email traffic can access your systems.


  • Traffic filtering: Identifies and blocks suspicious traffic patterns.

  • Rate limiting: Prevents email floods by setting limits on email reception rates.

  • IP blocking: Blocks specific IP addresses known for DoS attacks.
Key Benefits of DoS Protection:
  • Keeps email systems operational during high-traffic periods.

  • Protects from bandwidth overloads that disrupt business communication.

  • Ensures uninterrupted email service for employees and customers.

Impersonation Protection

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Impersonation Protection is specialized security designed to detect and block attempts to deceive recipients by pretending to be a trusted source. It is particularly effective against Business Email Compromise (BEC) and CEO fraud, where attackers impersonate high-level executives or familiar brands.

Key Features of Impersonation Protection:

  • Sender Authentication Verification: Checks sender credentials using SPF, DKIM, and DMARC to verify email authenticity and prevent spoofing.
  • Display Name and Domain Similarity Checks: Identifies emails where attackers use slight variations of legitimate names and domains to deceive recipients.
  • Behavioral Analysis: Examines email behavior patterns to detect deviations from the sender’s usual style or content, identifying emails that appear unusual or suspicious.

Domain Fraud

Cybercriminals create fake domains that resemble authentic ones, using tactics like slight misspellings, extra characters, or alternative top-level domains (TLDs) to deceive recipients.

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Key Aspects of Domain Fraud Protection
  • Domain Monitoring: Detects look-alike domains to prevent brand impersonation.
  • AI Detection: Spots minor character changes in domains, blocking phishing sites.
  • Email Authentication: Uses SPF, DKIM, and DMARC to block unauthorized emails.
Benefits of Domain Fraud Protection
  • Protects Brand Integrity: Maintains brand trust by preventing domain misuse.
  • Builds Customer Trust: Reassures customers they’re interacting with you, not fraud.
  • Prevents Financial Loss: Blocks fake domains to reduce fraud risk and losses.
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Email Encryption and Data Loss Prevention

Email Encryption secures messages by encoding them, ensuring only authorized recipients can read the content. This protection is essential for keeping sensitive communications private, safeguarding against unauthorized access, and meeting compliance standards. By encrypting emails, organizations protect their confidential information, secure customer data, and reduce the risk of interception by malicious actors.

Importance of Data Loss Prevention (DLP)

  • Protects confidential data
  • Ensures regulatory compliance
  • Blocks unauthorized sharing
  • Prevents data breaches
  • Safeguards intellectual property
  • Reduces financial risk
  • Light & Maintains customer trust
  • e-Commerce Enhances network security