Next-Gen Firewall Solutions in UAE, Qatar

Next Generation Firewalls

Next-generation firewalls (NGFWs) are a type of firewall that offers more advanced security features than traditional firewalls. NGFWs can inspect traffic at the application layer, which allows them to detect and block a wider range of threats. They can also prevent known and unknown threats by analyzing traffic for malicious patterns. In addition, NGFWs can use threat intelligence to identify and block threats that are not yet known. NGFWs are becoming increasingly important as the threat landscape continues to evolve. With more and more sophisticated attacks being launched, organizations need to have the most advanced security solutions available. NGFWs can help organizations to protect themselves from these attacks and keep their data safe.

Most common challenges faced by organizations which are causing struggles are as follows:

Management
Challenges

Licensing complexity: Difficulty in managing and tracking firewall licenses.
Complex firewall management: Managing multiple features and settings
Performance impact: Firewalls can slow networks with security enabled.

Technical
Challenges

Lack of AI and ML capabilities: Less effective threat detection and blocking.
Bottleneck for internet speeds: Slows modern-day internet speeds.
Insufficient visibility: Traditional firewalls lack analytic features.

Compliance
Challenges

Ineffective against evolving malware: Struggle to defend modern malware attacks.
Encrypted threats defenselessness: Unable to inspect encrypted traffic.
Limited threat detection: Cant keep up with evolving threats.

Business
Risks

Reduced network performance: Slower networks impact productivity.
Increased vulnerability to threats: Ineffective firewall exposes cyber risks.
Compliance gaps: Inadequate threat detection may breach compliance.

Deep packet inspection

NGFWs can inspect traffic at the application layer, which allows them to detect and block a wider range of threats.

Intrusion prevention

NGFWs can prevent known and unknown threats by analyzing traffic for malicious patterns.

Threat intelligence

NGFWs can use threat intelligence to identify and block threats that are not yet known.

Application control

NGFWs can control which applications are allowed to run on a network, which can help to prevent malware from being installed.

User and device identification

NGFWs can identify users and devices on a network, which can help to prevent unauthorized access.

AI and ML-powered threat detection

Next-generation firewalls use artificial intelligence (AI) and machine learning (ML) to detect and block threats, including known and unknown malware, application-layer attacks, and zero-day attacks.

Encrypted traffic inspection

Next-generation firewalls can inspect encrypted traffic, which allows them to detect and block threats that are hidden in encrypted traffic.

Credential theft prevention

Next-generation firewalls can help to prevent credential theft by blocking malicious websites and detecting phishing emails.

High performance

Next-generation firewalls are designed to provide high performance, even when they are inspecting encrypted traffic.

Zero Trust Architecture

Next-generation firewalls can be deployed in a Zero Trust Architecture, which provides the highest level of protection by assuming that no user or device is trusted by default.

Application-oriented security

Next-generation firewalls can provide application-oriented security, which allows them to control which applications are allowed to run on a network and to block malicious applications.

Built-in analytics and deep visibility

Next-generation firewalls have built-in analytics and deep visibility features, which allow them to provide organizations with more information about their network traffic and threats.

Simplified management

Next-generation firewalls are designed to be easy to manage, which can save organizations time and resources.

Next Generation Firewalls

Next Generation Firewalls

Most common challenges faced by organizations which are causing struggles are as follows:

Deep packet inspection

Intrusion prevention

Threat intelligence

Application control

User and device identification

AI and ML-powered threat detection

Encrypted traffic inspection

Credential theft prevention

High performance

Zero Trust Architecture

Application-oriented security

Built-in analytics and deep visibility

Simplified management

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