Network Security: FortiGate NGFW: 12 Game-Changing Features That Transform Enterprise Security [2024 Guide]
In today's fast-changing cyber world, companies need more than just firewalls. The FortiGate Next-Generation Firewall (NGFW) is a game-changing solution that revolutionizes enterprise security. It has advanced features and strong protection abilities.
As we move through 2024, the FortiGate NGFW stands out. It has security processors and AI-powered protection. The custom processors like NP7 and CP9 provide advanced threat detection and response. This security solution is changing how companies defend their networks.
Whether you work in IT or make decisions about firewalls, this guide will show you 12 great features of the FortiGate NGFW. This firewall is important for modern business security. We'll look at things like managing the system, improving performance, sustainable networking, and good returns on your investment.
Discover how FortiGate NGFW's features can help you build a strong security system. This can handle today's complex cybersecurity challenges. It also prepares your organization for future threats.
Model | Threat Protection |
---|---|
FortiGate 900G | 20 Gbps |
FortiGate 600F | 10.5 Gbps |
FortiGate 400F | 9 Gbps |
FortiGate 200G | 6.4 Gbps |
FortiGate 200F | 3 Gbps |
FortiGate 120G | 2.8 Gbps |
FortiGate 100F | 1 Gbps |
FortiGate 90G | 2.2 Gbps |
FortiGate 80F | 900 Mbps |
FortiGate 70G | 1.3 Gbps |
FortiGate 70F | 800 Mbps |
FortiGate 60F | 700 Mbps |
FortiGate 50G | 1.1 Gbps |
FortiGate 40F | 600 Mbps |
FortiGate 30G | 500 Mbps |
Understanding FortiGate NGFW's ASIC-Based Security Processing
In today's changing cyber world, network security is more important. FortiGate's Next-Generation Firewall has innovative ASIC-based security processing. This firewall is at the forefront of innovation.
Think of ASIC as a specialized chef in a restaurant. The chef is designed to make certain dishes very efficiently. Similarly, FortiGate's custom ASIC processors are made to handle specific security tasks. They do this with incredible speed and accuracy.
This new way of protecting against threats isn't only about strength. It's also about smart, specially-made security rules that fit your network's unique needs.
Let's look at how these special processors work together. They create a strong defense system that's hard to break into.
Exploring Custom Security Processors . .Custom security processors are specialized chips that enhance device security. They help protect against cyber threats. These processors run security tasks separately from the main processor. This keeps your device safer. .Custom security processors have advanced features. They can encrypt data, verify identities, and monitor for attacks. This adds an extra layer of protection. The processors work alongside the main chip to keep your device secure. .Using a custom security processor has benefits. It frees up the main processor to focus on other tasks. This improves overall performance. The specialized security features also make it harder for hackers to access your device. .Custom security processors are becoming more common. Manufacturers include them in a variety of devices, from smartphones to laptops. As cybersecurity threats grow, these processors play a crucial role in protecting your technology.
The FortiGate has two main parts: the network processor (NP) and the content processor (CP). These are the core of the ASIC architecture.
Imagine the network processor as a security guard at an important event. It handles: .
- The first step is packet processing.
Here is the content with improved readability: . .- Finding the best route saves time. It helps you plan the fastest way to get somewhere. This makes your travel more efficient.
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Network address translation converts internet addresses. It hides the true addresses of devices. This protects private networks from the public internet.
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Basic security check.
The content processor works like a detailed forensic analyst. It performs a deep analysis of the content. This helps identify any issues or problems. The processor examines the content thoroughly. This allows finding areas that need improvement.
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Deep packet inspection helps analyze internet traffic in detail. It looks closely at data flowing through a network. This can be used to improve network security and performance.
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Pattern matching is finding the same or similar patterns in data. It helps find things that are alike in a set of information. This is useful for many tasks like searching and analyzing data.
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Coding and decoding tasks.
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Advanced threat detection helps spot dangerous online threats early. It monitors systems closely to identify and stop any suspicious activity quickly. This protects against harmful attacks or breaches.
Here is the content with improved readability: . .These processors work together. They make a smooth security system. This system works very quickly. It also provides thorough protection.
When a data packet enters your network, the network processor (NP) does first checks right away. If it finds anything strange, the central processor (CP) takes over to look at it more. This happens so fast that you won't even notice.
AI-Powered Security Services and Real-Time Protection
Imagine having a security system that responds to threats. It also predicts threats before they happen. That's what FortiGate's AI-powered security services provide. They can anticipate threats before they occur. This helps protect your systems in advance.
The system uses AI to prevent malware on your network. It works like an immune system. It finds and stops potential risks right away. It doesn't wait for threats to happen.
Here is the content with improved readability: . .Advanced malware protection uses machine learning. These programs keep getting better at stopping new threats. It's like having security guards that never sleep and learn from every attack.
Consider a real-world situation. A new type of ransomware is spreading worldwide. Traditional systems may take hours to update their threat databases. However, FortiGate's AI-powered advanced threat protection immediately identifies the harmful behavior patterns. This protects your network before the threat can cause damage.
This proactive approach means: .
Here is the content with improved readability: . .Instant threat detection and response.
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Continuous learning helps you adapt and grow. It's important to keep learning and changing over time. Adapting your skills and knowledge allows you to improve and succeed.
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Fewer mistakes are made.
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Sharing real-time threat information helps companies see threats quickly. This allows them to act fast and prevent damage from cyberattacks.
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Automated response systems help computers quickly respond.
The system keeps your network safe. It balances security and performance. This ensures your network stays protected without slowing it down or reducing efficiency.
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Conclusion
FortiGate NGFW is a powerful tool for enterprise security. It offers many features to help protect modern networks. This solution uses special hardware (ASIC) for security tasks. It also uses AI to find threats. This provides great protection without slowing down the network.
The FortiGate NGFW has many useful features. It can analyze data in the cloud, prevent data loss, and check SSL connections. It also has flexible setup choices and uses less energy. This makes it a valuable tool for companies of any size. It also has unified management and works well with other tools. These features make FortiGate NGFW a great choice.
With FortiCare Premium support, companies can invest in a security solution. This protects their current systems and grows with their future needs. Whether you want to improve security, make networks work better, or use zero-trust security, FortiGate NGFW has the tools. These can help you succeed in today's cyber challenges. Take the first step to transforming your company's security. Explore these powerful features today.