Fortinet introduces the World’s First Hyperscale Firewall

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Fortinet, a global leader in broad, integrated and automated cybersecurity solutions, today announced the world’s first hyperscale firewall, FortiGate 4400F, setting new milestones for Security Compute Ratings to deliver unparalleled performance, scalability and security in a single appliance to meet escalating business needs.

FortiGate 4400F is powered by Fortinet’s latest seventh generation network processor (NP7) to offer hardware-acceleration, making it the only network firewall that is fast enough to secure hyperscale data centres and 5G networks.

“Fortinet continues to push the boundaries of hardware-accelerated performance to enable the convergence of security and networking also known as Security-driven Networking. The FortiGate 4400F Network Firewall delivers unprecedented scale and performance that is up to 13 times better than comparable products. As the only network firewall capable of securing hyperscale data centres and 5G networks, FortiGate 4400F leads the industry in what is possible for data centre security,” said John Maddison, EVP of Products and Chief Marketing Officer at Fortinet.

Hyperscale Data Centres Require Hyperscale Security

Today’s most digitally innovative organizations face escalating and often unpredictable capacity needs that are quickly outpacing their security solution’s performance capabilities. As a result, security has become the choke point for traffic entering and exiting most hyperscale data centers, adversely affecting user experience, and bringing productivity to a crawl, causing many network admins to feel pressured by business demands to forego security safeguards. Allowing all traffic to flow freely into and out of an organization’s network without security opens organizations up to the risk of cyberattacks, can severely damage their brand reputation and cause potential loss in revenue due to extended downtime.

While many organizations have successfully deployed hyperscale network architectures, achieving hyperscale security has been a significant challenge. To-date, some vendors claim to implement hyperscale security through multiple firewalls orchestrated together to achieve a hyperscale architecture, which has proven to be cumbersome and expensive. The hardware acceleration via purpose-built NP7 network processors of FortiGate 4400F uniquely delivers the first single compact appliance with security performance and scale that keeps up with the growth of today’s hyperscale data centers and enables the following use cases:

  • High Velocity e-Retail

Allows high-velocity e-retail businesses to deliver the best possible user experience for their customers by supporting tens of millions of connections per second, enabling essential layer 4 security, and delivering hardware-accelerated prevention of distributed denial of service (DDoS) attacks.

  • Cutting-edge Research

Enhances productivity for cutting-edge research facilities and other verticals like oil and gas by supporting the secure transfer of extremely large datasets – also known as elephant flows – of up to 100Gbps. For situations that require encrypting at high speeds, IPsec can be turned on non-intrusively to support high-bandwidth IPsec tunnel flows.

  • Financial Institutions, Cloud Providers and Other Large Enterprises

By accelerating VXLAN-based segmentation, FortiGate 4400F enables super-fast communication between massively scaled services (such as compute, storage, or apps). These large-scale segments can be protected with essential Layer 4 or advanced Layer 7 security.

5G Speeds Need Security at Scale that Can Keep Up

Today’s hyperconnected world allows user-to-user, user-to-machine, and machine-to-machine communication, which in turn puts huge demands on security to be delivered at massive scale. However, most solutions lack the required scale to overcome IPv4 address scarcity, growing mobile bandwidth demands, and increasing numbers of encrypted tunnels connecting infrastructure. FortiGate 4400F uniquely addresses these pain points, delivering:

  • Carrier-grade network address translation (CGNAT) that enables hyperscale Packet Delivery Network (PDN) while preserving user experience with hardware-accelerated user session setup rates, low latency and hardware-assisted logging for audit and control.
  • Critical scale for Security Gateway (SecGW) at 4G and 5G mobile for Radio Access Network (RAN) control to enable services providers to build high capacity networks that maximize return on investment.
  • Allows service providers to differentiate their customer offerings by delivering additional value-added services such as parental control with technologies like URL filtering.

Reon

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