

According to Gartner®, "Hybrid Mesh Firewall platforms enable security policy controls to be defined and enforced between workloads, and between users and workloads connected on any network in on-premises first organizations."1 Gartner anticipates "by 2026, more than 60 percent of organizations will have more than one type of firewall deployment, which will prompt adoption of hybrid mesh firewalls."2īecause of Fortinet's unique converged approach, we've already been delivering on the concept of Hybrid Mesh Firewalls to customers for years and are taking things one step further with unified management and analytics across not just Hybrid Mesh Firewalls but our entire secure networking portfolio.Ĭut Through Complexity with Unified Management and Analytics Across the Entire Hybrid Network An emerging component of secure networking is Hybrid Mesh Firewalls. Today's networks are complex hybrid environments that extend across many edges, which is leading most organizations to shift to a secure networking approach that converges security and networking. Secure Networking Expands with New Hybrid Mesh Firewall CIOs today must contend with highly complex, disparate environments, and Fortinet delivers game-changing visibility and enforcement across all secure networking elements, including Hybrid Mesh Firewall, Single-Vendor SASE, Universal ZTNA, Secure SD-WAN, and Secure WLAN/LAN. Today we're deepening unified management and analytics across our secure networking portfolio to give CIOs unprecedented levels of visibility and enforcement across their entire environment-whether on-premises, in the cloud, or a hybrid of both."įortinet® (NASDAQ: FTNT), the global cybersecurity leader driving the convergence of networking and security, today announced new innovations enabling unified management and analytics across its secure networking portfolio. Fortinet was founded over 20 years ago with the goal of converging networking and security into secure networking solutions. "In the next decade, secure networking will overtake networking and emerge as the predominant market to support the immense processing power requirements of secure connectivity.
