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Maristelle Bagis Hosaka, the director of product marketing for wireless solutions at Fortinet, introduces the company’s vision for the future of networking through the lens of deep integration and security innovation. Founded in 2000, Fortinet has grown into a market leader with over 900,000 customers and a global reach supported by 110,000 partners. Hosaka emphasizes the company’s financial stability as a member of the S&P 500 and Nasdaq 100, while highlighting its commitment to innovation through a massive portfolio of over 1,400 patents. The presentation frames Fortinet’s operations around three strategic pillars: secure networking, unified SASE, and AI-driven security operations, all designed to protect customers across every edge and device.
The core of Fortinet’s strategy is the Secure LAN, which integrates wired and wireless solutions into a cohesive system. Unlike its competitors, Fortinet embeds the wireless LAN controller directly into its Layer 7 firewall, which allows for advanced security, segmentation, and control from the initial point of connection. This integrated approach has yielded significant business results, including a 60% reduction in the risk of breaches and a 50% increase in operational efficiency. Furthermore, by embedding core security features and network access control without requiring additional licensing, Fortinet provides a lower total cost of ownership and predictable costs for organizations of all sizes.
Looking ahead, the presentation outlines several key focus areas for mobility, including future-ready wireless innovation and unified protection across mixed environments. Hosaka explains that artificial intelligence is central to their roadmap, with upcoming discussions focusing on AI at the edge, automated remediation, and agentic AI capabilities. Beyond traditional campus deployments, Fortinet is also expanding its reach into ruggedized environments and rapid response scenarios. This includes the use of LoRaWAN technologies and the introduction of emergency connectivity kits designed for quick deployment in challenging conditions, ensuring that secure connectivity is available wherever it is needed.
Personnel: Maristelle Bagis Hosaka
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Sumanth Gorajala, Senior Director of Product Management at Fortinet, introduces the future of secure wireless by addressing the current challenges in the industry. He asserts that wireless networking has evolved from a simple access layer into a critical security layer, requiring protection at the edge rather than after traffic passes through a controller. Fortinet is driving this convergence by expanding its portfolio across multiple use cases–including branches, campuses, and data centers–and notably entering the high-density stadium wireless market following a recent acquisition. This strategy centers on the integration of next-generation firewalls (NGFW) with built-in wireless controllers, utilizing the FortiOS to manage access points (APs), switches, and security policies from a single point of configuration.
The presentation highlights a significant transition in Fortinet’s enterprise hardware, moving entirely into Wi-Fi 7 to provide high-performance connectivity at price points comparable to older Wi-Fi 6 or 6E models. A major focus is placed on the new FortiAP HD high-density series, which utilizes patented quad-radio, four-cross-four spatial chain architectures specifically designed for the unique coverage and capacity demands of stadiums. These APs feature software-reconfigurable radios and directional beamforming capabilities, allowing administrators to focus signal beams vertically or horizontally to optimize performance. Fortinet is also working to integrate these specialized high-density APs into the existing FortiGate management ecosystem, enabling unified policy and tunneled data traffic support.
Innovation extends beyond standard connectivity with the introduction of the FortiAP 231K-D, an AI-integrated AP featuring a digital signage screen. This device utilizes an AI-integrated chipset to perform local tasks such as object classification, face detection, and smart surveillance directly at the edge before data ever reaches the cloud. Partnering with digital out-of-home specialists, Fortinet enables presence-based advertising and content management where the AP can trigger specific videos or promotions based on BLE analytics or client thresholds. Despite the addition of a display, the hardware is designed to maintain high-quality radio propagation and can be powered via standard PoE (802.3bt), serving simultaneously as an enterprise AP and an intelligent media hub.
Personnel: Sumanth Gorajala
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Sumanth Gorajala, Senior Director of Product Management at Fortinet, introduces the future of secure wireless by addressing the current challenges in the industry. He asserts that wireless networking has evolved from a simple access layer into a critical security layer, requiring protection at the edge rather than after traffic passes through a controller. Fortinet is driving this convergence by expanding its portfolio across multiple use cases–including branches, campuses, and data centers–and notably entering the high-density stadium wireless market following a recent acquisition. This strategy centers on the integration of next-generation firewalls (NGFW) with built-in wireless controllers, utilizing the FortiOS to manage access points (APs), switches, and security policies from a single point of configuration.
The presentation highlights a significant transition in Fortinet’s enterprise hardware, moving entirely into Wi-Fi 7 to provide high-performance connectivity at price points comparable to older Wi-Fi 6 or 6E models. A major focus is placed on the new FortiAP HD high-density series, which utilizes patented quad-radio, four-cross-four spatial chain architectures specifically designed for the unique coverage and capacity demands of stadiums. These APs feature software-reconfigurable radios and directional beamforming capabilities, allowing administrators to focus signal beams vertically or horizontally to optimize performance. Fortinet is also working to integrate these specialized high-density APs into the existing FortiGate management ecosystem, enabling unified policy and tunneled data traffic support.
Innovation extends beyond standard connectivity with the introduction of the FortiAP 231K-D, an AI-integrated AP featuring a digital signage screen. This device utilizes an AI-integrated chipset to perform local tasks such as object classification, face detection, and smart surveillance directly at the edge before data ever reaches the cloud. Partnering with digital out-of-home specialists, Fortinet enables presence-based advertising and content management where the AP can trigger specific videos or promotions based on BLE analytics or client thresholds. Despite the addition of a display, the hardware is designed to maintain high-quality radio propagation and can be powered via standard PoE (802.3bt), serving simultaneously as an enterprise AP and an intelligent media hub.
Personnel: Sumanth Gorajala
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Alex Vizzari, a product manager at Fortinet, presents the evolution of Fortinet’s AI capabilities within its networking ecosystem, specifically focusing on the FortiAIOps platform. The presentation outlines how Fortinet leverages telemetry gathered from FortiGate firewalls to provide dynamic baselining for switch ports and wireless radios, offering root cause analysis and predictive insights. By centralizing data from wireless, switching, and SD-WAN components, the platform offers a health assurance view for every node in the system, from individual access points to stations and gateways. This allows IT teams to move beyond reactionary troubleshooting toward a predictive model where forecasting identifies potential issues in wireless health or SD-WAN performance before they impact the end user.
A key highlight of the discussion is Fortinet’s commitment to service assurance and visibility through specialized tools like Wireless Service Assurance, which can transform an AP radio into a client to run performance baselines using ping or iperf. Vizzari demonstrates how the platform integrates spectrum analysis, VLAN probes, and advanced heat maps that track not only signal strength but also client density, rogue APs, and real-time station location. Furthermore, the system provides a detailed look into the user experience by tracking roaming behavior and disconnections, supported by automated packet capture analysis to streamline the discovery of complex connectivity issues.
To meet the diverse deployment needs of high-end enterprises, Fortinet has expanded the FortiAIOps journey from a virtual machine and public cloud offering to a dedicated hardware line capable of managing up to 5,000 FortiGate devices. Vizzari emphasizes that the platform maintains a consistent feature set across all form factors, ensuring data sovereignty for customers who prefer on-premises solutions. The licensing model is designed to be stackable and scalable, allowing organizations to start small and grow their managed network–comprising firewalls, switches, and APs–at their own pace while maintaining a central point of control and AI-driven insights.
Personnel: Alex Vizzari
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Alex Vizzari, Product Manager at Fortinet, presents the company’s shift toward redefining mobility through the integration of Generative AI and Agentic AI within the networking ecosystem. By uniting the FortiManager provisioning tool with FortiAIOps, Fortinet has created a unified NOC that utilizes specialized AI agents to handle complex backend tasks. These agents facilitate seamless communication across the Fortinet Security Fabric and are capable of transforming high-level intent, such as a hand-drawn network diagram, into functional configurations like IPsec VPNs. This evolution aims to move beyond simple troubleshooting to a model where AI agents proactively exchange telemetry to correlate network issues with security postures, ensuring true visibility across the data lake.
A major feature of this AI-driven approach is the enhancement of day-to-day operations and incident response. Users can query the Generative AI for specific station health summaries, which then provides a detailed breakdown of issues such as DNS failures, radius errors, or uplink bottlenecks. A unique capability discussed is the automated packet capture (PCAP) integration; when an issue is identified, the system can trigger a capture directly on the FortiGate firewall, retrieve the file, and perform a deep analysis of the trace. This service is vendor-agnostic, allowing administrators to upload PCAP files from competitors for analysis, which significantly reduces the time Level 1 and Level 2 support teams spend manually sifting through large data sets.
The presentation also demonstrates the practical application of Agentic AI in complex SD-WAN environments. For instance, if a user experiences poor performance with a specific application like Salesforce, the AI agent can map the entire topology, analyze active sessions, and evaluate SLA metrics such as jitter, latency, and packet loss. In scenarios where a policy might prioritize low latency while ignoring packet drops, the AI agent can detect this discrepancy and propose an optimized policy change. This allows the system to intelligently shift traffic to more stable links, ensuring that the network self-optimizes to maintain application performance without requiring manual intervention from the IT staff.
Personnel: Alex Vizzari
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Alex Vizzari, a product manager at Fortinet, introduces the unified management, visibility, and control offered by the upcoming FortiManagement Cloud platform. This new product represents the convergence of Fortinet’s various cloud offerings, bringing the flagship FortiGate firewall into a single pane of glass alongside access points, switches, and WAN gateways. Designed to scale from small shops to large service providers, the platform allows users to register, pre-populate, and push configurations to devices globally. It simplifies complex tasks like SD-WAN deployment through a graphical drag-and-drop overlay service and facilitates seamless hardware migrations, allowing administrators to transition settings from old devices to new ones with just a few clicks.
The platform provides deep operational insights through customizable dashboards and widgets that monitor security status, radio health, and station connectivity. Beyond management, it integrates advanced security features such as indicator of compromise (IoC) detection, automated quarantining, and cloud-based sandboxing for deep file scanning. For distributed environments, the One Gateway solution offers unique out-of-band management capabilities, including support for up to 16 USB console connections to reach onsite equipment even during connectivity loss. Deployment is further streamlined through zero-touch provisioning, where devices automatically inherit tags, scripts, and firmware profiles upon registration.
FortiManagement Cloud also emphasizes advanced analytics and multi-tenancy, providing detailed logs on application usage, traffic destinations, and potential threats. Administrators can generate comprehensive PDF reports for stakeholders and set up event handlers to trigger alerts or webhooks based on specific network triggers. Addressing the role of artificial intelligence, Vizzari confirms that the sophisticated features currently found in FortiAIOps will be integrated directly into this unified cloud UI. This ensures feature parity between on-premises and cloud models, allowing customers to move between deployment types without losing the high-level automation and insights that define the Fortinet ecosystem.
Personnel: Alex Vizzari
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Matt Bolick, a senior director at Fortinet, explains that while the company has produced industrial OT products for over two decades, new collaborations are extending secure wireless to the rugged edge. Public sector and industrial customers increasingly require disaster recovery capabilities and the ability to rapidly deploy secure networks in areas without infrastructure, such as polling locations or zones affected by natural disasters. To meet this need, Fortinet has partnered with Parsec Technologies to develop “go kits” where high-performance antenna elements are built directly into the rugged cases themselves, eliminating the need for external antenna deployment and ensuring a quick, secure setup in the field.
The presentation details two specific ruggedized models: the Bloodhound and the Pitbull. The Bloodhound is a compact, highly portable kit featuring a FortiExtender vehicle gateway with integrated 5G LTE and Wi-Fi antennas, ideal for pop-up sites with existing cellular coverage. For true disaster recovery where infrastructure may be entirely absent, the Pitbull offers dual 5G radios, Wi-Fi 7 access points, and a Starlink terminal integrated into the lid. Both units are battery-powered–offering up to 40 hours of runtime for smaller units–and are designed to be TSA-compliant for air travel, bringing the full power of the Fortinet Security Fabric to any remote or emergency environment.
Beyond emergency kits, Bolick highlights the addition of LoRaWAN technology to the Fortinet portfolio with the introduction of the FortiAP 222KL. This new access point addresses a critical gap for oil, gas, and public sector customers who require long-range, low-power monitoring for IoT sensors. The device is a multi-functional gateway, incorporating a 16-channel LoRaWAN radio alongside Wi-Fi 7 and 5G LTE connectivity. By integrating LoRaWAN into the standard FortiGate and FortiManagement Cloud ecosystem, Fortinet provides a unified management experience for ultra-long-range sensor networks while maintaining the security standards of its broader enterprise fabric.
Personnel: Matt Bolick
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