適用於 OT 環境的 Fortinet Security Fabric 安全織網
借助 Fortinet Security Fabric 安全織網,可順利實現融合 IT/OT 生態系統的安全性。它提供以 OT 為中心的功能和產品,將 Security-Fabric 功能擴展到 OT 網路。為了減輕整個組織的安全風險,Fortinet 增強了 OT 安全性產品線。創新的範圍從邊緣產品一直延伸到 NOC/SOC 工具和服務,以確保高效能。
立即觀看操作技術(OT)和資訊技術(IT)的結合,會影響工業控制系統(ICS)和監督控制與資料擷取(SCADA)系統的安全性。透過 OT-Aware Fortinet Security Fabric 安全織網在複雜的基礎設施中採用安全性設計,OT 組織可以用高效、不中斷的方式,確保 OT 環境受到保護且合乎規範。
保護 OT 系統的重要性已提升到前所未有的程度,有越來越多的組織將他們的 OT 環境連上網際網路。雖然 IT/OT 融合有許多好處,但它正受到破壞性的進階網路威脅的阻礙和傷害。這些攻擊的溢出效應,越來越常以 OT 環境為目標。
了解更多借助 Fortinet Security Fabric 安全織網,可順利實現融合 IT/OT 生態系統的安全性。它提供以 OT 為中心的功能和產品,將 Security-Fabric 功能擴展到 OT 網路。為了減輕整個組織的安全風險,Fortinet 增強了 OT 安全性產品線。創新的範圍從邊緣產品一直延伸到 NOC/SOC 工具和服務,以確保高效能。
立即觀看隨著數位轉型(DX)加速,組織要瞭解 IT 與 OT 網路之間的相似性和差異性,這一點十分重要。Fortinet Security Fabric 安全織網可保護 OT 和 IT 網路的數位攻擊面。部署 Fabric,可為您的安全環境提供可視性、整合、自動化和彈性。
了解更多缺乏有效的安全性
大多數工業控制系統有效的安全性設計,無力應對變革。
擴大攻擊面
隨著氣隙保護減弱,網路實體資產的攻擊面越來越大。
IT-OT 網路
數位轉型(產業 4.0)計畫正在推動 IT-OT 網路的融合。
連線能力提高
5G、loT 和雲端等技術增加了複雜性,必須受到保護。
擴展安全遠端存取
第三方和員工的遠端存取要求會造成額外風險。
技能差距風險不斷增長
資產所有者對 OEM 和 SI 的依賴讓關鍵系統面臨額外風險。
Fortinet 的網路架構參考 Purdue 模型,以區分 IT 和 OT 解決方案。 幸運的是,對於尋求供應商整合和 IT/OT 融合的客戶來說,Fortinet IT Security Fabric 安全織網和 Fortinet OT-Aware Security Fabric 安全織網實現了 IT 和 OT 之間的無縫網路和安全運作。 以下是 Fortinet 保護 IT 和 OT 的產品和服務的細項。
網際網路/WAN 區域提供對基於雲端的計算和分析服務的存取,以支援營運環境中的 ERP 和 MRP 系統。為了進行強效驗證,使用雙因素驗證 (2FA) 和 VPN 通道來驗證身分並保持資料隱私。
企業區域通常位於企業層級,涵蓋多個設施、地點或工廠,而業務系統則負責執行營運任務,並包括 IT 網路和安全營運中心(IT NOC/SOC)。
企業區域與現場作業區域之間,是融合的 IT 和 OT 區域,又稱為非軍事區(DMZ)。DMZ 可讓組織安全地連接具有不同安全要求的網路。安全保護包括驗證和業務區隔,提供可視性、控制和態勢感知,以管理已知和未知的威脅。驗證網路上的人員和內容,並為使用者、裝置、應用程式和通訊協定提供角色型存取控制。利用沙箱模擬分析與偵測,防範未知的威脅,並提供業界資安訊息給 NOC/SOC。
Site Operations 可將設施中執行流程的所有系統集中控制,並加以監控。這是 OT 系統與 IT 系統共用資料的地方。FortiGate 新一代防火牆設備經常部署在此處,以實現頂級保護和分段,同時提供可視性和控制。
工控區是生產所在。此區域包含 PLC 和 RTU 等數位控制元件,可將 IP 通訊轉換成序列指令,包括支援 IoT 裝置的其他網路。此區域中的 Fortinet 產品包括:FortiGate、FortiSwitch 和 FortiAP。
This paper is a unique review of a few key products and how those products align with existing CIP regulation requirements. This paper also takes a look at how those products might aid an organization in the process of maintaining compliance and explores the product features that will help defend the organization’s program during an audit.
IEC 62443 is a set of Industrial Control System (ICS) security standards written by ICS experts for ICS owners, manufacturers and integrators across a range of applications and sectors. Evaluating assigned security levels within identified security zones and conduits against functional and system requirements provides a cohesive approach to security. Fortinet teamed with the SANS Institute to review the standard and the needs from technology that support implementation. With guidance from IEC 62443 and implementation of Fortinet’s solutions, you can address the security of an ICS strategically.
The 2022 State of Operational Technology and Cybersecurity Report, now in its fourth annual iteration, finds that organizations are still moving too slowly toward full protection of their operational technology (OT) assets.
Fortinet surveyed water utility leaders during the fourth quarter of 2021 to understand utilities’ status and future needs for improved water system cybersecurity
This comprehensive guide explains how Fortinet effectively provides security throughout the interconnected IT and OT infrastructure while fully enabling integration across Fortinet and partner security solutions and supporting security automation across the entire security ecosystem.
This paper reviews the NIST-based approach to implementing security for an ICS/OT, referencing the NIST Cybersecurity Framework (CSF), the five cybersecurity Critical Controls from the SANS Institute that are most relevant to ICSes, and Fortinet Security Fabric technologies. We also examine how to effectively support and implement the NIST CSF and explore how some of Fortinet’s cybersecurity offerings can help an organization fulfill its ICS/OT security road map.
The NIS2 Directive (NIS2) is an improved approach to cybersecurity controls, with an expanded scope and mandatory penalties.
As organizations modernize and embrace efficiency gains from Industrial Internet-of-Things (IIoT) technologies, the air gap between IT and OT disintegrates, and the attack surface expands. OT sensors are increasingly being integrated into IT networks to interface with machine learning and big data technologies. This connectivity creates both competitive advantage for the company and an increased risk of cyber intrusion. The growing attack opportunities are especially problematic because “headless” OT devices were not designed with security in mind.
Fortinet simplifies SD-WAN operations with network operations center solutions
OT-specific threat intelligence provided by FortiGuard Labs and Fortinet partners delivers the insight and context required to identify and remediate OT-specific threats.
Read how Fortinet microsegmentation it is possible to implement a zero-trust security policy and to scan all traffic within a VLAN using a next-generation firewall (NGFW)
Sandboxing and deception solutions complement each other in detecting zero-day threats. To fulfill their role in the kill chain, each must then share detected threat intelligence with an integrated next-generation firewall (NGFW). The NGFW enforces internal network controls (via segmentation) and updates broader OT defenses to block any previously unknown forms of attack. FortiSandbox and FortiDeceptor support comprehensive OT security—including intelligence sharing for protection against zero-day threats.
Fortinet FortiGate next-generation firewalls (NGFWs) are not only able to understand OPC but they also provide granular control of more than 250 standard OPC functions. Additionally, the FortiGate application control feature supports more than 30 different OT/ICS protocols.
Enterprise Security for Changing Times - Protection for Expanding Infrastructures, Increasing Attacks, and Compliance
With an Adaptive, Businesswide Security Fabric