🚢 The Key to Smarter Port Security: Ports and harbours are bustling with activity, making them critical hubs - but also vulnerable ones. Effective security in these complex and varied environments depends on a tailored combination of the most suitable hardware, like cameras, radars and sensors such as AIS, with software that provides reliable interoperability, automation and ease of operation. Here’s what matters most: 👉 Wide compatibility – Software that supports a variety of devices, from different manufacturers, gives system integrators the freedom to build the best solution for each unique environment. No vendor lock-in, no limits - just the right tools for the job. 👉 Automation features – Smart capabilities like slew-to-cue (where cameras automatically follow radar targets) and flexible alarm logic help operators respond faster, with fewer distractions and false alarms. 👉 Future-proofing - A flexible system means easier upgrades and scalability as needs evolve. For system integrators, it’s about more than just integrating devices; it’s about creating a system that works together seamlessly, ensuring every component delivers value. Talk to us about leveraging software to build smarter security solutions. #PortSecurity #HarbourSecurity #SystemIntegration #MaritimeTechnology
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#Axis cameras can be integrated with Lynx Systems to enhance security and response capabilities. Here’s how the integration works: Access Control Integration: Lynx Systems can integrate with video management systems (VMS) to provide a comprehensive security solution. This integration allows for automated duress and emergency notifications, improving response times and reducing human error. API Connectivity: Lynx’s API can connect with various systems, enabling the automation of events across platforms. It can deploy HTTP requests, utilize RSS, and even email to trigger alarms. This flexibility allows for seamless integration with existing security tools. Physical Device Integration: Lynx supports integration with physical input and output devices. For example, LynxNeti (input) and LynxNetO (output) series devices can connect to a facility’s network and monitor a large number of points or integrate with access control systems and monitored alarm panels. Notification Systems: Lynx integrates with AXIS PoE IP speakers using the facility’s network, allowing for full audio synchronization over multiple speakers. This ensures that messages are fully supervised, logged, and can be broadcasted as severe weather alerts or lockdown orders. Camera Analytics: Axis cameras can use in-camera analytics to support various events, which can be integrated with Lynx Systems for enhanced situational awareness and security response. The integration of Axis cameras with Lynx Systems creates a robust security framework that can respond swiftly to emergencies, monitor and control access, and provide mass notifications across a facility. if you want to learn more please contact us or visit our website www.lynxsystems.com #AXISCommunications #Genetec #SoftwareHouse #CCURE9000 #LynxSystems #RapidSOS
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https://lnkd.in/gzxiMZa4 'IP and IK ratings for electronic security applications are worth installers being across, given they enhance reliability, longevity and potentially reduce performance erosion over the lifespan of a security device.' #accesscontrol #alarmsystems #automation #cctv #subsystems #securityintegration #SEN
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Why Visibility is Critical in OT Cybersecurity: Evolving Threats Demand New Strategies In the world of Operational Technology (OT), relying on traditional IT security methods is no longer effective. As threats propagate from IT to OT networks, the stakes have never been higher. Achieving full visibility into OT environments is critical to understanding the threat landscape and responding swiftly. With actionable intelligence, organizations can detect and mitigate incidents before they cause damage to critical infrastructure. It’s clear—old methods won’t work in the modern OT environment. Is your OT security strategy evolving with today’s advanced threats? #OTCyberSecurity #ThreatLandscape #IncidentResponse #ActionableIntelligence #VisibilityMatters
▶️ In #OT environments, where system availability, integrity and safety are paramount, deploying security solutions can present significant operational risks. ▶️ The #Purdue model, which has become the de facto standard for segregating OT #networks, defines several layers of control systems and computing infrastructure, each with distinct characteristics and roles in the control process. ▶️ These characteristics influence the feasibility of implementing security controls at these layers. At the lower network levels, such as Levels 0 and 1, which encompass sensors, actuators, and controllers that directly interact with physical processes in Industrial Control Systems (#ICS), deploying security tools is often not feasible due to lack of hardware and software compatibility. ▶️ On Levels 2 and 3, which are responsible for controlling the automated control process, security controls are feasible but pose significant operational risks, with the primary concern of disrupting operational stability and affecting system safety. ▶️ The potential for severe consequences at these Purdue model levels makes organizations reluctant to deploy invasive tools like #EDRs, which can lead to system conflicts or performance degradation. Learn more in Sygnia's latest blog: https://lnkd.in/dzUqj4T8
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https://lnkd.in/gRmD7A_V 'IP and IK ratings for electronic security applications are worth installers being across, given they enhance reliability, longevity and potentially reduce performance erosion over the lifespan of a security device.' #accesscontrol #alarmsystems #automation #cctv #subsystems #securityintegration #SEN
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▶️ In #OT environments, where system availability, integrity and safety are paramount, deploying security solutions can present significant operational risks. ▶️ The #Purdue model, which has become the de facto standard for segregating OT #networks, defines several layers of control systems and computing infrastructure, each with distinct characteristics and roles in the control process. ▶️ These characteristics influence the feasibility of implementing security controls at these layers. At the lower network levels, such as Levels 0 and 1, which encompass sensors, actuators, and controllers that directly interact with physical processes in Industrial Control Systems (#ICS), deploying security tools is often not feasible due to lack of hardware and software compatibility. ▶️ On Levels 2 and 3, which are responsible for controlling the automated control process, security controls are feasible but pose significant operational risks, with the primary concern of disrupting operational stability and affecting system safety. ▶️ The potential for severe consequences at these Purdue model levels makes organizations reluctant to deploy invasive tools like #EDRs, which can lead to system conflicts or performance degradation. Learn more in Sygnia's latest blog: https://lnkd.in/dzUqj4T8
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▶️ In #OT environments, where system availability, integrity and safety are paramount, deploying security solutions can present significant operational risks. ▶️ The #Purdue model, which has become the de facto standard for segregating OT #networks, defines several layers of control systems and computing infrastructure, each with distinct characteristics and roles in the control process. ▶️ These characteristics influence the feasibility of implementing security controls at these layers. At the lower network levels, such as Levels 0 and 1, which encompass sensors, actuators, and controllers that directly interact with physical processes in Industrial Control Systems (#ICS), deploying security tools is often not feasible due to lack of hardware and software compatibility. ▶️ On Levels 2 and 3, which are responsible for controlling the automated control process, security controls are feasible but pose significant operational risks, with the primary concern of disrupting operational stability and affecting system safety. ▶️ The potential for severe consequences at these Purdue model levels makes organizations reluctant to deploy invasive tools like #EDRs, which can lead to system conflicts or performance degradation. Learn more in Sygnia's latest blog: https://lnkd.in/etFz8ZHu
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Why Choose the RG-ES209GC-P for CCTV Scenarios during the Pre-Sales stage? The RG-ES209GC-P simplifies and elevates the pre-sales experience for CCTV scenarios with cutting-edge features: 🔹 Unified Site Survey – Experience seamless site analysis powered by AI Heatmap technology. 🔹 Real-Time CCTV Coverage Simulation – Visualize precise coverage to ensure optimal placement. 🔹 Customizable IPC Parameter Settings – Tailor settings to meet unique project needs effortlessly. 🔹 One-Click CCTV BOM Export – Generate and share complete Bill of Materials (BOM) reports in an instant. With these advanced tools, pre-sales planning becomes faster, smarter, and more efficient! #ruijie #reyee #ES200 Ruijie Networks Türkiye Ruijie Networks #ruijiecloud #switch
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▶️ In #OT environments, where system availability, integrity and safety are paramount, deploying security solutions can present significant operational risks. ▶️ The #Purdue model, which has become the de facto standard for segregating OT #networks, defines several layers of control systems and computing infrastructure, each with distinct characteristics and roles in the control process. ▶️ These characteristics influence the feasibility of implementing security controls at these layers. At the lower network levels, such as Levels 0 and 1, which encompass sensors, actuators, and controllers that directly interact with physical processes in Industrial Control Systems (#ICS), deploying security tools is often not feasible due to lack of hardware and software compatibility. ▶️ On Levels 2 and 3, which are responsible for controlling the automated control process, security controls are feasible but pose significant operational risks, with the primary concern of disrupting operational stability and affecting system safety. ▶️ The potential for severe consequences at these Purdue model levels makes organizations reluctant to deploy invasive tools like #EDRs, which can lead to system conflicts or performance degradation. Learn more in Sygnia's latest blog: https://lnkd.in/d6eD42fk
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📢 Easy World Automation is Proud to Introduce the Proxim Wireless 𝗦𝘁𝗿𝗮𝘁𝘂𝗺 𝗫𝟯, the Ultimate Solution for Last-Mile #Connectivity where fibre falls short. 🚀 🛜 Supporting wide bands in both 𝟱𝗚𝗛𝘇 𝗮𝗻𝗱 𝟲𝗚𝗛𝘇 𝗳𝗿𝗲𝗾𝘂𝗲𝗻𝗰𝗶𝗲𝘀, the 𝗦𝘁𝗿𝗮𝘁𝘂𝗺 𝗫𝟯 Delivers Robust, High-speed, 𝗣𝗼𝗶𝗻𝘁-𝘁𝗼-𝗣𝗼𝗶𝗻𝘁 𝗪𝗶𝗿𝗲𝗹𝗲𝘀𝘀 𝗖𝗼𝗺𝗺𝘂𝗻𝗶𝗰𝗮𝘁𝗶𝗼𝗻 with 𝗠𝗜𝗠𝗢 𝟮𝘅𝟮 𝗧𝗲𝗰𝗵𝗻𝗼𝗹𝗼𝗴𝘆. 🎯 Built to withstand the toughest environments, Proxim Wireless 𝗦𝘁𝗿𝗮𝘁𝘂𝗺 𝗫𝟯’s #IP67-rated enclosure ensures longevity even in high-wind, high-salt, or extreme temperature conditions. 💡 For Businesses Seeking Long-Range, Reliable Connectivity without Compromising Performance, 𝗦𝘁𝗿𝗮𝘁𝘂𝗺 𝗫𝟯 is the answer. 📌 https://lnkd.in/d8zGmMpr #EasyWorldAutomation #proxim #proximwireless #stratum #wireless #wirelesssolutions #wirelesscommunications #ptp #backhaul #videotransmission #surveillance #videosurveillance #wirelesstechnology #smartconnectivity #smartcities
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▶️ In #OT environments, where system availability, integrity and safety are paramount, deploying security solutions can present significant operational risks. ▶️ The #Purdue model, which has become the de facto standard for segregating OT #networks, defines several layers of control systems and computing infrastructure, each with distinct characteristics and roles in the control process. ▶️ These characteristics influence the feasibility of implementing security controls at these layers. At the lower network levels, such as Levels 0 and 1, which encompass sensors, actuators, and controllers that directly interact with physical processes in Industrial Control Systems (#ICS), deploying security tools is often not feasible due to lack of hardware and software compatibility. ▶️ On Levels 2 and 3, which are responsible for controlling the automated control process, security controls are feasible but pose significant operational risks, with the primary concern of disrupting operational stability and affecting system safety. ▶️ The potential for severe consequences at these Purdue model levels makes organizations reluctant to deploy invasive tools like #EDRs, which can lead to system conflicts or performance degradation. Learn more in Sygnia's latest blog: https://lnkd.in/d_TwzY6d
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