Security management

Integrated access control and security manufacturer TDSi by Hirsch has released GARDiS version 3.3, a major update for its powerful access control software designed to make access control and integrated security management easier to use, easier to administer and more intuitive for security teams. Key additions include Ajax Cloud intruder integration, basic intruder panel connection on the GARDiS controller, simplified credential types, and enhancements to security controls and data governance. Delivering practical improvements Tina Pemberton, Director SMB Software at TDSi by Hirsch commented, “GARDiS 3.3 is an important milestone for our customers. These updates make the platform faster, simpler and even more secure, while opening the door to powerful new integrations such as Ajax intruder management. Our focus is always on delivering practical improvements that make everyday security management easier, and this latest release reflects that commitment.” GARDiS 3.3 brings intruder management more closely into the operator’s existing workflow. Through integration with Ajax Intruder Cloud, hubs, devices and groups can be discovered and viewed within GARDiS, allowing authorized users to see status changes as they happen and to arm, disarm or manage bypass settings without moving between separate systems. Intruder panels, zones and groups can also be used within Cause & Effect rules, helping routine responses happen consistently and reducing the need for manual intervention. Redesigned credential model For sites where a direct panel integration is not available, the GARDiS controller can now provide basic intruder functionality through its own outputs. This gives installers and end users a straightforward option for simpler applications, while retaining the familiar GARDiS environment. One of the most visible usability improvements is a redesigned credential model. A single universal “Card or Fob” type now works across virtually all reader and card technologies, removing the need for administrators to select and match credentials to specific decode types. Existing credentials are migrated automatically during upgrade and can be verified before changes are applied, helping teams move to the new model with confidence. Making credential management Biometric credentials and IP lock whitelisting are also incorporated into the unified approach. By making credential management more consistent, GARDiS 3.3 reduces training requirements, lowers the risk of configuration errors and makes common administrative tasks quicker to complete. The release gives organizations more precise control over what users can see and do. Configurable password rules, banned-word lists and automatic account lockout support stronger login security without complicating administration. New event dashboard permissions govern access to live and archived events, while organization-based filtering helps ensure users only see information relating to the people they are authorized to manage. Protecting confidential information Sensitive reporting is easier to handle too. Saved reports can be kept private to their creator or shared only with designated users, giving teams a practical way to protect confidential information while preserving the flexibility of the reporting environment. A series of further improvements makes the interface and supporting workflows feel more consistent. Event management is more flexible, with controller-level event disabling and quicker select-all or unselect-all controls for alarms and sounds. Messaging and email validation are clearer, Active Directory monitoring handles organizational changes more reliably, and user identification and access-level handling have been refined. Combining dependable protection The release also improves performance on larger systems through faster bulk database updates and message-queue handling. People and credential exports now include organization and department information, while simplified Chinese is available as a selectable interface language, extending the platform’s usability for international teams. Compatibility enhancements include the latest STid V3 mobile credential API, native support for 32-bit Wiegand readers and credentials, and the ability to configure OSDP readers as In/Out readers. DigiTouch readers are now free to license, making it easier for customers to use the technology across suitable projects. The platform has also moved to .NET 10 to support a smoother installation and upgrade experience. GARDiS 3.3 continues TDSi by Hirsch’s long-standing approach to security technology: combining dependable protection with tools that are straightforward to deploy and manage. As TDSi adopts the Hirsch name, customers will continue to benefit from the same specialist knowledge, responsive support and proven products, strengthened by the wider capabilities of the Hirsch Group.

  Inner Range has released Integriti Idemia Biometric Integration Version 1.6, further strengthening Integriti's position as a unified security and access management platform through expanded biometric authentication capabilities and enhanced support for Idemia's latest biometric reader technologies. The Integriti Idemia Biometric Integration enables organisations to seamlessly combine advanced biometric authentication with Integriti's enterprise-grade access control platform. The solution allows biometric enrolment and credential management to be administered through Integriti, while synchronising users, permissions and credentials directly to supported Idemia biometric readers. Readers remain connected to Integriti access control hardware and enforce site access policies with the added security of biometric verification. Expanded Device Support with Morpho Wave XP2 A key enhancement in Version 1.6 is the addition of support for the latest Idemia Morpho Wave XP2 biometric reader platform, expanding customer choice for high-security access control deployments. The integration has been validated against a comprehensive range of Idemia technologies, including: Morpho Wave XP2 Morpho Wave Compact Morpho Wave SP VisionPass SP VisionPass MDPI Access SIGMA Lite + iClass WR readers This broad compatibility enables organisations to deploy fingerprint, facial recognition and contactless hand-wave biometric authentication technologies within a common security architecture. Unified Biometric Management Through Integriti The Idemia Integration extends Integriti's native access control capabilities by providing a centralised framework for managing biometric devices and identity credentials. Security administrators can enrol users, synchronise biometric permissions, monitor device status and review biometric activity directly from the Integriti platform. Supported biometric technologies include: Fingerprint authentication Facial recognition authentication Hand biometric authentication The integration also supports event monitoring, alarm reporting, device health visibility and automated security workflows, helping organisations streamline identity management while improving site security. Greater Operational Visibility Version 1.6 builds on the capabilities introduced in previous releases, which delivered: Event and alarm logging from biometric readers into Integriti Review Automatic synchronisation of biometric user data Direct command and control of biometric readers through Integriti Automated triggering of Integriti actions based on biometric events Categorised event records for streamlined auditing and reporting Automatic device discovery and configuration loading Support for the 64-bit Integriti Integration Server This allows biometric authentication events to become part of a broader security management workflow, improving situational awareness and reducing operational complexity. Improved Stability and Reliability The latest release also delivers several quality and reliability enhancements, including: Resolution of issues affecting users with long names and surnames during synchronisation Improved handling of DisplayText command timing parameters Resolution of intermittent "Failed to save user" warnings encountered in certain scenarios These updates enhance the overall user experience and improve operational consistency in larger deployments. Enterprise-Ready Biometric Security The Integriti Idemia Biometric Integration continues to support a wide range of advanced capabilities, including: Reader status monitoring Automatic biometric reader synchronisation Biometric event-driven automation Triggering Integriti inputs from biometric events Centralised biometric enrolment and management Integration with corporate access control and alarm management workflows By combining biometric authentication with Integriti's unified security platform, organisations can strengthen identity verification, improve auditability and reduce reliance on traditional credentials alone. Availability Integriti Idemia Biometric Integration Version 1.6 is available now for Integriti Professional, Business and Corporate editions running Integriti Version 25.1 or later with the required biometric management licences. The release requires the Integriti Integration – Biometric Management licence (996969) and an Integriti Managed Biometric Reader licence (996970) for each enrolled biometric reader.

Non-human identities in Fortune 500 companies grew 480% in the last six months alone, and enterprises have no visibility into most of them. The moment an AI agent is deployed, it inherits elevated human permissions and moves at machine speed, touching data in seconds that would take a human a career to reach. This invisible layer of the new autonomous workforce is rapidly becoming the fastest-growing attack surface in enterprise security. Until now, there's been no infrastructure purpose-built to govern what agents can see and do, leaving sensitive data, critical systems, and regulatory obligations increasingly at risk. Black Hat 2026 Today at Black Hat 2026, Cyera launched Agent Guardian, built to make every AI agent as visible and accountable as a human employee. Agent Guardian goes beyond the prompt and the response, monitoring every tool call, database query, and reasoning step in between. Alongside Agent Guardian, Cyera also introduced Cyera Endpoint, bringing AI guardrails directly to employee devices for local agents that operate outside corporate network controls, where they are increasingly doing their most sensitive work. Together, they extend the trust layer Cyera is building for the agentic enterprise, answering what an agent can reach and what it should be allowed to do with it.  Accelerate AI adoption “AI agents have become a new class of enterprise identity. But the fundamental shift isn't that organizations have more identities; it's that the gap between permission and execution has disappeared," said Tamar Bar-Ilan, cofounder and CTO of Cyera. “Agent Guardian and Cyera Endpoint give organizations the visibility and runtime control to govern this new reality, enabling them to accelerate AI adoption without putting sensitive data at risk.” Built to secure the agentic enterprise, from the device to the cloud Agent Guardian fills the critical gap between rapid agentic adoption and operational control, organizing the agent security journey around a continuous, systematic operational lifecycle:  Discover—Account for every agent: Automatically inventories every AI application and agent running across endpoints, SaaS platforms, and cloud environments, including shadow agents and MCP servers security teams didn't know existed, and maps exactly what data each one can reach. Govern—Set the rules: Defines what each agent is allowed to do, flags when it drifts from its intended purpose, and continuously audits for overprivileged access and risky configurations. Protect—Stop threats in real time: Operates inline within the execution path and uses AI-driven policy and content evaluations to intercept dangerous tool calls, block unauthorized data transfers, and quarantine compromised agents before execution. Validate—Prove the guardrails hold: Continuously red-teams defenses against prompt injection, jailbreaking, and privilege escalation, and generates audit-ready compliance reports to satisfy frameworks like the EU AI Act. Whether enterprises are deploying agents built on AWS Bedrock, or managing developer agents running on employee devices or rolling out Microsoft 365 Copilot, Agent Guardian secures the entire agentic surface from one platform, giving security teams the visibility to see every agent, the precision to govern what it touches, and the runtime control to stop it before it causes harm. AI Guardrails: where agents work Agent Guardian enforces policy wherever AI interacts with enterprise data, including through platform APIs, AI gateways, browser extension, agent framework hooks, and remote scans of employee devices. That last control point has become increasingly important as developers adopt local agents such as Claude Code and Cursor, where activity never crosses a network boundary and traditional security tools have little or no visibility. To add runtime protection to where local activity happens, Cyera today also introduced Cyera Endpoint, a lightweight endpoint control that brings Agent Guardian's policies directly to the device. It provides live visibility into sanctioned and shadow local agent activity, classifies and protects sensitive files before they're accessed or leave the machine, and blocks data from reaching unauthorized personal AI accounts, enabling consistent governance across cloud, SaaS, and endpoint environments. Built for every agent, across every platform Cyera covers the full agentic surface, from desktop agents like Claude Code and Cursor to enterprise platforms like Microsoft Copilot Studio, Salesforce Agentforce, and Snowflake Cortex AI, to custom cloud deployments on AWS Bedrock, Microsoft Foundry, and Vertex AI.“AI is only as trustworthy as the data behind it,” added Mayank Upadhyay, Chief Security & Trust Officer at Snowflake. “Working with Cyera lets Snowflake customers see every Cortex AI agent in use and understand exactly what data it can reach, so they can adopt agentic AI with the same confidence they place in their data.” To see Agent Guardian and Cyera Endpoint in action, visit Cyera at Black Hat 2026, Booth #4152.

Zero Networks, the foremost provider of Zero Trust security solutions, announced Least Agency Enforcement, a new capability that applies the Open Worldwide Application Security Project’s (OWASP) principle of Least Agency to help organizations safely deploy AI agents. Lateral Movement Exposure Report Zero Networks’ 2026 Lateral Movement Exposure Report research reveals that nearly 80% of enterprises have already deployed internal AI agents, yet two-thirds lack governance policies for them — creating rapidly expanding, unmanaged attack surfaces. As organizations grant AI agents the ability to access enterprise systems, invoke privileged tools, and make decisions with minimal human oversight, they must also define and enforce appropriate levels of autonomy. The OWASP Agentic Applications Top 10 Project’s Least Agency principle recommends constraining an agent’s autonomy, tool access, and decision-making authority to reduce the impact of prompt injection, privilege abuse, and compromised AI agents. Least Agency Enforcement Using identity-based microsegmentation, policy automation, and just-in-time MFA for privileged access, Zero Networks’ Least Agency Enforcement ensures that AI agents communicate only with explicitly authorized systems, only access approved resources, and require human approval before performing sensitive administrative actions. Unlike governance frameworks that document policy, Zero Networks enforces Least Agency across cloud, on-premises, Kubernetes, IoT/OT, and hybrid environments. “Least privilege works because it is simple: give people access to what they need, nothing more. We're doing the same thing for AI agents, except now it must be automatic, because nobody has time to babysit a thousand agents by hand,” said Benny Lakunishok, CEO and Co-founder of Zero Networks. “If an agent gets fooled or misused, it should hit a wall almost immediately, not wander around the network looking for something valuable. That's the bet we're making: less freedom for the agent now, which beats explaining a breach later.” With Zero Networks’ Least Agency Enforcement, organizations can: Limit AI agents to only the systems and services required for their assigned task Prevent lateral movement between applications, infrastructure, and administrative systems Require Just-in-Time MFA before AI agents access privileged ports or sensitive infrastructure Automatically generate and enforce least-privilege communication policies without manual rule creation Contain compromised, manipulated, or over-permissioned AI agents before they can impact critical business systems Least Agency Enforcement builds upon Zero Networks’ AI Security platform, including AI Agent Control, AI Segmentation, AI SaaS Control, and protection for enterprise LLM deployments. Together, these capabilities provide organizations with an enforcement layer that allows AI innovation to proceed without sacrificing security or cyber resilience. Availability Least Agency Enforcement is available now.  Zero Networks at Black Hat USA Zero Networks will showcase Least Agency Enforcement and its AI security platform at Black Hat USA 2026 in Booth #1852.

Commvault, a pioneer in unified resilience at enterprise scale, announced a new integration with Google Threat Intelligence, Google’s comprehensive threat intelligence platform, that incorporates Google Threat Intelligence data and scanning capabilities into Commvault Threat Scan workflows. Through this collaboration, Commvault can help customers transform global threat intelligence into actionable recovery insights, enabling organizations to identify clean recovery points faster and accelerate recovery following cyberattacks. Recovering data challenge When cyberattacks occur, organizations often face a critical challenge: determining which recovery points are safe to restore. While security teams may quickly identify indicators of compromise (IOCs), recovery teams still need to validate backup data before recovery can begin, delaying recovery efforts when every minute of downtime matters. Google Threat Intelligence Google Threat Intelligence combines Mandiant frontline intelligence, VirusTotal’s crowdsourced intelligence, and Google threat insights gained from protecting billions of users. Integrating Commvault Threat Scan workstreams with Google Threat Intelligence helps customers analyze protected workloads for malware, while also helping organizations identify threats and pinpoint which recovery points are compromised. Commvault Threat Scan customers will also receive actionable threat context from Google Threat Intelligence for threats found in their environment to help with further research and remediation.  Introducing new scanning platforms As part of this release, Commvault is also introducing new scanning capabilities that collect file hashes inline during backup operations. File hashes, like individual fingerprints, provide a fast and easy way to quickly check recovery points against threat intelligence indicators so teams can identify clean files to be used for recovery.  Commvault’s inline inspection capability allows customers to start with rapid threat intelligence validation and selectively perform deeper malware, encryption, and forensic analysis when additional inspection is required. This layered approach helps organizations accelerate recovery decisions while maintaining confidence in the integrity of restored data.  These new threat insights and scanning capabilities strengthen Commvault’s Synthetic Recovery capability, which uses an AI-enabled process to automatically detect threats and surgically remove them during recovery while keeping the “good” data intact. Customers can then make the most complete recovery possible.   Authority comments “Businesses need confidence that the data they’re restoring is clean,” said Pranay Ahlawat, Chief Technology and AI Officer at Commvault. “By combining Threat Scan and inline scanning with Google Threat Intelligence, we’re helping customers validate recovery points faster and accelerate clean recovery when it matters most.”  “Organizations are looking for ways to strengthen cyber resilience while reducing complexity during incident response and recovery,” said Miton Adhikari, Head of Google Security OEM Partnerships. “Through our collaboration with Commvault, customers will be able to apply Google Threat Intelligence within recovery workflows to make faster, more informed recovery decisions and reduce recovery uncertainty.”  This announcement builds upon Commvault’s ongoing collaboration with Google Cloud, including expanded cyber resilience capabilities for Google Cloud environments via Clumio, and support for Google Cloud workloads.  Availability  The Google Threat Intelligence integration, inline scanning capabilities, and associated Threat Scan enhancements are expected to be available in the coming months.

Gallagher Security is proud to celebrate Corey Russell, Technical Solutions Specialist - The Americas, as a recipient of the 2026 Security Innovator Award from Security Business and SecurityInfoWatch.com - the industry's only recognition program based entirely on peer nominations. Recognition Corey's recognition centers on a problem most of the industry had simply learned to live with: the pain of migrating a site off a legacy access control system. When Gallagher's team set out to build QuickSwitch, a tool to make that migration simple and cost-effective, Corey asked the question that shaped the solution development: what happens to the data? About Corey Russell A self-taught programmer who started out writing basic Python scripts, Corey used that grounding to dig into how legacy ODBC-style databases store their data, then found a way to map it cleanly onto Gallagher's access control platform Command Centre. The result was a solution that extracts and converts data from a range of legacy systems, removing one of the biggest barriers End Users face when they want to switch. End user benefits via QuickSwitch "Way too often the data/software side of conversions is pushed off to "someone else”, said Jeff Ogborn, Gallagher Director of Complex Solutions, who nominated Russell for the award. “Corey’s contribution to this program removes yet one more obstacle for End Users and contributes to the streamlined approach that QuickSwitch offers." That End-User first instinct led Corey to build a window viewer that lets users pull connective data into standard CSV files, clean it up, correct errors, and add any missing configuration - all before it's imported into the new system. It's a small step that removes a large amount of manual, error-prone data entry from what used to be one of the most tedious parts of any system conversion. End Users migrating to Gallagher have taken notice. Feedback consistently points to significant time savings and relief at no longer having to manually rebuild databases from scratch during a system switch. Corey Russell's comment "It's an honor to be recognized as a 2026 Security Innovator, especially for work that grew out of trying to solve a very practical problem for our customers," Russell said of the recognition. "I'm grateful to Jeff for the nomination and for recognizing the work behind QuickSwitch. This project has really been about listening to the people doing these migrations, understanding where the process creates unnecessary friction, and finding ways to make that experience faster, easier, and more reliable." This year's Security Innovator honorees represent a diverse range of security industry experts spanning developers, consultants, field leaders, and executives across the security industry.

In mobile surveillance, remote sites, and environments with unstable networks, video recordings often suffer from "time gaps" due to network interruptions, a longstanding technical challenge for security systems. Under traditional architectures, central servers rely on real-time streams for storage. Once the network connection is lost, the recording timeline experiences an irrecoverable interruption, leading to the loss of footage of critical events. This creates a fundamental flaw in post-event auditing, forensics, and operational analysis. Recording Completion feature The "Recording Completion" feature was created precisely to address this deficiency. This feature aims to ensure the integrity of recordings by uploading locally stored video to the central server. Even during network instability or complete outages, video can first be stored on local storage of front-end devices, such as the camera's SD card. When the network is restored, these local recordings are uploaded to the central server, filling in the previously missing segments. This ensures that surveillance video remains complete and continuous in the central storage, thereby technically solving the problem of recording loss. SVMSPro platform Taking the SVMSPro platform as an example, its technical principles and workflow are as follows: The core of this feature lies in the intelligent enhancement of the "Edge-Center" collaborative storage architecture: Dual-Path Recording Guarantee: During normal network conditions, the video stream is simultaneously written to local storage on the edge device (e.g., the IPC's SD card, NVR/IVR's hard drive) and the central server. Handling Network Outages: When the system detects a network interruption between the edge device and the central server, the real-time stream recording on the central server automatically pauses. However, the local recording on the edge device continues without any interruption. During the network outage, the front-end edge device continues to record video. Gap-Filling Synchronization: After the network connection is restored, the SVMSPro central platform proactively initiates a "handshake" communication with the edge device. It searches for the recordings on the edge device and then uploads the corresponding video files from the local storage of the edge device to the central server, inserting them into the correct timeline position. During the network outage, the front-end edge device continues to record video Key Technical Advantages and Value: Ensures Data Integrity and Builds a Trustworthy Audit Trail: Fundamentally eliminates video loss caused by temporary network failures, ensuring an absolutely continuous and complete recording timeline from edge to center. This meets the stringent requirements of judicial forensics and compliance audits for data originality and continuity. Enhances System Robustness in Harsh Network Environments: This feature is specifically designed for mobile scenarios (such as rail transit, patrol vehicles/vessels) and remote sites with weak network infrastructure (such as mines, oil fields, and mountainous base stations), freeing their surveillance systems from dependence on network availability. Unifies Centralized Security Management with Local Reliability: All recorded evidence ultimately converges on the central platform, which is protected by physical and network security measures, facilitating unified management, analysis, and long-term archiving. Simultaneously, it reduces the risk of permanent data loss due to theft, damage, or tampering of edge devices. Provides Flexibility in Deployment and Operation: Users can flexibly choose incremental or full synchronization strategies based on actual business importance, network bandwidth costs, and storage planning, achieving an optimal balance between cost and benefit. Typical Application Scenarios: Rail Transit: Ensures seamless indoor and outdoor surveillance footage on trains when entering/exiting tunnels or stations. Mobile Policing and Emergency Vehicles: Ensures the entire journey of车载 video is traceable during patrols or while en route to incident sites. Energy and Infrastructure: Overcomes the instability of public wireless connections (e.g., 4G/5G) at unattended remote sites such as transmission lines, pumping stations, and wind turbines. Temporary and Event Security: Addresses potential network congestion or temporary outages in temporary deployment scenarios like large-scale events or construction sites. Conclusion The introduction of the "Recording Completion" feature marks a new phase for video surveillance systems in facing uncontrollable network environments, transitioning from "passively tolerating interruptions" to "actively ensuring continuity." It is not merely the addition of a single function but represents a substantial reinforcement of the overall reliability and data trustworthiness architecture of surveillance systems.

The terrorism threat in the UK is very real. In fact, since July 2019, the threat level has never dropped lower than “substantial” or “severe.” To ensure preparedness across public places and events, the UK government has introduced the new Terrorism (Protection of Premises) Act 2025, more commonly known as Martyn’s Law in memory of Martyn Hett, a victim of the 2017 Manchester Arena bombing. Overarching aim The new legislation requires operators of public spaces and events to immediately assess and improve their readiness to respond to a terrorist attack. The overarching aim: being better prepared, protected and ready to respond should an attack occur.  Everything from busy shopping centers to large stadiums must comply with Martyn’s Law by April 2027, and the Security Industry Authority (SIA) is charged with enforcing the rules. Upgraded security systems The smaller venues and events are only required to enforce low-cost solutions with no physical measures There are different rules depending on the capacity of public premises or the event, ranging from a standard-duty premises (200 – 799 people, including staff) to an enhanced-duty premise (over 800). The smaller venues and events are only required to implement low-cost solutions with no physical measures. Enhanced environments, however, must provide monitoring in and around the facility and document public protection measures. Many organizations will likely invest in upgraded security systems. However, effective responses depend not only on hardware but also on situational awareness and training, helping staff identify potential threats and respond effectively under pressure. Physical security information management systems Terror-related attacks are rare and unpredictable, and the most experienced personnel are not always on shift when something does occur. Even if they are, the most seasoned security professionals can’t ensure every decision they make is the right one. One solution gaining attention is physical security information management (PSIM) systems, which integrate siloed security tools — such as CCTV, access control, and fire sensors — into a unified platform. PSIMs enable rapid information processing, automated workflows and coordinated responses to incidents, whether routine or critical. Use PSIMs to handle emergencies PSIM systems have been around for many years and have been embraced by large airports and mass transit organizations PSIM systems have been around for many years and have been embraced by large airports, mass transit organizations and critical infrastructure companies. However, these systems are ideally suited to any larger-scale environment, such as those classified as an enhanced-duty premise by Martyn’s Law. For example, airports use PSIMs to handle emergencies, locate missing persons or assess potential threats like unattended luggage. Similarly, PSIMs can improve situational awareness for stadiums, shopping centers and event venues, aiding crowd management, emergency evacuations and collaboration with police or emergency services. External stakeholder intervention Should an incident require external stakeholder intervention, the PSIM becomes a mission-critical collaboration tool, enabling real-time information (including video footage) to be shared with decision-makers, emergency control rooms and first responders en route to the scene. This ensures they arrive with the appropriate resources and can deploy faster to the right places. PSIM systems also facilitate post-incident analysis, helping organizations improve protocols, demonstrate compliance and fulfill their duty of care. Impacted by terror-related tragedies Martyn’s Law aims to eliminate the complacent mindset of “it won’t happen here” when assessing the risks associated with public gatherings. Communities impacted by terror-related tragedies serve as a stark reminder that such incidents can and do occur. Within the security sector, it is crucial to promote discussions on how new approaches, technologies, and training can enhance preparedness. Equally important is the responsibility to raise awareness about Martyn’s Law and its role in fostering safer public spaces.

As the world’s security landscape grows ever more complex, the need for a dynamic, comprehensive, and globally minded gathering of thought pioneers and practitioners has never been more pronounced. Enter the Global Security Exchange (GSX) 2025, hosted by ASIS International, a signature event representing seven decades of commitment to advancing the security profession. This year marks a historic milestone, as GSX and ASIS International both celebrate 70 years of shaping the future of security, with New Orleans serving as the perfect host city for this anniversary celebration; making the 2025 conference not only a convergence of expertise but a tribute to the security profession’s evolution and resilience.  Setting the stage: A global gathering with a rich legacy GSX has established itself as a premier international forum, bringing together security professionals Since its inception, GSX has established itself as a premier international forum, bringing together security professionals from nearly 100 countries across the globe. This diversity is both a testament to the universal importance of security and a reflection of GSX’s core objective—unifying security and business professionals under a shared mission: to elevate the industry through education, collaboration, and innovation.  GSX’s member-driven approach GSX’s programming is carefully curated each year through a rigorous speaker proposal submission process by security professionals for security professionals. ASIS International consults extensively with its global membership and prior attendees to assess shifting educational needs and emerging industry priorities. This member-driven approach ensures that GSX continually evolves, remaining attuned to the rapidly changing security environment and the real-world concerns of professionals in every corner of the globe. Programming highlights: Education at the core The agenda features more than 200 sessions, giving a masterclass in the most pressing and transformative topics The heart of GSX 2025 lies in its robust educational offerings. This year, the agenda features more than 200 sessions, presenting a masterclass in the most pressing and transformative topics facing the security sector today.  Three standout speakers Ian Bremmer, Sol Rashidi, and General Paul Nakasone - luminaries in geopolitics, artificial intelligence, and cybersecurity respectively—will headline the event, offering insights that bridge current realities with future opportunities. These keynote presentations promise to set the tone for an event dedicated to thought leadership and actionable intelligence. GSX 2025’s challenges and emerging trends GSX 2025’s educational framework is structured around nine distinct track themes. Each track addresses a critical area of security management, capturing both enduring challenges and emerging trends: Crime: Delving into the latest strategies for preventing, detecting, and responding to criminal activity in a world where threats are increasingly complex and transnational. Digital Transformation: Exploring the integration of cutting-edge technologies into traditional security operations, including automation, analytics, and the digitalization of security infrastructure. Information Security/Digital Risk: Addressing the ever-expanding need to protect data, intellectual property, and privacy against cyber threats and breaches. Law/Ethics: Focusing on the legal and ethical dilemmas that security professionals navigate, from compliance to responsible innovation. Managing Organizations: Providing strategies for effective leadership, organizational change, and operational excellence within security teams and entities. National Security: Examining the intersection of corporate, governmental, and civic security with a global lens on terrorism, conflict, and cross-border risks. Physical/Operational Security: Reinforcing the foundations of asset protection, site security, and crisis response through practical case studies and new methodologies. Professional Development: Empowering attendees to advance their careers through skills training, certifications, and leadership development. Risk Management: Mapping techniques to assess, mitigate, and manage risks in a broad array of operational contexts. Together, these tracks create a comprehensive curriculum spanning the complete landscape of contemporary security—from foundational principles to emerging innovations, from physical infrastructure to digital domains, all viewed through an authentically international lens. Innovation in action: Beyond the classroom One of the hallmarks of GSX 2025 is its commitment to making education not just informative, but immersive and accessible. Attendees will find a wealth of learning opportunities woven directly into the Exhibit Hall itself. No longer confined to traditional classrooms, education pulses throughout the venue, with exhibitors invited to showcase their latest insights and real-world solutions to the industry’s most urgent trends. With approximately 500 exhibitors represented, this expansion transforms the Exhibit Hall into a vibrant nexus of exchange, discovery, and hands-on engagement. GSX’s broader ethos No special gear needed, just bring your device and headphones to access live AI-powered captions To further enhance inclusivity and participation, GSX 2025 is pioneering the use of real-time translations through Wordly, for 35 select sessions over the course of this three-day event. This feature ensures that language barriers do not hinder the sharing of ideas, enabling attendees from around the world to fully engage with content and collaborate across borders. This digital transformation is emblematic of GSX’s broader ethos: embracing innovation and experimentation to create greater access to professional development tools within the security profession. No special gear needed, just bring your device and headphones to access live AI-powered captions and translations. Specialized zones and rapid learning GSX 2025's Exhibit Hall transforms into a vibrant ecosystem of discovery, where dedicated learning stages create immersive worlds of specialized knowledge. Journey through the School Security Zone to unlock cutting-edge solutions protecting our educational communities; experience the Organizational Resilience Zone where tomorrow's adaptive strategies come to life; and energize at the X Stage, where security pioneers and integrators accelerate their expertise through lightning-fast, game-changing insights that drive real-world impact. Signature events and unique experiences No GSX experience would be complete without opportunities to connect, celebrate, and unwind No GSX experience would be complete without opportunities to connect, celebrate, and unwind. This year, “ASIS Celebrates!” will take place at the historic National WWII Museum, providing a unique backdrop for networking, reflection, and community building. Beyond formal programming, GSX 2025 pays attention to the “little touches” that make a big difference—such as the Security SyncUP Lounge, where attendees can relax, recharge, and reconnect in a welcoming setting that fosters meaningful exchanges and new friendships. The future of security, united GSX 2025 stands as a testament to seventy years of progress, learning, and community in the global security profession. As participants converge from every corner of the world, the event offers not just a forum for knowledge-sharing, but a catalyst for innovation, collaboration, and progress. With an agenda shaped by its members, a program rich in content and diversity, and a spirit of experimentation and inclusion, GSX 2025 is poised to once again set the standard for what it means to protect, connect, and inspire in a rapidly changing world.

Drones are poised to fill long-standing gaps in physical security. Fixed cameras leave blind spots, and human guards cannot quickly cover large or complex properties during high-risk moments. Drones fill the gaps, providing a missing mobile layer, offering unmatched speed, broad aerial visibility, and proactive coverage that elevates security from reactive to truly responsive and deterrent. As an added element in security systems, drones complement fixed cameras, access control, and license plate recognition (LPR) systems by serving as dynamic, rapid-response assets that reach areas other technologies cannot. Integrated with existing alarms and sensors, drones can auto-launch on triggers to deliver near-instant, real-time aerial video for accurate threat verification, giving security teams critical information before taking action. Drones as first responders Drones as first responders (DFR) are a new tool in Flock’s suite of security technologies “Drones are a natural fit for physical security because they provide teams with fast, flexible visibility that fixed cameras and human patrols cannot always deliver, especially on large properties,” says Keith Kauffman, Senior Director of DFR Strategy at Flock Safety. Drones as first responders (DFR) are a new tool in Flock’s suite of security technologies, which includes LPR, video surveillance, and gunshot detection systems. “Drones act as a force multiplier, improving coverage without increasing head count,” says Kauffman. “Scaling is easy with the ability for one pilot to control multiple drones stationed at multiple locations.” Drones as a force multiplier Drones reduce manpower needs by offering wide-area coverage that would normally require several guards or patrol vehicles. Drones boost security team productivity and safety by automating the most dangerous and tedious tasks, such as alarm verification. Acting as a first responder, a drone can clear a significant portion of false alarms, allowing human guards to concentrate on high-priority roles, complex issues, or confirmed intrusions with real-time aerial intelligence. This improves personnel deployment and cuts down workload, risk, and costly overtime. Drones also significantly improve efficiency and safety for security personnel, says Kauffman. A drone system delivers real-time aerial intelligence in seconds, enabling guards to respond wisely and safely. Initial threat verification Some drone systems' yearly costs are similar to a single mid-level guard's salary Some drone systems' yearly costs are similar to a single mid-level guard's salary, but they can cover up to 38 square miles. This investment provides ROI by reducing large-scale losses and allowing human guards to focus on high-touch roles, while the drone handles initial threat verification. Flock Safety entered the drone space after acquiring Aerodome DFR in October 2024, with their private-sector drone as automated security (DAS) system rolling out in Q3 2025. And because the drones plug directly into FlockOS and work alongside other tools like license plate recognition (LPR) and gunshot detection, they can launch automatically on alerts, creating a smarter, faster response workflow. Immediate intelligence to combat false alarms Drones fundamentally change false alarm management by providing security teams with immediate, real-time aerial intelligence. When an alarm triggers, the drone can be dispatched to the exact location in seconds, allowing operators to verify instantly the threat's legitimacy via a live HD or thermal video feed. This capability enables staff to safely clear or ignore false alarms remotely, preventing guards from wasting time and resources on unnecessary, lengthy, or potentially dangerous physical checks. This process can significantly reduce alarm fatigue and allow personnel to reallocate their time to genuine security threats. Emerging drone use cases enhance security operations Emerging drone use cases enhance security operations by integrating with existing systems and enabling novel applications. One key area is Post-Storm Damage Assessment, where drones provide rapid, safe aerial visuals of expansive sites, documenting damage for insurance claims far faster than ground inspections. Another area is Ecosystem Integration via platforms such as FlockOS, where the drone automatically launches in response to alerts from other security sensors (LPR, gunshot detection). This creates a powerful, automated workflow that unifies responses, enabling quicker incident interruption, better evidence capture, and a proactive security posture without increasing the number of human patrol staff. Evolving regulations expanding drone usage Evolving FAA regulations and corporate airspace policies impact the usage of drones Evolving Federal Aviation Administration (FAA) regulations and corporate airspace policies impact the usage of drones. Today, operating drones beyond the visual line of sight (BVLOS), at night, and over-people/roadway operations requires special FAA waivers. However, the trend — Remote ID, expanded FAA Part 107 allowances, and growing BVLOS exemptions proven in drones as first responders (DFR) — reduces overhead and allows more automation. Combined with enterprise standard operating procedures (SOPs), geofencing, and data governance, drone adopters can standardize flights, minimize risk, and integrate with other technologies. “In practice, that means automated dock-based dispatch on verified alerts, scheduled perimeter sweeps, and incident-to-incident coverage without on-site pilots,” says Kauffman. “The results are faster detection-to-dispatch, stronger evidentiary chains, and lower costs per incident — unlocking 24/7 remote operations across campuses, logistics, and sites.” Winning Over Public Acceptance Public perception plays an important role in how communities embrace drone technology, which is why transparency and clear policy are essential. When employees and community members understand the drone’s purpose — responding to alarms, patrolling after hours, and deterring crime — they tend to view it much as they do security cameras or access control: a safety tool, not surveillance. Flock’s system is event-driven, privacy-minded, and used only by authorized personnel, and every flight is logged, documented, and fully audit-traceable for accountability. “With clear communication and responsible use, drones become a reassuring layer of protection rather than a cause for concern,” says Kauffman. Drones are extremely safe, actually reducing human risk by acting as a first responder to scout ahead of personnel. They come with layers of protection, such as geofencing, obstacle avoidance, precision landing, autonomous deconfliction with aircraft, and automated safety modes. Smartest approach For security teams considering adding drones, the smartest approach is to choose a system built specifically for 24/7 security operations. That usually means the drone provider handles FAA paperwork, writes clear procedures, develops sound policy, and trains customers’ staff so everything runs smoothly. “With the right partner, drones become a safe, compliant, and incredibly helpful part of your security toolkit,” says Kauffman. Flock ramps up drone production Flock Safety’s immediate focus is ramping production of its U.S.-designed and assembled Flock Alpha hardware, which is already NDAA-compliant and built to meet the growing demand for American-made drone solutions. At the same time, the next six to 12 months will center on releasing key software updates, such as automated scheduled patrols. Together, increased hardware production and these software advancements will move the DAS product line toward full capability and broader commercial availability. Flock DAS Flock DAS essentially provides a guard’s vantage point from above, with the ability to instantly fly to any corner of a property. “And it doesn’t sleep on duty or call in sick,” says Kauffman. “Picture your traditional security measures: cameras are your static sentries; guards are your roaming patrollers. Now add Flock DAS: it’s your mobile, flying camera that can respond anywhere, anytime.” Just as a dispatcher coordinates police calls, Flock DAS serves as an aerial dispatcher for the security team, triaging alerts and providing eyes on the scene before anyone sets foot into potential danger. It gives the security team immediate, property-wide awareness so they can make safer, more informed decisions during any incident.

Anyone who has been in a proverbial cave for the last couple of years faced a language barrier at this year’s ISC West 2025 trade show. The industry’s latest wave of innovation has brought with it a new bounty of jargon and buzzwords, some of which I heard at ISC West for the first time. As a public service, we are happy to provide the following partial glossary to promote better understanding of the newer terms. (Some are new to the security industry but have been around in the IT world for years.) Obviously, if we can’t understand the meaning of the industry’s lexicon (and agree on the meaning of terms!), we will struggle to embrace the full benefits of the latest industry innovation. Not to mention we will struggle to communicate. Generative AI Generative AI can identify an object in an image based on its understanding of previous objects This was perhaps the most common new(ish) term I heard bouncing around at ISC West. While the term artificial intelligence (AI) now rolls off everyone’s tongue, the generative “version” of the term is catching up. Generative AI uses what it has learned to create something new. The name comes from the core function of this type of artificial intelligence: it can generate (or create) new content. It doesn’t just copy and paste; it understands the underlying patterns and creates something original based on that understanding. In the case of video, for example, generative AI can identify an object in an image based on its understanding of previous objects it has seen. Video and security Generative AI can tell you something digitally about what is happening in an environment. There is no longer a need to write “rules;” the system can take in data, contextualize it, and understand it, even if it does not exactly match something it has seen before. In the case of video and security, generative AI offers more flexibility and better understanding. From 2014 to 2024, the emphasis was on detecting and classifying things; today AI is expanding to allow new ways to handle data, not so prescriptive and no more rules engines. Agentic AI Agentic AI refers to artificial intelligence systems that can operate autonomously to achieve specific goals Agentic AI refers to artificial intelligence systems that can operate autonomously to achieve specific goals, with minimal to no direct human intervention. In addition to the capabilities of generative AI, agentic AI can take action based on what it detects and understands. Use of agentic AI typically revolves around an if/then scenario. That is, if action A occurs, then the system should proceed with action B. For example, if an AI system “sees” a fire, then it will shut down that part of the building automatically without a human having to initiate the shutdown. There is a lot of discussion in the industry about the need to keep humans involved in the decision-making loop, so use of truly autonomous systems will likely be limited in the foreseeable future. However, the ability of agentic AI to act on critical information in a timely manner, in effect to serve as an “agent” in place of a human decision-maker, will find its place in physical security as we move forward. Inference Inference is another common term related to AI. It refers to the process by which an AI model uses the knowledge it gained during its training phase to make predictions, classifications, or generate outputs on new, unseen data. The direct relationship of this term to physical security and video is obvious. In the simplest terms, an AI system is “trained” by learning patterns, relationships, and features from a large dataset. During inference, the trained model is presented with new questions (data it hasn't seen before), and it applies what it learned during training to provide answers or make decisions. Simply put, inference is what makes AI systems intelligent. Containerization Dividing a massive security management system into several separate containers enables management of the various parts In IT, containerization is a form of operating system-level virtualization that allows you to package an application and all its dependencies (libraries, binaries, configuration files) into a single, portable image called a container. This container can then be run consistently across any infrastructure that supports containerization, such as a developer's laptop, a testing environment, or a server in the cloud. In the physical security industry, you hear “containerization” used in the context of separating out the various components of a larger system. Dividing a massive security management system into several independent containers enables the various parts to be managed, updated, and enhanced without impacting the larger whole. Genetec’s SecurityCenter cloud platform Think of it like shipping containers in the real world. Each container holds everything an application needs to run, isolated from other applications and from the underlying system. This ensures that the application will work the same way regardless of the environment it is deployed in.   “It took us five years to containerize Genetec’s SecurityCenter cloud platform, but containerization now simplifies delivering updates to products whenever we want,” says Andrew Elvish, Genetec’s VP Marketing. Among other benefits, containerization enables Genetec to provide more frequent updates--every 12 days. Headless appliance Headless appliance is a device that is managed and controlled remotely through a network or web interface A headless appliance is a device that is managed and controlled remotely through a network or web interface. The device is like a “body without a head” in the traditional sense of computer interaction: It performs its intended function, but without any visual output or input device for local interaction. In physical security, such devices are increasingly part of cloud-based systems in which the centralized software manages and operates all the disparate “headless” devices. A headless appliance does not have a Windows management system. “The whole thing is managed through the as-a-service cloud system,” says Elvish. With a headless device, you just plug it into the network, and it is managed by your system. You manage the Linux-based device remotely, so configuring and deploying it is easy. Democratizing AI You hear the term democratizing AI used by camera manufacturers who are looking to expand AI capabilities throughout their camera lines, including value-priced models. For example, even i-PRO’s value-priced cameras (U series) now have AI – fulfilling their promise to democratize AI. Another approach is to connect non-AI-equipped cameras to the network by way of an AI-equipped camera, a process known as “AI-relay.” For instance, i-PRO can incorporate non-AI cameras into a system by routing/connecting them through an X-series camera to provide AI functionality. Bosch is also embracing AI throughout its video camera line and enabling customers to choose application-specific analytics for each use case, in effect, tailoring each camera to the application, and providing AI to everyone. Context Cloud system also enables users to ask open-ended queries that involve context, in addition to detection Context refers to an AI system that can understand the “why” of a situation. For example, if someone stops in an area and triggers a video “loitering” analytic, the event might trigger an alarm involving an operator. However, if an AI system can provide “context” (e.g., he stopped to tie his shoe), then the event can be easily dismissed by the automated system without involving an operator. Bosch’s IVA-Pro Context product is a service-based model that adds context to edge detection. The cloud system also enables users to ask open-ended questions that involve context in addition to detection. For example, rather than asking "do you see a gas can?" you can ask "do you see any safety hazards in this scene?" The pre-trained model understands most common objects, and understands correlations, such as "a gas can could be a safety hazard.” A scaled-down on-premise version of the IVA Context product will be available in 2026. Bosch showed a prototype at ISC West. Most video data is never viewed by an operator. Context allows a system to look at all the video with "almost human eyes." Cameras are essentially watching themselves, and understanding why something happened and what we can do. All that previously unwatched video is now being watched by the system itself, boosted by the ability to add “context” to the system. Any meaningful information based on context can trigger a response by an operator. Data lake A data lake is a centralized repository that allows one to store vast amounts of structured, semi-structured, and unstructured data in its native format. In the case of the physical security marketplace, a data lake includes data generated by systems outside the physical security infrastructure, from inventory and logistics systems, for example. A data lake is where an enterprise can accumulate all their data, from the weather to Point-of-Sale information to logistics, to whatever they can gather. Putting the data in one place (a “data lake”) enables them to mine that data and parse it in different ways using AI to provide information and insights into their business. Notably, a data lake contains all a company’s data, not just security or video data, which opens up new opportunities to leverage the value of data beyond security and safety applications. Crunching the various information in a data lake, therefore, security technology can be used to maximize business operations.

The pattern of veins in the hand contains unique information that can be used for identity. Blood flowing through veins in the human body can absorb light waves of specific wavelengths. Irradiating the human palm with near-infrared light waves yields an image of the vascular pattern. A venous distribution map can be processed and compared to pre-registered data to match and confirm identity.    Palm vein biometrics The idea of palm vein biometrics goes back to the 1980s when palm vein scanners emerged as commercial products in the 1990s. The devices gained some traction in military-grade and high-security applications, although the technology was too expensive to become popular among mainstream applications such as physical access control.    Anviz Global is expanding palm vein technology into mainstream applications, featuring a lower price point that will open new market opportunities.    Palm vein technology “Palm vein technology has been viewed as a boutique product because it is costly and has not developed as a mainstream product,” says Mark Vena, Senior Director of Business Strategy and Development for Anviz Global. “With a more compelling price point, the market can see the technology more broadly. We can change the game in terms of how people think about palm vein technology.”  FAR and FRR Palm vein technology is more accurate than either fingerprint (0.0001% FAR) or facial recognition (0.001% FAR) Iris recognition is considered the gold standard in biometric identification, but palm vein technology can almost achieve the accuracy of iris. The false accept rate (FAR) for palm vein technology is 0.00008%, compared to 0.00005% for iris recognition systems. The false reject rate (FRR) is comparable at 0.01% for either technology. Palm vein technology is more accurate than either fingerprint (0.0001% FAR) or facial recognition (0.001% FAR). Palm vein identification occurs in less than half a second.   M7 Palm “Anviz is seeking to bring a high level of capability to more mainstream commercial applications,” says Vena, specifically providing a lower-cost palm vein unit. The M7 Palm by Anviz can achieve next-generation biometric access control for greater security and intelligence. The door-mounted unit combines palm vein recognition with an RFID card reader and PIN code (using a 17-button keypad), all configurable for multi-factor authentication.   Outdoor applications The robust unit, including a narrow metal exterior design, provides strong vandal resistance (IK10) and stability for outdoor applications. To ensure a weatherproof design, the IP66 rating indicates the product is completely protected against dust and can withstand strong jets of water from any direction. Power-over-ethernet (PoE) enables centralized power management and the ability to remotely reboot devices.  Wiegand-out interface The unit communicates using RS-485 or TCP/IP and can connect locks, exit buttons, door contacts, doorbells, etc The unit communicates using RS-485 or TCP/IP and can connect locks, exit buttons, door contacts, doorbells, etc. The Wiegand-out interface can connect to standard third-party controllers, or a built-in relay can trigger a lock directly. Capacity is 500 users.   Because palm vein recognition originates from the physiological characteristics of the human body, it represents a “credential” that cannot be forged, lost, or left at home. It is not easily counterfeited or worn out.  Multi-factor authentication Applications include industries requiring high security such as government, judicial, and banking. Multi-factor authentication eliminates fraud and ensures safety at banks, data centers, airports, prisons, and government.   An end user might opt for higher levels of access control for a laboratory or server room. For dealers and integrators, palm vein technology, including multi-factor authentication, provides an additional option for customers seeking to protect high-security areas on a large campus. Card readers Card readers may suffice for most of the doors, but an important laboratory or cash-handling area requires more protection.  Palm vein technology can secure a casino cash cage or a room containing corporate secrets.   Time of Flight ToF laser-ranging uses a laser to measure the distance to an object by calculating the time Time of Flight (ToF) laser-ranging achieves accurate measurement to ensure the right distance for operation. ToF laser-ranging uses a laser to measure the distance to an object by calculating the time it takes for the laser light to travel to the object and back. Palm vein technology operates in the range of 10 to 30cm (4 to 12 inches). The proprietary BioNANO palm vein recognition algorithm enables accurate and fast scanning speed.  Non-contact biometric The non-contact biometric performs in touchless environments and does not contribute to lingering health concerns in the post-COVID world. The technology is accurate across all hand types and skin tones. Users may feel more comfortable scanning their hands than their eyes.   Optimal human-machine interaction M7 Palm’s optimal human-machine interaction and user experience include a low-power-consumption OLED screen to deliver clear text notifications to the user.  Advantages of M7 Palm include accuracy, stability, security, and privacy. Features include easy installation with standard processes and no special tools, centralized power management, simplified cabling, and less maintenance.  Managing the system is expedited by integration with the Anviz CrossChex Standard access control and time management dashboard, used by more than 30,000 enterprises, and the system can be integrated with any access control system.   Security for SMBs Anviz Global is a converged intelligent security provider for SMBs and enterprise organizations Anviz Global is a converged intelligent security provider for small- and medium-sized businesses (SMBs) and enterprise organizations. The company’s product line includes biometrics, video surveillance, and security management solutions based on the cloud, Internet of Things (IoT) and artificial intelligence (AI) technologies.  Privacy concerns Anviz is part of the Xthings family of companies, which includes Ultraloq (smart locks), Utec (smart home), Bright (smart lighting), Secu365 (SaaS Platform), and Ulticam (smart cameras).  Privacy concerns are minimized because palm vein recognition does not directly store the original image but rather extracts feature information through algorithmic models. Personal data is protected through obfuscation and encryption.

Genetec Inc., the global pioneer in enterprise physical security software, announces that Southwest Wyoming Regional Airport (RKS) has modernised its physical security operations using Genetec™ Security Center. The airport selected Genetec as part of its terminal modernization project to support future expansion, evolving Transportation Security Administration (TSA) requirements, and potential new carriers and flight routes. Located outside Rock Springs in Sweetwater County, Wyoming, the regional airport supports more than 11,000 annual flight operations and serves more than 50,000 passengers annually. The airport recently completed a $43 million commercial terminal modernisation project. As part of the upgrade, airport leaders wanted to replace aging video surveillance and access control systems with an open and flexible platform that would allow them to expand security infrastructure without being locked into proprietary systems. Terminal modernization project Working with systems integrator Incline Technology, the airport deployed Genetec Security Center to unify video surveillance, access control, and alarms in a single interface. According to Nic Hasler, Founder and President of Incline Technology, “Our vision from the start was to deliver a system for RKS that’s easy to operate and support, and ready for future expansion.” With Security Center, the RKS team now has full visibility across the airport terminal, weather station, fuel station, and Sweetwater Aviation facility. This allows them to improve visibility across the airport, respond faster to incidents, and streamline day-to-day security management from one platform. Security and airport operations “Genetec Security Center brings everything into one place, which helps us manage security and airport operations much more efficiently than before. We’re only scratching the surface of what the system can do. This is the foundation we needed to keep adding capabilities and enhancing our operations,” said Devon Brubaker, Airport Director at Southwest Wyoming Regional Airport. Airport staff is also using the Quick Search feature in Security Center to accelerate investigations and reduce the time spent reviewing footage after incidents. After a reported theft in the airport micro market, the team used Quick Search to review footage, identify when the inventory changed, and confirm within minutes that the item had been purchased but mislabelled. “We might be a small airport, but investing in Genetec Security Center allows us to operate like a much larger one. The platform helps us work more efficiently today and sets us up to say yes to new opportunities in the future,” said Brubaker.

Paderborn/Lippstadt Airport plays a central infrastructural role in the East Westphalia-Lippe region of Germany. In order to meet the growing requirements of the German Aviation Security Act (LuftSiG), the airport comprehensively modernised its existing video surveillance system. The objective was to ensure efficient monitoring of critical areas such as the apron, access roads, car parks, and terminal entrances – with minimal resource use. Together with systems integrator Horn Sicherheitstechnik, Dallmeier developed a solution that allows gradual migration to IP-based components such as the multifocal sensor system Panomera®, without the need to immediately replace existing analog technology. The solution complies with all applicable security and data protection requirements and is designed for future scalability. Secure airport operations Roughly six million people live within the catchment area of Paderborn/Lippstadt Airport. As a regional transportation hub, the airport provides vital connectivity to both tourist and business destinations. Scheduled and charter flights as well as business, private, and cargo traffic are all part of daily operations. This makes the airport not only an important infrastructure facility but also a regional employer and mobility partner. Smooth operations and full compliance with legal obligations – such as the Aviation Security Act (§5 and §8), the General Data Protection Regulation (GDPR), and the NIS-2 Directive – form the foundation for secure airport operations. Increasing regulatory requirements The decision to upgrade and extend the video security infrastructure was driven by increasing regulatory requirements and technological advancement. The focus was on reliable video coverage of the approximately 65,000 square metre apron area, as well as other critical zones such as access roads, car parks, terminal entrances and the so-called aviation security boundaries – the transition point for passengers from landside to airside. Analog systems were not replaced in one step; instead, a step-by-step migration to IP technology was planned and implemented – in a manner that was flexible and adapted to the airport’s existing infrastructure and operational needs. Modern IP cameras The implementation was carried out by experienced systems integrator Horn Sicherheitstechnik in collaboration with Dallmeier electronic. At the heart of the project is a hybrid system architecture that combines existing analog components with modern IP cameras. Video recording is handled by Dallmeier recording appliances such as the DMS 2400 and IPS 10000, which enable simultaneous operation of both analog and IP technologies. To monitor sensitive zones, various camera models are used – including Domera®, fisheye, and bullet cameras, as well as Panomera® systems from the W4 and S8 series. Panomera® enables wide-area coverage with a minimum number of cameras while still delivering high-resolution detail – a major advantage for large apron areas where both overview and detailed monitoring are essential. Video management is handled via SeMSy® Compact in combination with the SeMSy® Event Manager. Additionally, door and alarm contacts were integrated using Moxa devices to enable functional synergies and alarm forwarding – particularly at the aviation security boundaries. Aviation security boundaries With the new system, the airport fully meets the requirements of §5 and §8 of the German Aviation Security Act – for example, in monitoring aviation security boundaries, access roads and other sensitive operational areas. The hybrid system architecture allows targeted expansion of the existing infrastructure. One key benefit: Thanks to Panomera®, the number of cameras required was significantly reduced – without sacrificing field of view or image quality. This results in savings not only in installation and operational costs but also in ongoing maintenance. The modular system design supports step-by-step migration and offers long-term flexibility. “With the Dallmeier solution, we were able to seamlessly modernise our existing infrastructure while efficiently meeting new security requirements. We were particularly impressed by the flexibility to integrate both analog and IP systems,” explains Paul Sawatzki, Head of IT & Technology at Paderborn/Lippstadt Airport. AI-driven technologies The Dallmeier solution meets all requirements set forth by the GDPR and the NIS-2 Directive – especially in terms of data protection, IT security, and system availability. As an ISO-certified company – including certification to ISO/IEC 27001 for information security management systems – Dallmeier delivers the highest standards in the handling of sensitive data. These certifications provide a reliable foundation for deploying the technology in critical infrastructure environments. Additionally, Dallmeier’s in-house development and production in Germany (“Made in Germany”) ensures transparency and legal certainty for operators. Another key advantage of the new system is its future-proof design. Beyond surveillance alone, AI-based analytics for process optimization and cost savings are increasingly in focus. The airport plans to deploy AI-driven technologies such as the Dallmeier “Attribute Finder”, which can be seamlessly integrated into the existing infrastructure. High integration capability The project at Paderborn/Lippstadt Airport demonstrates how intelligent planning and cutting-edge technology can bridge the gap between legacy infrastructure, system modernisation, and long-term readiness. The “Made in Germany” solution delivers durability, efficiency, and high integration capability – representing a successful deployment of modern video technology in a critical infrastructure environment. Horn Sicherheitstechnik also draws a positive conclusion: “Thanks to close coordination with all project stakeholders and the use of Dallmeier’s PlanD camera planning tool, we always had full control over the project. The tool gave us complete planning reliability right from the design phase,” says Michael Horn, Managing Director of Horn Sicherheitstechnik. Video information technology In 1984, Dieter Dallmeier founded what is now Dallmeier electronic – not in the proverbial garage, but in a garden shed in Regensburg, Germany. Today, the company, which can justifiably call itself a hidden champion for video information technology "Made in Germany", has several hundred employees worldwide, more than 250 of them at the company headquarters in the center of Regensburg alone. Dallmeier's camera, recording, software, and analysis solutions optimize security and processes for B2B end customers in a wide range of industries in over 60 countries. The focus is on users from the casino, smart city, airports, logistics, stadiums, and industrial sectors. But also, banks, critical infrastructure facilities as well as medium-sized companies from all sectors. Image storage system With pioneering innovations, Dallmeier has succeeded time and again in placing itself at the forefront of technology: From the world's first digital image storage system with motion analysis in 1992, the patented "multifocal sensor technology" Panomera® with its "Mountera®" mounting system, to the latest Domera® camera family, which allows up to 300 camera variants with only 18 components. These and many other innovations provide real, tangible customer benefits. And with a low Total Cost of Ownership (TCO) and a high Return on Investment (ROI) they can easily compete with systems produced and supplied from low-wage countries. With "Made in Germany", they also guarantee their customers the highest standards in data protection, cybersecurity, and ethical responsibility. With high quality and short supply chains, they also ensure – almost incidentally – sustainability and environmental protection. From their prestigious headquarters in the center of Regensburg, Dallmeier not only carries out its own research and development but also the complete manufacturing process – from component to product to solution.

Willis Tower, an iconic symbol in Chicago for over 50 years, has undergone significant transformations to become a modern workplace and community hub that delivers the best experiences for its tenants, area residents and visitors. Originally known as Sears Tower, it was renamed Willis Tower after a change in ownership in 2009. Major renovations took place in 2017, culminating in a complete transformation in 2022.  Currnetly, Willis Tower offers a range of amenities from short-term workstations to traditional leases, as well as dining, retail, and entertainment spaces. The Skydeck on the 103rd floor, 1,353 feet above street level, provides breathtaking views of up to 50 miles across four states, attracting millions of visitors annually. Challenge As part of Willis Tower’s transformation, the structural separations between the office and Skydeck areas were eliminated, creating a more open and accessible space for visitors and tenants. Recognizing the need for a customized strategic security plan, Director of Security Keith Kambic, CPP, spearheaded efforts to find the right partners to ensure the safety and security of tenants, visitors, and employees. Kambic’s first step was to engage with the national security and technology consulting firm Guidepost Solutions. The next priority was to establish a strong partnership with a Chicago-based integration partner and to identify the best security solutions in the market. Kambic chose 4S Security as the integration partner because of their holistic approach to achieving optimal results. The partnership with 4S Security elevated the security measures at Willis Tower to new heights. “We are different than the average integrator,” said Leor Elfassy, Director of Business Development at 4S. “We have software developers on staff who write integrations, and as a matter of business principle for the last 30 years, we only work with software manufacturers that allow us to do so.” Solution The upgrade to Willis Tower involved retrofitting the access control system to a cloud-based solution and the new Video Management System (VMS), Salient CompleteView, was selected based on its ability to integrate seamlessly with the access control platform. “In the end the client wants a single pane of glass that they can work from and Salient’s CompleteView is well-designed to let integrators bring their vision to life,” continued Elfassy. Salient’s open architecture was an essential factor in the decision, along with product features like Dynamic Resolution Scaling (DRS), a powerful bandwidth management tool, and agnostic integration to analytic platforms for future system enhancements. Specific features like snapshot and CompleteView’s interactive mapping feature were also important selection factors. While all of these product capabilities are important, in the end it came down to the personal attention of Salient team members – from the President to the system engineer – and their efforts to go above and beyond in every way. Salient’s dedication to working cohesively with the Willis Tower and 4S teams created an effective partnership that propelled the project forward. Kambic said, “when we selected Salient, we did so not only for their product, but because we could tell that both of our companies were cut from the same cloth – great service, and great people.” Both Salient and 4S provided learning tools prior to implementation to ensure a seamless transition to the new VMS for the Willis Tower security team. 4S created customized training videos and pamphlets and held onsite training sessions, while Salient educated the security team through its YouTube training videos. Results The result of the partnership between 4S and Salient was a 40% reduction in bandwidth usage across the Willis Tower network. In addition, the integrated system provided immediate awareness of events such as forced-open doors, tailgating, and panic alarms. Ongoing top-notch local support from both Salient and 4S ensures smooth and timely software release updates and exploration of new technological capabilities, advancing video surveillance through CompleteView. Pleased with the results, the Willis Tower team attests to the success of the partnership, efficacy of Salient’s product, andoutstanding level of service from Salient both before and after the sale.

In alignment with the State of Mississippi’s mission of “Empowering Mississippi citizens to stay connected andengaged with their government,” Salient's CompleteView Video Management System (VMS) is being installedthroughout more than 150 state boards, commissions, and agencies in order to ensure safety for thousands ofconstituents who access state services daily. Challenge Determining the right path to success wasn’t a quick process. The elaborate undertaking of converting all State of Mississippi buildings from its legacy video system, which included analog cameras across a disparate video platform, to match their standard of excellence took a lot of planning. This involved researching and interviewing multiple manufacturers of IP cameras and video management systems. The plan was strategic, as it was important to State officials to find an open architecture solution that could utilize as much existing technology as possible, thereby preserving current taxpayer investment.  Solution After a thorough evaluation, the decision came down to three competitive VMSs, all based on total cost-of ownership, scalability requirements, software performance capabilities, along with support assessments. Salient’s CompleteView was ultimately determined the top choice. “In the selection process, three VMS manufacturers were deemed a reasonable fit. The choice of CompleteView over these competitors came down to one critical component, partnership. The culture at Salient embodies an unmatched support you don’t typically see in an industry leader. Their greatest value-add is that open line of communication between the RSM, technical support, and engineering. If I need something, I know I can pick up the phone and get immediate assistance” said Mike Cooper with MS Department of Public Safety. Once CompleteView was selected, another strategic decision was made to have personnel from The Statehandle the design and installation of CompleteView internally rather than engage outside consulting. This hasproved to be an effective option, allowing them to tailor each installation to suit individual property needs. The State works through the channel for procurement, then handles all programming and administration internally. This offers them the most flexibility while still achieving uniformity across each deployment as well as complete control of the process. Result The conversion to CompleteView is underway and will take approximately 3-5 years to complete. The State now benefits from a centralized platform that allows for greater administrative control, as well as a product that meets the State of Mississippi standard for NDAA compliance. According to Cooper, “we now have a platform that is easily managed and visibly organized in an efficient manner. We also appreciate having a system that’s permission based with tighter controls.” Finally, The State’s technical team is committed to keeping the system updated as Salient releases newer versions of its software each quarter. These upgrades ensure they are taking advantage of all security enhancements and feature improvements that CompleteView has to offer. The State has also planned integration of its access control system, Open Options, with CompleteView, tying video directly to specific door openings. This gives State personnel an enhanced view into their security operations, with quick and easy auditing of badge events through a single interface. Further initiatives will explore the addition of AI video analytics to add weapons detection, appearance search, and cross-camera tracking — all to help speed up investigations. Salient’s open platform makes these integrations possible. Staying present on these new releases and innovative integrations ensures an advanced level of protection from potential threats and works to achieve the ultimate end game – keeping community members safe.

The Community Builders (TCB) is a nonprofit organization whose mission is to build and sustain strong communities where all people can thrive. They work with businesses, institutions, and public officials to revitalize neighborhoods in ways where all people can live in healthy homes with equitable access to resources and opportunities to pursue their dreams. Their partnership with Salient Systems exemplifies the use of video technology in vulnerable neighborhoods to help achieve these goals. Challenge TCB operates and manages 150 sites and properties across the country, employing over 600 staff members. These locations range from campus environments to individual buildings, each presenting unique security challenges to ensure overall resident safety. The primary focus for implementing a video management system is not only to ensure safety and security but also prevent property maintenance issues. Under Joe Giggey’s leadership as senior director of Information Technology, TCB established enterprise- level security standards. These standards enabled access to video remotely through smartphones, iPads, and laptops for a central team of sites in 30 cities. Additionally, seamless integration with existing cameras and access control systems was required, considering TCB’s extensive network of 30+ access control systems and about 6,800 different camera models. Affordability was another crucial factor, as is often the case for nonprofit organizations. Having an easy-to-administer VMS, reliable search and video export functionalities, scalability for future property acquisitions, and centralized management in a distributed environment were also significant requirements. Solution Salient’s CompleteView VMS met all the specified criteria, marking the beginning of the partnership between TCB and Salient in 2016. The deployment of CompleteView has grown to 85 site recording servers and over 2,300 camera licenses. Given the widespread nature of TCB’s properties, certified regionalized integrators have been selected to install CompleteView across TCB locations. These integrators have been trained and received certification from Salient Systems professional trainers on installation, executing upgrades, expanding systems, and customizing the deployment ensuring effective implementation and ongoing support. In addition, manufacturer support by Salient’s own System Engineering team has been utilized and according to TCB personnel, “has been phenomenal.” Results TCB staff help address complaints, educate residents on lease rules, and avoid evictions. Salient’s CompleteView has assisted in resolving disputes, and investigating incidents. In addition, the ability to verify details of incidents in progress helps pinpoint the location and gives first responders details about the situation they may face on arrival. Video footage provided by Salient’s VMS, CompleteView has proven invaluable in multiple instances and according to Giggey “The VMS paid for itself immediately, highlighting the effectiveness and value of this partnership.” The collaboration between TCB and Salient Systems has become an exemplar of how technology can be harnessed for the greater good, building trust and effecting positive changes in vulnerable neighborhoods. With ongoing support from Salient Systems, TCB is committed to making a lasting impact and ensuring strong communities where all people can thrive.

Security chiefs nationwide are addressing emerging workplace issues of white-collar crime and computer security. Theft, by internal and external perpetrators, has taken on a new and expensive face with the advent of lightweight computers. On site slips, falls and vehicular accidents lead to expensive liability lawsuits. Increasing pressure on the bottom line has led many security chiefs to turn to contract labor, which offers its own set of supervisory challenges. Security magazine stated “At least seven in 10 of their readers use private protection officers…and more than one in three of these respondents say they use more security officers than they did three years ago.” Monitoring equipment temperatures These changes have occurred in an era of economic growth where corporate mergers and acquisitions are commonplace. Over a relatively short period of time, the security chief is likely to see the size and make-up of the buildings and workforce change, dramatically. A new list of threats, increased reliance on contract labor, and rapid changes in scope and responsibilities force security chiefs to demand more of the security systems they use. Client: When David Weihe, Chief of Corporate Security, joined Kentucky Fried Chicken in 1992, he inherited a thirty-five-station guard tour system that was worn out and problematic. Weihe had a large area to protect – two buildings totaling 325,000 square feet on 35 square acres in Louisville, KY. He also had special responsibilities, such as monitoring equipment temperatures. In addition, one of the two KFC buildings lacks a sprinkler system, so fire extinguisher checks are crucial. Largest restaurant system When Weihe joined the company, KFC’s corporate parent was PepsiCo, Inc. In January 1997, PepsiCo, Inc. announced the spin-off of its quick service restaurants – KFC, Taco Bell and Pizza Hut – into an independent restaurant company called TRICON Global Restaurants Inc. TRICON (NYSE: YUM) is the world’s largest restaurant system with nearly 30,000 restaurants. Weihe is now responsible for all of TRICON Global’s corporate locations, including the restaurant support center in Louisville, which employs more than 1,200. The physical sites include two original KFC buildings, which house KFC’s Research and Development unit, a document management center, and another processing facility. He uses 14 contract security officers to maintain a 24/7 presence. Universal product indicator Project: Back in 1992, Weihe knew that he needed a guard tour system that was robust and expandable with state-of-the art data capabilities. Handheld units had to be slim-line, user friendly and tough enough to withstand stand up to constant use by a variety of personnel. The system’s software had to offer fast, comprehensive reports that would help Weihe pinpoint incidents and keep track of every contract employee on every shift and every checkpoint station. Weihe considered several solutions. He rejected systems that required officers to carry multiple pieces of equipment – strips or buttons – because he considered them complicated and difficult to maintain. He also rejected systems based on UPC (universal product indicator) codes because he considered them too fragile. In 1993, and again this year, Weihe chose a Morse Watchman guard tour system. Management patrol software Provider: The Morse Watchman tour guard system is made up of three components: designated checkpoint stations, placed in fixed locations throughout the facilities, a handheld data recorder carried on rounds and uses to check into the key stations and record information; and management patrol software, which converts data recorder information to printable custom reports. Morse Watchman guarantees its checkpoint stations for life. They’re built out of impact-resistant Lexan(r), the material used for professional football helmets. The PowerCheck 3002, which Weihe upgraded to this year, features Auto Pilot, a user selectable option that displays the next station to visit. The system also gives the customer the option of preprogramming up to 99 different incident reports, all of which can be keyed in by officers on tour. Implementation: When the PowerCheck system was ready, training proved simple, thanks to documentation provided by Morse Watchman and the fact that most of the new system’s checkpoint stations were placed in the same locations as the old. Four different tours Using the system’s Auto Pilot feature, Weihe has programmed four different tours, three of which guide officers to stations in specific order. The fourth records tour data in random order. In any given week, Sunday through Saturday, Weihe’s officers run close to 50 tours, which equals 3,000 station checks per week. The new PowerCheck 3002 system can hold up to 8,000 transactions before it must be downloaded. Benefits: It didn’t take long for Weihe’s contract security officers to appreciate the PowerCheck 3002. “They like the fact that the holster used to hold the recorder has got a clip or an arm-band, offering more options for comfort. The recorders are lighter. The key stations are smaller, and the officers are able to record temperatures of coolers, freezers, and other equipment right into the recorder,” Weihe admitted. Providing details of problems In fact, Weihe’s Morse Watchman system has increased the efficiency of the company’s maintenance staff. The maintenance incident report Weihe downloads from the system is essentially a work order, providing details of problems. The system’s ability to record a myriad of incidents helps in other unanticipated ways, such as when contract cleaners don’t put wet floor signs down after mopping up. Weihe expects his officers to record such data, as well as put down a floor sign. If someone complains they have fallen because of a wet floor, Weihe has hard data to prove who is actually responsible. Variety of contract personnel The biggest result of the Morse Watchman system, though, is to help Weihe make sure his contract security officers are on the job, where they should be, when they should be. The effect, Weihe feels, has been to help keep security incidents to a minimum at TRICON Global, because the system helps ensure a security presence that, while not predictable, is predictably strong. Weihe sets a schedule for his officers so those tour patterns are not created. All in all, Weihe is pleased with the Morse Watchman system, and its reliability. His two recorders are used 24/7 by a variety of contract personnel. Weihe said the system’s handheld recorders have proven to be durable. “They have to be severely knocked around to crack the LCD display,” Weihe told. In the past, when a recorder was damaged, Morse Watchman loaned him a free spare, shipped overnight, until his unit had been repaired. Guard tour system Satisfaction: Weihe fits the definition of a satisfied customer. He bought a Morse guard tour system, used it for seven years, then upgraded this year. He’s found the company to be supportive at every turn. “I can say that it has always been extremely pleasant,” Weihe voiced of his communications with Morse Watchman. As for the system itself, Weihe announced, “I haven’t seen one that could beat it, so until I hear even remotely of something, it’s going to be Morse Watchman products.”

Data overload is real. Sometimes it seems we are bombarded by the sheer volume, velocity, and variety of data available in our personal lives, and in our work lives. The solution is to figure out how to make sense of the data and transform it into real information we can use. In the case of physical security systems, new opportunities are emerging every day to utilize data to make our businesses safer and better managed. We asked our Expert Panel Roundtable: What is the expanding role of data in physical security systems? Why does it matter?

A system's lifecycle is the journey it takes from planning and design through to decommissioning. Considering the entire lifecycle of a system can encourage integrators and end users to embrace higher-quality technologies with an eye toward maximizing their value over time rather than focusing on lower-priced equipment. For additional insights, we asked our Expert Panel Roundtable: How does consideration of system lifecycles impact the choice of physical security technologies?

Access control, video surveillance, and intrusion detection systems evolved largely independently in the physical security industry. Integrating those systems to the benefit of an enterprise's overall security has traditionally fallen on security integrators working in cooperation with manufacturers. However, today's market has also evolved to include companies that provide "unified platforms,” bringing together various disparate security systems and functions under a single, centralized management interface. We asked our Expert Panel Roundtable: What are the advantages of installing physical security systems as a unified platform?