September 5, 2026
image
Home Articles posted by a&s Adria (Page 86)

Hanwha Vision launches Wisenet 9

The future of security requires smarter, more efficient and secure solutions, to help drive this transformation Hanwha Vision is launching, what the company is calling its most advanced AI-powered System on a Chip (SoC), the Wisenet 9.

After nearly four years of extensive research and testing, Wisenet 9’s advanced features help elevate Hanwha cameras into an AI-driven era, and aiming to set a new standard for performance, accuracy, and security.

“With Wisenet 9, you can count on the superior image quality that delivers the best possible video in the toughest environments, as well as the accuracy of the AI-generated data, whether statistical or event-driven,” states John Lutz Boorman, Head of Product and Marketing at Hanwha Vision Europe.

AI revolution at the edge

Wisenet 9’s enhanced edge AI capabilities are essential in this innovation era, where the volume and complexity of security threats demand real-time, accurate analysis. By elevating edge-device performance, AI empowers systems to quickly analyse vast amounts of video data and discern crucial patterns and anomalies.

A key differentiator driving this transformation is the two Neural Processing Units (NPUs), which have improved inference performance three-fold compared to Wisenet 7, the previous SoC generation.

While one NPU handles image processing, the other focuses on object detection and advanced analytics. This dual NPU concept was introduced to ensure video quality and analytics have independent resources, preventing one function from impacting the performance of the other.

Unveiling hidden details

Wisenet 9 uses AI to analyse visual data with greater precision. By leveraging a powerful NPU, the system moves past traditional image processing to extract critical information, unlocking previously unseen details with remarkable clarity in tough environments.

This enhanced visual intelligence is achieved through a suite of sophisticated AI features, including AI-based extreme Wide Dynamic Range, AI-powered noise reduction, alongside image enhancements.

Combined, these technologies promise to deliver exceptional clarity, even under the most challenging conditions. The AI-driven image enhancement, powered by an independent NPU, ensures that every detail, no matter how subtle, is captured and analysed.

AI efficiency redefined

AI is powerful, but it can also be resource-intensive. Wisenet 9 flips that script. It’s not just smart, it’s efficient – optimising every aspect of its operation.

By intelligently reducing noise, Wisenet 9 achieves a remarkable level of efficiency in data volume reduction, resulting in significantly reduced bandwidth consumption and storage requirements.

This core efficiency is further bolstered by the latest H.265 compression technology. The H.265 codec provides high video quality with optimised bandwidth, ensuring reliable, real-time video processing and transmission – critical for uninterrupted 24/7 security. Furthermore, this optimised H.265 support enables consistently high performance in demanding environments, essential for system stability, and streamlines data management in cloud environments, efficiently controlling storage and transfer costs.

Wisenet 9’s H.265 codec, aligned with current industry standards and ONVIF profiles, ensures broad hardware compatibility and seamless integration with your existing security infrastructure and provides a dependable foundation for long-term system reliability.

Beyond this, Wisenet 9 leverages AI for advanced analytics. Its enhanced AI technology provides detailed attribute analysis, including colour, bag, face mask, glasses, age, and gender, along with other key analytics like people and vehicle counting, slip and fall detection, crowd detection, heatmap, queue management, and more, enabling faster and more informed decision-making.

To further amplify its capabilities, Wisenet 9 incorporates several key technologies that power the next generation of efficiency, including, Re-Identification (RE-ID) for enhanced person tracking and searching; Dynamic Privacy Masking (DPM) to efficiently safeguards biometric personal data using AI, ensuring compliance with privacy regulations.

Expandable AI

Recognising that security demands are as diverse as the industries they serve, Wisenet 9 has been engineered with so-called unparalleled AI capabilities. This empowers users to tailor their security systems.

Additionally, Wisenet 9 is compatible with AI Packs (Traffic, Retail, Factory), designed to deliver actionable insights specific to various sectors.  And, AI-based sound classification enables rapid detection and directional awareness of critical events like gunshots, glass breaks, and screaming, to enhance situational awareness.  Also, Wisenet 9 empowers users to create customised security solutions by providing the flexibility to tailor their systems with custom applications for video analytics, storage, and other functionalities.

Improved end-to-end protection

Wisenet 9 significantly enhances end-to-end protection by building upon the robust security foundation of Wisenet 7. It inherits essential features like Secure Storage, OS, and Boot, which protect critical chipset data and prevent unauthorised software execution.

Moreover, the inclusion of a FIPS 140-3 Level 3 elevates security to an exceptional standard. This certification guarantees that the chipset adheres to rigorous security protocols, assuring users of comprehensive data protection.

Global IP Camera Market to Top $31 Billion by 2030

The global IP camera market size is estimated to reach USD 31.11 billion by 2030, registering a CAGR of 13.4% from 2025 to 2030, according to a new report by Grand View Research, Inc.

According to the research, the demand for internet protocol (IP)-based camera systems is increasing due to the constant development of infrared cameras and the adoption of IoT in video surveillance. With an increasing number of home burglaries and squatting, residential security is one of the top concerns of homeowners. The rising smartphone user base and the availability of installment-based security solution subscriptions promise robust growth in the residential market.

Cost continues to have a positive impact

Home security concerns are growing along with the connected ability to alert security services, and the comparatively low cost of home security continues to impact the market’s growth positively. These cameras help users respond immediately to any incursions inside buildings, abandonment of suspicious materials, and loitering & trespassing by persons and vehicles, as it also has built-in video intelligence.

IP cameras protect personnel, property, or information as they are employed in various organisations. These are also widely deployed in commercial and residential properties. The effects of Covid-19 globally continue to have a significant impact on the electronics industry as well, resulting in changes in consumer preferences over time. The changes in preferences, disposable income, and purchasing habits have added volatility in the global economy. This has led to uncertainty on the demand side in the internet protocol camera market.

Increased awareness in Asia Pacific markets

Asia Pacific is anticipated to grow at a significant CAGR over the forecast period, due to increasing awareness and adoption rate of network cameras. The impact of government legislation and investments also continues to boost the market growth in the region. There are several significant component providers in the area which dominates globally. For instance, in 2019, the Chinese police started the installation of new surveillance technology that helps the local authority identify potential suspects by their body language, and demeanor. The technology used by the Chinese police identifies individuals based on their body shape and movement from around a 50-metre distance. Government officials use advanced technology such as AI-based security solutions that help them improve their surveillance operations.

IP camera market – additional highlights 

  •  In terms of components, the hardware segment accounted for the largest market share of over 76% in 2024, driven by advancements in imaging technology, AI-powered processors, and edge computing capabilities.
  • The pan-tilt-zoom (PTZ) product type segment is expected to witness the fastest CAGR over the forecast period, due to the growing need for dynamic and flexible surveillance solutions.
  • By connection type, the consolidated segment accounted for the largest market share in 2024, driven by large-scale enterprises, government agencies, and critical infrastructure facilities requiring integrated and high-performance surveillance solutions.
  • The residential application segment is expected to register as the fastest CAGR over the forecast period, due to rising concerns over home security and the increasing adoption of smart home technologies.

Key players

The players recognised by the research as having a key role in this market include, Hikvision, Bosch, Honeywell, Johnson Controls, Panasonic, Samsung, Sony, Schneider Electric, Avigilon, Arecont Vision Costar, Vivotek, and Stealth Monitoring.

Flexible access management with a digital locking system powered by smart keys and energy-harvesting technology

London, April 2025 – Powering digital access with energy-harvesting technology frees organizations from wiring and even batteries. However, to meet the challenges of the future, digital access needs more. It needs technologies and software platforms flexible enough to grow and adapt with the evolving needs of each organization, protecting their investment in digital access while delivering an ROI every day.

Using decades of expertise in designing and engineering key-based access cylinders and solutions, ASSA ABLOY developed PULSE, key-based digital access powered by innovative energy-harvesting technology and part of ASSA ABLOYs suite of digital access solutions.

With ABLOY PULSE, the kinetic energy generated by inserting the intelligent key is harvested to power the lock’s encrypted digital security. This energy source – keyholder input – is completely renewable and contributes to building sustainability goals.

Building users enjoy everyday convenience. They carry one PULSE key pre-programmed with all their access rights. It has an RFID tag inside and can also operate readers, whether on wireless locks or wall-mounted beside an electrified opening. Building users do not need to carry two credentials. To enhance site security and user privacy, PULSE credentials are powered by Seos®, the latest generation of technology with the highest encryption and authentication standards.

ABLOY PULSE offers building managers reliable security they can trust. They can equip almost any opening with a device range which includes door cylinders, cam-locks, furniture locks and padlocks for indoor and outdoor use. There is no cabling, wiring or batteries required: PULSE locking cylinders and keys are self-powered by reliable energy-harvesting technology.

“ABLOY PULSE offers customers a flexible solution to digitalize their access management and make their access ready for what’s ahead. It has been developed to integrate easily with their building solutions,” says Jarno Onnela, PULSE Product Manager at ABLOY. “PULSE cylinders are fast and cost-efficient to install, because they require no major adjustments to a door. An installer simply swaps out an existing mechanical cylinder.”

ABLOY PULSE can be managed from cloud-based ASSA ABLOY Access® software. This intuitive solution enables organizations to manage access from anywhere. Both keys and cylinders are reusable and reprogrammable: managing staff turnover becomes faster and simpler for facilities teams. Security staff can issue access and block lost keys from wherever they are.

The unique advantages of PULSE technology have already been recognized by awards juries in Europe, the Middle East and beyond. It was named Sustainability Champion Award winner at Intersec 2024, Dubai. In 2022, PULSE cylinders’ energy-harvesting performance earned the Construction Energy Award at the BYGGERI fair in Denmark.

“ABLOY PULSE already protects many different types of site, from commercial buildings and multi-residential housing, to education and healthcare premises,” adds Jarno. “New functionalities in ASSA ABLOY Access management software, such as support for reservation systems, continue to further expand use-cases. We have also extended the availability of this innovative solution to new markets including Scandinavia, France, the UK, Poland, Singapore, Hong Kong and Benelux countries.”

Extend the range of locking solutions with ASSA ABLOY Access

ASSA ABLOY Access also integrates seamlessly with the ABLOY CUMULUS mobile and keyless access solution. Completely customizable, with intuitive APIs and SDKs for app development, CUMULUS becomes part of each customer’s individual workflows in a way specific to their own organization.

In addition, the revolutionary CUMULUS Controller adds mobile access capability to any electric or electronic lock – from any brand. ABLOY CUMULUS instantly makes digital access mobile ready. It can go wherever the customer needs.

To learn more about ABLOY PULSE, visit https://www.assaabloy.com/group/emeia/solutions/topics/access-control/abloy-pulse  

https://www.youtube.com/watch?v=JZqodehTPDE

Axis: Device management and cybersecurity through the lifecycle

A common misconception is that once a network device is installed, it requires minimal maintenance. However, this ‘set-and-forget’ approach can leave devices vulnerable to emerging cybersecurity threats and exploits. In reality, device management is critical throughout the entire product lifecycle – from initial setup to decommissioning. This article highlights essential cybersecurity measures and demonstrates how Axis device management software helps mitigate risks at every stage.

Implementation 

The foundation of a secure and efficient system is laid during the implementation phase, where careful planning and execution can make all the difference. During this critical stage, involving configuration and staging, installation, deployment and onboarding, there are important measures to take before handing the system over to the customer.

Upgrading the device to the latest recommended device software version is a critical step. When implementing a device, it’s essential to check that the latest software version is installed, considering that updates may have occurred during the time elapsed between device production and implementation.

Using up-to-date device software ensures inclusion of the most recently identified bug fixes. Crucially, it helps maintain cybersecurity by addressing vulnerabilities through the latest patches.  As cybersecurity is a constantly moving target, applying the latest device software version helps ensure a stable and secure system.

While device software updates can be done manually through the device’s web interface, using device management software gives you more control over these critical installation and security tasks. AXIS Device Manager, for instance, lets you efficiently update device software in bulk, set network parameters, deploy certificates, and configure other essential settings. By leveraging AXIS Device Manager, you can save time and effort in implementing and securing your devices, while also ensuring they remain up-to-date and compliant with the latest security standards.

In addition to updating device software, recommendations on security policies and advice on deployment can be found in the AXIS OS hardening guide. To further enhance security, AXIS Device Manager Extend allows you to set recommended security policies, such as making sure file transfer protocol (FTP) and secure shell (SSH) protocol are always closed. This ensures that parameters are constantly maintained with the most up-to-date security compliance. Even if the settings are changed in error, the management software can revert to the set policy.

You can also use AXIS Device Manager Extend to apply application policies, such as making sure that AXIS Video Motion Detection is always running the most up-to-date version on selected cameras. AXIS Device Manager Extend will also allow users to install and directly configure most applications on Axis devices.

In service 

Keeping track of a large number of devices during their lifetime on the network can be very time-consuming. In addition to inventory management and understanding the status of each device, key requirements include monitoring, maintenance, and upgrades across the system. An efficient and convenient way to monitor and perform maintenance is to use AXIS Device Manager Extend as a complement to AXIS Device Manager.

AXIS Device Manager Extend provides a centralized dashboard that allows efficient inventory and asset management, ideal for multisite operations. With remote access, crucial maintenance tasks can be scaled, such as upgrading the operating system, AXIS OS; defining, applying and enforcing security policies; and managing applications. It also helps speed up troubleshooting, allowing you to identify and resolve potential issues remotely, reducing the time and expense usually required for a site visit. The system administrator can use the software to instantly check the operational status of a device, its connection stability, and that all devices are operating as intended.

The management software can also indicate to the administrator the status of the device’s operating system and whether it is up to date. As cybersecurity threats evolve rapidly, making regular software updates is essential to ensure your devices are ready to face the latest cybersecurity threats. Via AXIS Device Manager Extend, device software upgrades can be pushed out to any connected device with just a few clicks to ensure it is running on up-to-date software.

Some organizations can be reluctant to upgrade in-service device software due to concerns that upgrades can affect system stability. Axis device management software provides two options to keep AXIS OS up to date: the active track and the long-term support (LTS) track. In the active track, AXIS OS is continually updated with new features and security patches. Alternatively, organizations with concerns regarding upgrades have the flexibility to use AXIS OS on the LTS track, which provides security fixes and patches without adding any new functionality. Axis device management software gives recommendations of AXIS OS on the LTS and active tracks to help you make the best decision for your upgrade according to your needs.  Axis devices are typically supported for an additional five years; that is, patches are available 5 years after the product has been discontinued.

In large systems, there’s the potential for high numbers of inactive, redundant accounts, such as temporary usernames set up for one-time service purposes. These unused accounts enable entry points and pose a potential security risk. The dashboard in AXIS Device Manager Extend presents an aggregated view of all user accounts and from here, the administrator can quickly manage them, removing them if necessary.

Decommissioning 

Decommissioning devices in a timely manner is crucial to maintaining cybersecurity and minimizing risks. Devices that are out of software support can pose significant threats, as they no longer receive updates and patches. To mitigate this risk, it’s essential to plan for device replacement before they reach the end-of-support date.

AXIS Device Manager Extend helps you stay on top of device lifecycle management by providing warranty, product discontinuation, and end-of-support information for all devices in the system. You can also track the end-of-support date for each device’s operating system, enabling you to prepare for decommissioning and replacement in advance. Plus, you can easily export inventory reports for auditing and compliance purposes.

When decommissioning an Axis device, it’s vital to remove sensitive data and perform a factory default to erase all configurations and data. While this can be done physically using the factory reset button, or the camera web interface, utilizing AXIS Device Manager provides a more efficient and streamlined process.

Mitigate risks and maintain cybersecurity throughout the device lifecycle 

Ensuring cybersecurity is vital throughout the lifecycle of network devices. Axis device management software increases the speed and efficiency of configuration, management, and maintenance of devices over time. Ultimately, they enable the implementation of robust safeguards to effectively mitigate the risk of cyberthreats.

Aurel: Stainless Steel Housing for Industry Revolutionises Gas Detection Systems

Gas detectors play a crucial role in many industries to ensure safe operation and prevent dangerous accidents. We are pleased to announce the launch of our new stainless steel housing for stationary gas detection systems, specially designed to withstand the demanding conditions in industrial environments.

The stainless steel housing impresses with its robust design and ensures maximum safety in hazardous zones. Thanks to ATEX certification for Zone 1 and Zone 2, the housing is designed for use in potentially explosive atmospheres and offers reliable protection even under extreme temperature conditions. It is also resistant to salt water.

Gas hazards in the chemical industry

One area in which gas detectors are indispensable is the chemical industry. A variety of gases are used here, which can be toxic, flammable or explosive depending on the application. A typical gas that is frequently found in chemical production is methane (CH₄). Methane is colourless and odourless, but highly flammable, and can cause explosions in poorly ventilated areas if it mixes with air. Gas warning systems are therefore essential to protect employees and equipment from dangerous gas concentrations.

The new stainless steel housing offers the necessary reliability and resistance in these high-risk environments. Thanks to its high temperature resistance and corrosion protection, it is suitable for a wide range of applications, from the chemical industry to power stations.

Benefits 

  • Maximum safety: Ideal for potentially explosive atmospheres (ATEX zone 1 and zone 2)
  • Temperature resistance: Stable function with extreme temperature fluctuations
  • Salt water resistance: Excellent for maritime applications
  • Durability: High-quality and robust stainless steel construction for a long lifetime

With this new product, MSR-Electronic is setting new standards in terms of safety and durability in industrial gas detection systems.

Overview of some gas hazards in various industries

Gas hazards do not only occur in the chemical industry. Air quality monitoring is also crucial for safety in other industries, such as the oil and gas industry, mining and food production. The most common gas hazards are:

  1. Carbon monoxide (CO): A colourless and odourless gas that is produced by incomplete combustion and can lead to fatal poisoning in enclosed spaces.
  2. Methane (CH₄): A highly explosive gas found in the oil and gas industry as well as in landfills and sewage treatment plants.
  3. Hydrogen sulphide (H₂S): A toxic gas that smells like rotten eggs in low concentrations and can be fatal at higher concentrations.
  4. Ammonia (NH₃): An irritant gas found mainly in food processing and fertiliser production.
  5. DMC and EMC: Lithium-ion batteries are indispensable for electric vehicles and battery storage systems. However, in the event of malfunction or damage, a “thermal runaway” can occur. In this condition, the battery overheats and releases dangerous gases such as dimethyl carbonate (DMC) and ethyl methyl carbonate (EMC). These gas emissions are a crucial warning signal for potential safety hazards.
  6. Oxygen displacement: Working with gases in industry as a whole poses a significant risk. The oxygen content in the ambiant air can drop dangerously, leading to danger of suffocatio. Even low oxygen concentrations can lead to unconsciousness and serious damage to health. Therefore, constant monitoring and adequate ventilation in enclosed spaces are essential to ensure the safety of workers

Ambient System Modernizes Voice Alarm Systems in Swedish Railway Stations

Ambient System, a leading provider of Public Address and Voice Alarm (PAVA) systems, has announced a major agreement with the Swedish Transport Administration (TRVT) to modernize analog sound systems in railway stations across Sweden. The project focuses on enhancing passenger safety and communication while minimizing noise pollution for surrounding communities.

Under a long-term framework agreement, Ambient System will provide a comprehensive solution that includes the smartVES intelligent Public Address System, EN54 certified loudspeakers and amplifier modules for platform displays and railway station clocks. The system is designed to withstand Swedish climate and demanding platform environment.

“We are pleased to be working with TRVT on this important project,” said Adrian Zawistowski, Sales Director at Ambient System. “Our advanced solution for station and platform sound systems will provide passengers with clear and reliable communication while minimizing noise for nearby residents.”

A key feature of Ambient System’s solution is intelligent sound level control, which automatically adjusts the volume of announcements to the ambient noise level. This ensures that announcements are clear and audible to passengers without disturbing the surrounding community. The system also includes remote diagnostics and self-test functions, which allow TRVT to monitor and maintain the system from a central location.

The project is currently being implemented under the framework agreement.

About Ambient System

Ambient System is a leading provider of Public Address and Voice Alarm (PAVA) systems for various applications, including transport, education, healthcare, and commercial buildings. The company’s systems are designed to meet the highest standards of safety, reliability, and performance.

About the Swedish Transport Administration

The Swedish Transport Administration (TRVT) is responsible for planning, constructing, and maintaining Sweden’s national transport infrastructure, including roads, railways, and waterways.

Contact:

Katarzyna Lenczewska

Marketing Manager

(+48) 601 316 929

k.lenczewska@ambientsystem.pl

Aikom: Wi-Fi 7: Cambium Networks Ushers in a New Era of Connectivity

Wi-Fi 7 is poised to transform the wireless networking landscape with blazing speeds, ultra-low latency, and intelligent radio spectrum management. Leveraging technologies like Multi-Link Operation (MLO) and 320 MHz bandwidth, Wi-Fi 7 can deliver up to 4.8 times the performance of Wi-Fi 6, making it the ideal solution for device-dense environments and critical applications such as cloud video surveillance, augmented reality, and professional gaming.

Chris DePuy, Technology Analyst and Co-Founder of the 650 Group, commented: “Wi-Fi 7 is setting a new standard for wireless communications. With unprecedented speed, low latency, and improved efficiency, Wi-Fi 7 is set to revolutionize industries, opening up a world of possibilities for seamless connectivity and advanced applications.”

“Businesses need to keep pace with the adoption of new devices and new Wi-Fi use cases without breaking the bank,” said Morgan Kurk, President and CEO of Cambium Networks. “With this new solution, Cambium Networks is delivering a compelling Wi-Fi 7 price-performance ratio. Businesses now have access to the advanced capabilities of Wi-Fi 7 at an affordable price and with full compatibility with current devices.”

X7-35X access point

Cambium Networks announces the next evolution of Wi-Fi with the launch of a new Wi-Fi 7 access point. The X7-35X is a 2+2+2 tri-radio, tri-band solution, powered by Qualcomm Technologies’ platform, delivering the latest Wi-Fi technology to provide exceptional user experiences at a high value as part of Cambium’s ONE Network solution for enterprise.

Key features of the X7-35X

High Throughput: an aggregate data rate of 9.2 Gbps ensures lightning-fast downloads, uninterrupted streaming, and lag-free experiences. Technology advancements including Multi-Link Operation (MLO) 4096-QAM, 320 MHz wide channels, and 16 spatial streams enhance Wi-Fi 7 performance over previous Wi-Fi generations.

Low Latency: reduced latency makes the X7-35X ideal for deploying high-quality applications such as virtual reality, augmented reality, and video collaboration.

Enhanced Capacity: through improved spectrum utilization, Wi-Fi 7 can handle a greater number of devices simultaneously, making it an excellent choice for education, hospitality, healthcare, public venues, and high-density IoT applications.

Improved Efficiency: Wi-Fi 7 incorporates advanced technologies to optimize power consumption, resulting in improved energy efficiency and extended battery life for connected devices. The integrated controller functionality in the X7-35X reduces cost and complexity by eliminating the need for separate controllers.

Backward Compatibility: while pushing the boundaries of performance, Wi-Fi 7 remains compatible with previous Wi-Fi standards, ensuring seamless integration with existing devices.

Ease of Use: the X7-35X works seamlessly with the cnMaestro management platform for secure end-to-end network control. Cambium’s ONE Network architecture integrates Wi-Fi, switching, security, SD-WAN, and fixed wireless backhaul into a single solution.

Value: the X7-35X offers significant value to organizations looking to upgrade to the latest Wi-Fi technology without paying a premium price. The X7-35X is priced at less than half the MSRP of enterprise-grade Wi-Fi 7 introduced to the market to date, making it practical for a wide range of organizations to adopt.

Why Choose Wi-Fi 7 with Aikom International

Aikom Technology, with Aikom International as part of its structure, is a long-standing official distributor of Cambium Networks and the ideal partner for those seeking innovative and high-value technological solutions. Choosing Aikom means partnering with a distributor that seamlessly combines expertise, innovation, and dedicated support to drive your business growth.

BioStation 3 is Compliant with the ISO/IEC 30107-3 PAD Standard

Suprema’s AI-powered facial authentication access control solution, BioStation 3, has successfully passed the ‘Presentation Attack Detection (PAD)’ test conducted by the reputable U.S.-based software quality assurance & testing company, iBeta. As a result, BioStation 3 is now compliant with the ‘ISO/IEC 30107-3’ PAD standard.

iBeta is biometric testing laboratory accredited by the National Voluntary Laboratory Accreditation Program (NVLAP) under the U.S. National Institute of Standards and Technology (NIST). The laboratory verifies the performance and quality of biometric systems according to stringent international standards. BioStation 3 was evaluated by iBeta’s PAD conformance testing in accordance with the ISO/IEC 30107-3 standard, including passive liveness detection testing with comprehensive spoofing techniques used in the presentation attack.

With over 20 years of experience in the biometrics industry, Suprema has built a robust foundation in over 140 countries worldwide. This extensive global presence has enabled Suprema to accumulate experience with various racial and ethnic profiles, as well as different facial changes, which is essential for the development of AI algorithms. Leveraging this data, Suprema has achieved exceptional facial authentication performance.

In 2022, Suprema further enhanced its AI capabilities by adopting highly advanced AI processor, NPU(Neural Processing Unit), into BioStation 3. This upgrade has significantly improved the accuracy and speed of facial authentication while strengthening anti-spoofing measures to detect fake faces, images, and photos. The facial authentication performance is impressively consistent across various ethnicities and for faces with masks, glasses, hats, beards, niqabs, and different hairstyles. It even ensures accuracy under any lighting condition, whether bright, dim, or backlit. Also, it is not only highly accurate but also fast, so it takes within 0.2 seconds to authenticate moving faces which offers great convenience in high-traffic areas.

Building on the innovation and product quality of BioStation 3, it has been recognized in worldwide, receiving prestigious awards from leading security media. BioStation 3 was honored as the ‘Best Product’ in the access control category at the ‘Detektor International Award 2022’, secured a silver trophy for the most innovative product at ‘ExpoProtection 2022’ held in Paris, France, and was named the ‘Top Access Control Hardware Product’ in the ‘SecurityInfoWatch.com Readers’ Choice Product Awards 2023’.

This global recognition including a validation from iBeta, is a further testament to Suprema’s facial authentication AI technology, showcasing its world leading performance and reliability. With unparalleled expertise and cutting-edge technology, Suprema continues to lead the field, setting new standards in AI-powered facial authentication solutions.

Leading AI-Driven Cloud Security

In 2022, VIVOTEK introduced VORTEX, a cloud-based Video Surveillance as a Service (VSaaS) platform powered by artificial intelligence, offering seamless integration with VORTEX cameras. Built on proven technology, VORTEX enhances security with advanced tools and intuitive connectivity within a reliable ecosystem

By: Đorđe Baćić, BDM, VIVOTEK Europe; E-mail: djordje.bacic@vivotek.com

VIVOTEK’s hybrid cloud architecture and intuitive platform enable easy integration, allowing teams of all skill levels to seamlessly deploy VORTEX across multiple locations. With robust security protocols, it ensures data privacy and protection at every level, providing a secure and reliable foundation. Powered by advanced AI, VORTEX enables proactive, data-driven decision-making that strengthens security and supports smarter strategies. Thanks to seamless integration with third-party solutions, it offers unparalleled flexibility, expanding capabilities within a connected and reliable ecosystem designed to enhance operations.

Remote Management and Scalability

Users can effortlessly manage all VORTEX devices and existing cameras remotely from any location and on any device through an intuitive cloud interface that ensures real-time responsiveness. Security is further enhanced with VORTEX’s hybrid cloud, which provides flexibility, instant scalability, proactive detection, remote management, and strong cybersecurity measures to anticipate and prevent threats. Instant notifications and operational insights allow for swift responses, offering proactive management that improves security and efficiency across all locations.

 Cybersecurity

Automatic updates deliver the latest features, security patches, and AI enhancements, ensuring peak performance and protection without the need for manual intervention. VORTEX secures organizations with encrypted devices, cloud storage, role-based access control, Multi-Factor Authentication (MFA), Single Sign-On (SSO), global compliance, and continuous monitoring for trusted and resilient protection. It integrates with third-party solutions, enabling intelligent automation and data processing for more efficient operations and informed decision-making.

 Device and Cloud Security

TLS 1.2 and AES-256 encryption, local data storage in the U.S., Japan, Germany, and Australia, automatic updates, and the elimination of port forwarding ensure robust cloud data security. Meanwhile, encrypted SD cards, secure system boot, signed firmware, unauthorized access prevention, and automatic updates provide top-tier device protection and performance.

Additionally, role-based access control (RBAC) and detailed audit logs enable precisely defined permissions, data security, and operational integrity. Furthermore, VORTEX ensures strong data protection by adhering to industry standards (NDAA, TAA) and maintaining GDPR compliance.

Single Sign-On (SSO) simplifies access, while Multi-Factor Authentication (MFA) ensures strong protection for sensitive data and networks. Thanks to plug & play functionality, users can connect the VIVOTEK Network Video Recorder (NVR) by simply scanning a QR code, eliminating the need for manually entering an IP address, user account, or password.

Panduit Micro Data Center

Definition of Micro Data Center A Micro Data Center (MDC) is a compact, versatile solution that integrates hardware, software, and cabling, serving as a comprehensive network hub. Similar to a telecommunications or network room but on a smaller scale, the key feature of an MDC is that it consolidates the entire data center infrastructure into a single enclosure — including electronic devices, patch panels, cable management, grounding/bonding, power, and copper/fiber cabling — designed to meet the demands of manufacturing environments.

The MDC represents the next phase in the evolution from tower computing systems to rack and cabinet-based deployments in manufacturing. It supports various business applications, such as:

  • Process and event monitoring, process historian, production tracking, and Overall Equipment Effectiveness (OEE) reporting. • Control network management, outer loop control, and recipe downloads. • Quality control, material handling, maintenance, batch tracking, and asset management. • ERP integration (e.g., scheduling, reporting, material consumption).

In addition to serving as a standalone system for these applications, the MDC can also function as a network hub that connects cabling and switches. In large manufacturing complexes or remote locations, it can act as a data collection node that transmits manufacturing data to the enterprise (e.g., Store and Forward). MDCs can also host Virtual Machine (VM) systems, enhancing reliability and optimizing server utilization.

More Meaningful Connections From a logical architectural perspective, the MDC is situated between the manufacturing plant and the enterprise data center, often separated by a demilitarized zone (DMZ) and a firewall to prevent direct traffic between the enterprise and manufacturing networks. This separation protects against viruses and unwanted intrusions while ensuring maximum bandwidth for manufacturing processes. Additionally, it allows each network to operate independently, ensuring that disruptions in one do not affect the other.

The NEMA 12-rated MDC protects Industrial Automation and Control Systems (IACS) by preventing the ingress of solid foreign objects and water. This robust design allows the MDC to be installed directly on the plant floor, eliminating the need for a dedicated control room or telecommunications closet. Placing the MDC near production equipment reduces the number of connections, shortens cable lengths, and facilitates quick access for maintenance, enhancing network reliability and performance. Furthermore, this proximity minimizes potential failure points, reduces network latency, and simplifies troubleshooting and diagnostics.

Physically, the MDC is typically installed in a secure space, such as a control room, production office, or telecommunications closet, located near the production environment but separate from it to protect equipment from dust, moisture, vibrations, and corrosion. This strategic placement shortens cable lengths, improves network performance, and simplifies maintenance access, further ensuring high reliability and quick responsiveness.

Panduit MDCs are a smart choice because they combine industrial durability, rapid deployment, integrated cable management, and compliance with key standards, making them a more reliable, cost-effective, and flexible solution compared to many competing products.

ISSUES

Global Security d.o.o.

Hasiba Brankovića c, 71000 Sarajevo, Bosna i Hercegovina
Tel: +387 (0)33/788-985
Fax: +387 (0)33/788-986
Web site: www.asadria.com
Marketing: marketing@asadria.com
Subscription: pretplata@asadria.com
VAT no: 201142740001
ID no: 4201142740001
ISSN 1986-5

a&s Adria – professional security magazine for providing total security solutions is a monthly circulating publication and a licenced representative of Messe Frankfurt New Era Business Media for Adriatic region, which consists of following countries: Bosnia and Herzegovina, Croatia, Kosovo, Montenegro, FYR Macedonia, Slovenia and Serbia.