Ajax Systems has announced the first fully wireless intrusion protection system certified to Grade 3, bringing high-security standards into a wireless environment for the first time. The solution is part of the Superior line and is designed for high-risk facilities such as banks, museums, jewelry stores, and government buildings. The new system includes a complete device portfolio that enables professional protection without traditional cabling, with installation taking only a few minutes per device and without operational downtime. The company states that the combination of advanced radio technologies and precise detection provides near-zero false alarms while reacting instantly to real threats.

Chairman of the Supervisory Board Aleksandr Konotopskyi emphasized that the goal was to prove wireless systems can meet the highest professional standards of reliability and sabotage protection. “For decades, high-security systems were limited by wires, and today bank-grade security can be wireless,” he said. The system uses the new Superior Jeweller and TurboWings radio protocols, ensuring stable communication between devices at distances of up to 3.5 kilometers, encrypted data transmission, jamming detection, and automatic delivery of visual evidence during alarms. Motion detector images can be sent to users and monitoring centers within seconds.

At the core of the solution is the Superior Hub G3 Jeweller control panel, which supports up to 250 devices, 200 users, and 64 automation scenarios. The system includes motion detectors with photo verification, door and window opening detectors, sirens, keypads, panic buttons, and modules for integrating third-party devices.

The solution also allows integration of video surveillance, automation, and fire safety within a single ecosystem managed through applications, without the need for programming or additional infrastructure. It is particularly suitable for sites where wiring is difficult or unacceptable, such as historic buildings, leased premises, or facilities that cannot afford downtime.

All devices underwent testing in European laboratories, including Testalarm and the Czech Metrology Institute, and received EN 50131 Grade 3 certificates issued by TREZOR TEST. This confirms that wireless systems can meet the same reliability requirements as traditional wired solutions. Ajax says the new solution enables installers to complete projects faster, reduce labor costs, and handle more installations without expanding teams. Projects that previously required weeks of cabling can now be completed within days.

The system is available exclusively to certified company partners through the Superior program, ensuring professional installation and maintenance. At the same time, customers can combine intrusion protection, video surveillance, automation, and fire safety within a single platform. The company notes that this step marks a new phase in the development of the security industry, as wireless technology is no longer limited to lower-risk sites. According to Ajax, wireless Grade 3 protection opens the possibility of deploying high-level security at locations where it was previously technically or financially impractical.

Starting from the 2026 season, the Fédération Internationale de l’Automobile (FIA) will introduce an advanced track monitoring system that uses artificial intelligence and a network of cameras to automatically detect track-limit violations—one of the most controversial issues in Formula 1. The new system, called ECAT (Every Car All Turns), is integrated into the RaceWatch platform, the central operational system that monitors all on-track activity and race control operations. The previous procedure was extremely demanding, as stewards at some races had to review hundreds or even thousands of potential infringements; at the 2023 Austrian Grand Prix alone, more than 1,000 cases were analyzed. For this reason, the FIA and the company Catapult developed an automated computer-vision-based tool that analyzes video footage and car behavior against reference points captured by cameras.

The system recognizes the silhouette of a vehicle and determines in real time whether a car has crossed the white line, while high-performance GPU processing enables analysis during the race itself. According to the FIA, the technology has already reduced the number of cases requiring human assessment by about 95 percent, and teams can receive footage of an infringement almost immediately after the incident. The new architecture includes a centralized camera controller that manages all trackside cameras and distributes video processing across multiple computers within the network, allowing large volumes of video data to be handled and improving the accuracy of stewards’ decisions.

In addition to cameras, the system uses an advanced positioning platform that combines multiple data sources: vehicle coordinates, micro-sector times, and the ideal racing line. This effectively creates a “digital twin” of the race, a real-time model showing the movement of each car on track.

If a car deviates from the optimal trajectory, enters a virtual zone, or changes its racing line, RaceWatch automatically generates an alert. The technology also uses geofencing—virtual boundaries that trigger an alarm as soon as a vehicle crosses them, even in areas where cameras do not have an ideal viewing angle. “We can automatically identify the moment a car leaves the track with all four wheels because the positioning data changes or it enters a virtually defined zone,” explained Chris Bentley, FIA Head of Information Systems Strategy for Single Seaters. The goal, he added, is to move from manual video review to a semi-automated process in which technology first detects the incident and stewards confirm the decision.

The new technology not only speeds up decision-making but also increases transparency, as teams immediately receive evidence of a potential infringement. The FIA believes that the combination of cameras, positioning sensors, and artificial intelligence will significantly reduce disputes and delays in race results. With the introduction of ECAT, Formula 1 becomes one of the most advanced examples of video analytics and AI monitoring in sport, where decisions must be based on precise data.

Photo: FIA

Integrated Systems Europe (ISE) has announced the launch of the ISE Foundation, an industry-led initiative aimed at strengthening the AV and systems integration sector in the long term. In addition to the annual exhibition, the Foundation will provide year-round programs that connect professionals, support startups, and develop community projects in Barcelona and Catalonia. The initiative was established in cooperation with AVIXA and CEDIA, with the support of the Barcelona City Council and the Government of Catalonia, further extending ISE’s impact beyond the four-day exhibition. It was unveiled on the opening day of ISE 2026 under the theme “Powering On, Together” as a strategic step toward continuous industry development.

One of the Foundation’s main priorities will be workforce development, as the shortage of skilled professionals remains a challenge for manufacturers, integrators, and service providers. The “Training the Trainers” program will educate instructors based on curricula developed by AVIXA and CEDIA, with plans to involve up to 150 educational institutions. In addition, AV Career Days will be organized, along with vocational education pathways designed to lead directly to employment within the industry. The second pillar of the initiative focuses on innovation and support for startup companies, building on the Innovation Park at ISE 2026, where 130 young companies participated. The Foundation will provide mentorship, investor connections, and access to industry networks to help ideas reach commercial application more quickly.

The third focus is social responsibility through projects in healthcare, education, and culture in cooperation with local institutions and organizations. “The ISE Foundation formalizes our commitment to the AV sector while strengthening ties with our host city. Together with the industry and local institutions, we aim to create a lasting legacy that supports innovation, talent development, and community engagement year-round,” said Mike Blackman, Managing Director of Integrated Systems Events.

Ruijie Reyee has completed a network infrastructure upgrade at the Shenyang Imperial Palace in China, one of only two preserved imperial palace complexes in the country and a UNESCO World Heritage site. The nearly 400-year-old complex covers about 60,000 square meters and includes more than 100 historic buildings with over 500 rooms and around 100,000 artifacts.

The existing network could not support the growing number of visitors, especially in the busiest halls where thousands of people simultaneously used digital guides and mobile applications. Some areas, including underground exhibition halls and outer courtyards, had no signal at all, while a single shared network for guests and staff posed security risks and slowed museum operations. The outdated infrastructure also could not support planned artifact protection systems, environmental sensors, and interactive visitor services.

Ruijie Reyee implemented a new solution with 99.5 percent Wi-Fi coverage, using a combination of high-density and directional access points adapted to the thick walls of the historic buildings. A single access point can serve more than 200 users simultaneously, while the system automatically balances traffic loads to prevent congestion.

The network is segmented into separate environments for visitors, administration, security devices, and emergency systems, protecting museum data and operations from public Wi-Fi traffic. The backbone is a 10-gigabit infrastructure ready for future IoT devices, and a simplified topology reduced cabling by about 30 percent, minimizing intervention on the historic structure.

The system is managed through a cloud platform with AI diagnostics, enabling remote maintenance and faster troubleshooting. Following the upgrade, visitors now enjoy reliable access to digital guides and online content, while museum operations—from ticketing to video surveillance and environmental monitoring—run securely on a separate network.

The new infrastructure also allows future expansion of security systems and interactive services without additional construction work, upgrading the historic site technologically while preserving its cultural value.

The company Senstar Technologies Corporation announced it has completed the acquisition of Blickfeld GmbH after receiving regulatory approvals and fulfilling all closing conditions. The agreement, first announced in December 2025, was funded with €10.4 million in cash plus an additional €1 million in performance-based earnouts. Blickfeld is a long-standing Senstar partner and a producer of 3D LiDAR sensors with integrated software for security, volume monitoring, industrial and traffic applications.

With this acquisition, Senstar strengthens its multi-layer physical security offering by adding high-precision 3D LiDAR sensors designed to protect perimeters and critical infrastructure points. The combined technologies are expected to improve detection accuracy, reduce false alarms and enhance situational awareness, while also expanding use cases to traffic monitoring and movement analytics.

“We are thrilled to welcome Dr. Mathias Müller and the Blickfeld team to Senstar. By combining our proven perimeter intrusion detection systems and intelligent video management software with advanced 3D LiDAR technology, we are uniquely positioned to deliver next-generation security solutions that address our customers’ most critical challenges,” said Fabien Haubert, CEO of Senstar.

Blickfeld will continue to operate autonomously with Senstar’s support, while the company and its North American subsidiary will remain part of the group under their current names. Senstar stated the acquisition reflects its strategy of technological development and global expansion, particularly in critical infrastructure protection and emerging markets that require LiDAR-based situational awareness.

Canon continues to expand its portfolio of professional PTZ (Pan-Tilt-Zoom) cameras designed for automated capture and remote operation in environments where traditional production would require larger crews. The solutions are used in videoconferencing, education, corporate presentations and houses of worship, as well as in event production, sports broadcasting and monitoring of large facilities.

The core of the range is the indoor CR-N series (CR-N100, CR-N300 and CR-N500), offering 4K recording, IP video transmission and integration into existing AV and IT systems. The cameras support standard streaming protocols and can be connected to livestreaming platforms and production systems, while optical zoom and advanced autofocus enable automatic tracking of speakers or lecturers without the constant presence of a camera operator.

For more demanding scenarios, the CR-X series—particularly the CR-X300—is designed for outdoor use. Its weather-resistant housing allows installation in stadiums, urban environments and infrastructure sites, where the camera can serve both production and security video monitoring purposes.

In addition to cameras, Canon also offers dedicated PTZ controllers enabling centralized management of multiple cameras simultaneously. Using a joystick and programmable buttons, operators can control movement, zoom, preset positions and exposure, allowing productions to be managed from a control room or even a remote location. This combination of cameras and controllers supports remote production workflows while significantly reducing the need for on-site technical staff.

The full range of Canon PTZ cameras and controllers was also exhibited at the company’s booth during ISE 2026 in Barcelona, where live demonstrations highlighted network-based control, automated capture and integration with AV infrastructure. Visitors were able to see how a single controller can operate several cameras and how events or lectures can be produced with minimal logistics, underscoring the growing role of PTZ technology in professional production and modern security systems.