Blighter (www.blighter.com), a pioneering designer and manufacturer of ground-based electronic-scanning array (ESA) radars, has won a follow-on contract from an undisclosed Eastern European Army to supply its Blighter A800 Mk 2 4D multi-mode radars. The systems will protect vulnerable borders from ground incursions and hard-to-detect low-flying and one-way attack drones.

Army officials selected the Blighter A800 Mk2 4D radar due to its multi-mode functionality allowing simultaneous detection, classification and tracking of ground, sea, and air targets at ranges up to 20km. As with the previous contract, the A800 radars will be deployed to fixed locations along the country’s borders and integrated onto army reconnaissance vehicles.

According to Blighter, low-altitude drones present a major challenge for the military as their small size, low radar cross section (RCS), and ability to fly close to terrain make them difficult to detect with conventional air surveillance radars. Blighter radars overcome this using advanced Ku-Band sensing, ESA antennas, micro-Doppler signature analysis, and sophisticated clutter-suppression technologies.

James Long, Blighter’s CEO, said: “We are delighted to have secured a follow-on contract for our A800 multi-mode radars from this military customer. Our radars will provide 24/7 all-weather protection against ground incursions and the growing threat of low-altitude drones that have caused such devastation in recent conflicts.

“Our ground-based radars excel in detecting low’n’fast targets including first person view (FPV), fibre-optic and fixed wing drones up to 20km away. We are proud to be one of only a handful of companies offering a sub-US$1m radar that can detect targets at speeds up to Mach 1!”

This contract includes the supply of BlighterNexus software to ensure the radars are seamlessly integrated with the Army’s command-and-control (C2) networks, operator interfaces, and third-party sensors to deliver a unified display or common operating picture (COP) across multiple border regions.

The Blighter A800 Mk2 radar combines electronic beam scanning, next generation monopulse elevation measurement, and target classification using micro-Doppler signature analysis to offer unmatched situational awareness, all in a low size, weight & power (SWaP) format. The radar is also fitted with a Gigabit Ethernet interface for secure and encrypted data transfer.

Blighter radars have been successfully deployed for drone detection at UK and international airports, by the United States Air Force, by multi-national Forward-Operating-Bases (FOBs) in the Middle East, and for various government and military national Counter-UAS systems.

Blighter supports international systems integrators in creating layered, multi-sensor surveillance systems and supports localised manufacture. Over 800 radars have been deployed in more than 40 countries, making Blighter a trusted partner for surveillance projects among defence, homeland security, critical national infrastructure, and energy sectors worldwide.

The European fire safety industry is at a turning point. Digitalization, remote connectivity, and cybersecurity are converging to redefine how buildings are protected and maintained. Euralarm’s new White Paper on fire safety in a connected world covers integrating detection, remote services and cybersecurity. This white paper outlines how fire detection systems are transforming into intelligent, connected infrastructures — and what this means for service providers, building operators, and policymakers across.

Across the continent, false alarms remain a significant burden: studies such as Euralarm’s 2022 False Alarm Study show that in some countries the false fire alarm ratio of FDAS (Fire Detection and Alarm Systems) is over 85% Unnecessary activations disrupt business continuity, erode confidence in fire protection systems and potentially waste emergency resources. At the same time, climate change, energy efficiency targets, and a shrinking pool of skilled labour are reshaping building operations and maintenance practices.

Digital transformation offers powerful answers. Through smart connectivity, cloud-based monitoring, and data analytics, fire detection systems can now provide real-time insights, enabling remote diagnosis, predictive maintenance, and data-driven decision-making. These capabilities reduce downtime, improve safety, and support sustainability goals by cutting travel and optimizing resource use.

However, with connectivity comes a new responsibility: cybersecurity. As fire systems are more often connected via the internet, they must be protected from digital threats that could compromise safety or availability. Standards such as EN 50710:2021 (for remote services), CLC/TS 50136-10 (for Remote Access Infrastructure), IEC 62443 (for industrial OT cybersecurity), and ISO/IEC 27001 (for IT information security management) provide the framework for building and operating secure systems that are  designed to protect information, assets, and operations from unauthorized access, damage, or disruption. Such secure systems that follow Security by Design and Security by Default principles ensure that fire protection remains reliable, even in the connected era.

By integrating fire detection, remote services, and cybersecurity, European stakeholders can achieve safer, more resilient, and more sustainable buildings. Interconnected digital fire safety is already emerging as the new operating model and is expected to become standard practice across many new and modernised buildings during the second half of this decade, as connectivity, remote services and cybersecurity requirements become embedded in building operations and European regulatory frameworks. Those who act now will lead the market transformation, delivering smarter protection and stronger trust in the systems that safeguard lives and assets.

The Euralarm White Paper on fire safety in a connected world can be downloaded here.

Most environments are already covered by cameras. The real challenge in modern AI video surveillance is response time. Many incidents are not missed because they are invisible, but because they are noticed too late. Policy violations, unsafe behavior, or suspicious actions often unfold within seconds, and once they are discovered through review or manual checks, the opportunity to intervene has already passed.

Traditional AI alerts help reduce this gap, but only when scenarios fit predefined detection types. In real operations, risks are often more contextual. Policies vary by space, rules change over time, and many behaviors that matter cannot be easily expressed through fixed alert categories. This is where Think Alert becomes valuable.

What Think Alert is and how it fits into existing workflows

Think Alert is a generative AI–powered alert capability within VORTEX that allows users to describe what action or situation they want to detect using natural language. Built on visual language model (VLM) technology, it enables more flexible real-time video alerts while still defining where detection applies through familiar line or zone drawing—bringing this capability into the broader VORTEX AI video analytics platform.

To see why this matters in day-to-day operations, it helps to look at what Think Alert changes for teams in three practical ways.

• Act immediately to mitigate losses:
  Theft, accidents, and unauthorized access cost money and endanger people. Think Alert detects these situations in real time, so teams can respond immediately—before damage occurs and before incidents escalate.

• Set up in seconds, not hours:
  No manuals or training needed. After defining the detection area, simply use natural language to describe what you want to monitor and activate the alert in moments. No technical skills, no complex rule building, and no IT help required.

• Your alerts, your rules:
  Every person and team has different needs. Think Alert lets each user customize monitoring based on what matters most to them, instead of being limited to fixed, predefined alert rules.

A quick refresher – Think Search: Find What Happened, Faster

Before Think Alert, VORTEX introduced another VLM capability: Think Search. It uses visual language model technology to make investigation feel as simple as searching the web. Instead of scrubbing timelines or guessing which filters might work, users can type what they want to find in plain language, and the system surfaces relevant moments from recorded footage.

This matters because investigation is often where teams first discover patterns—recurring behaviors, repeat problem areas, or situations that consistently create risk. Think Search helps teams find those signals faster and with less effort.

Learn more about Think Search →

Elevating VORTEX from “what happened” to “stop it next time”

Once teams identify what keeps happening, the next question is always the same: how do we stop it earlier? That’s where Think Alert takes what teams learned during investigation and turns it into real-time monitoring. Instead of repeatedly searching for the same incidents after they occur, teams can go directly to the location that matters, define the detection area, describe the behavior, and receive alerts the moment it happens again.

This is what elevates VORTEX into a more complete video intelligence workflow. It supports both sides of the job: understanding the past with faster investigation, and protecting the future with proactive, real-time alerts.

The new capabilities of the Safety Suite 2.0 software platform provide organizations with greater visibility into the status of portable gas detection devices, enabling safety teams to manage risks more effectively and better protect workers in refineries, chemical plants, utility operations, and emergency response services. The latest enhancement introduced by Honeywell combines historical data, real-time analytics, and forecasting tools within a unified software environment designed to support proactive safety management.

The new version gives operators a more detailed overview of gas detection device fleets, improved compliance tracking, and simplified inventory management. By leveraging additional historical data, enhanced dashboards, and forecasting capabilities, safety managers can more easily identify risk patterns and respond to potential threats before they escalate.

“Safety Suite enables leaders to identify potential hazards early, prioritize corrective actions, and continuously improve safety performance to protect workers on the job. This helps reduce risk, accelerate decision-making, and strengthen a culture in which worker safety is embedded in every process and business outcome,” said Armando Pazos, President of Honeywell Industrial Measurement and Control.

Among the new features are customizable dashboards that consolidate exposure data, compliance status, and device health into a single view, as well as real-time alerts that notify employees of critical events or upcoming device testing requirements. The platform also provides live readings from gas detectors across all facilities and locations, offering immediate visibility into safety conditions. In addition, Safety Suite 2.0 introduces automated workflows for device assignment, calibration, and return-to-inventory processes, simplifying the management of technologies used by different teams and work shifts.

More information about Honeywell’s gas detection solutions and industrial safety technologies is available on the company’s website: Honeywell Automation Solutions.

Hikvision has introduced the new DeepinView HLC Self-Cleaning Camera for traffic monitoring applications, designed to operate reliably in challenging weather and lighting conditions. The new solution is engineered to address common road monitoring challenges, including rain, snow, headlight glare, lens contamination, and nighttime darkness.

The camera features a self-cleaning lens protection system, advanced optical design, and DarkFighter 2.0 imaging technology, enabling clearer images and more reliable visibility in situations where image quality is critical for traffic monitoring and management.

Particular emphasis has been placed on its High Light Compensation (HLC) capabilities, which help minimize the impact of vehicle headlights and other intense light sources, while enhanced low-light imaging functions deliver greater scene detail in dark environments. According to Hikvision, the new camera is intended for traffic management systems, road monitoring applications, and urban infrastructure projects, where reliability and image clarity are essential for effective traffic observation and analysis.

VIVOTEK has deployed its VORTEX cloud platform as part of the security infrastructure at Kongens Ege in Randers, Denmark, a former hotel that has been transformed into a mixed-use development featuring residential units, hospitality areas, and shared facilities.

Due to the site’s diverse operational requirements, the developer needed a solution capable of providing continuous video surveillance, automated vehicle access, and centralized management without increasing on-site IT complexity. The project was delivered in collaboration with VIVOTEK’s long-term partner ITV Security and system integrator FA-EL.

The implementation is based on a hybrid cloud architecture that combines local infrastructure with cloud-based management through VORTEX Connect integrated into VIVOTEK’s ND Series network video recorders. The system includes 4K surveillance cameras for indoor and outdoor monitoring, ANPR cameras for automated parking access control, and the VAST Security Station platform for local management.

VORTEX Connect enables remote monitoring and management of all cameras and recorders through a single interface, reducing the need for on-site interventions. Operators can remotely manage alarms, device configurations, and network functions, while automated notifications provide immediate alerts if any device goes offline or encounters operational issues.

Additional emphasis has been placed on cybersecurity through support for Single Sign-On (SSO) and Multi-Factor Authentication (MFA), while the cloud-enabled architecture simplifies maintenance and future system expansion. VIVOTEK says the Kongens Ege project demonstrates how combining on-premises reliability with cloud intelligence can create a scalable foundation for future AI analytics, smart sensors, and integrations with broader building management systems.

As the FIFA World Cup 2026 in the United States, Canada, and Mexico approaches, cybersecurity experts are warning of a sharp increase in online scams targeting fans looking to purchase tickets. According to research by Group-IB, more than 4,300 fraudulent domains impersonating FIFA’s official web presence have been identified since August 2025, with many designed to steal user credentials and payment information.

Researchers say that a threat actor known as Ghost Stadium is at the center of the campaign, operating highly convincing replicas of FIFA websites to lure victims into entering their login details. The fraudulent sites often use authentic branding elements and multilingual support, making them difficult for users to distinguish from legitimate platforms.

Social media advertisements play a major role in the scheme, promoting heavily discounted tickets and creating a sense of urgency among potential buyers. Users who click on these ads are redirected to fake ticketing pages where scammers collect payment card information, personal data, or access credentials for existing FIFA accounts. In some cases, victims who already own valid tickets have their accounts compromised, allowing criminals to resell legitimate tickets for profit.

Analysts also identified several parallel fraud operations, including fake streaming services, counterfeit merchandise stores, and unauthorized betting platforms designed to harvest personal information and financial data. At the same time, thousands of compromised FIFA account credentials are reportedly being traded on dark-web marketplaces.

Group-IB estimates that financial losses related to premium-ticket fraud alone could reach hundreds of millions of dollars. Security experts therefore recommend purchasing tickets only through official channels, carefully verifying website addresses before logging in, and enabling multi-factor authentication on FIFA accounts.