April 24, 2026
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Home Articles posted by a&s Adria (Page 114)

Monitoreal And Redimport Partner For Perimeter Security In Belgium

Monitoreal, a global provider of AI-powered perimeter security solutions, has
announced its exciting new distribution agreement with Redimport, an established
distributor of innovative technology products.
This collaboration is a significant milestone for Monitoreal as it expands its reach and
introduces its cutting-edge products to more households and businesses in
Belgium.
Under the terms of the partnership, Redimport will serve as Monitoreal’s added value
distributor in Belgium, responsible for delivering Monitoreal’s products to retailers
and customers across the country. The companies’ combined expertise and
capabilities make them the perfect fit for this collaboration.
“We’re excited to add Monitoreal’s innovative perimeter security ecosystem to our
portfolio of cutting-edge technology products,” said David Devarrewaere, Partner at
Redimport. “Their intelligent surveillance solutions are unlike anything else on the
market, and we’re confident that they will be well-received by our partners and
customers alike.”
The partnership is effective immediately, with Monitoreal’s products now available
through Redimport’s extensive network of retailers in Belgium.
Monitoreal’s video analytics appliance and accessories allow users to monitor their
surroundings in real time, and receive customisable alerts when people, cars, and
objects move in the areas that matter most. Moreover, they can prevent potential
intruders by triggering smart audio and light accessories based on valid detections,
using rules that protect the premises from anywhere in the world.
The camera-agnostic solution turns new and existing security infrastructure into
powerful surveillance, even if cameras are low-resolution, under poor lighting, or
placed at a distance.
To learn more about Monitoreal and its products, visit their website at
www.monitoreal.com. To learn more about Redimport, visit their website at
www.reimport.be. With this partnership, Monitoreal and Redimport are poised to
transform the home security market in Belgium and beyond.
About Monitoreal
Monitoreal is a global provider of intelligent home security surveillance systems.
Monitor your surroundings in real-time with our AI-based smart object detection.
Receive customizable alerts when people, cars, and objects move in the areas that
matter most. Prevent intruders by triggering smart audio and light accessories,
using rules that protect your home no matter where you are.
Turn your existing or new security cameras into powerful surveillance with
Monitoreal, even if they’re low-resolution, under poor lighting, or are placed at a
distance.
Founded in 2018, Monitoreal is a privately owned company headquartered in Cyprus,
Europe, and operates globally. Our devices are designed and assembled in the EU.
Monitoreal.

See What Matters.

Axis Acquired Two New Properties in Lund

Axis Communications signed an agreement to acquire the properties of Lundaporten and the Edison 1 and 2 buildings, located next to Axis HQ building in Lund, Sweden.

In total, the properties are 51,000 square meters. The purpose of the acquisition is that Axis sees Lund and Ideon Science Park as an important hub for continued growth.

The company currently has around 3,000 employees in Lund. The new premises will enable it to employ more workers, primarily in the development and research department.

Axis previously rented about 70 percent of the space in these properties. The official handover took place on May 31, followed by the renovation and adaptation of the premises.

INFOSEK Conference 2023

4-6 September 2023, Slovenia, Nova Gorica, Hotel Perla

Dear cyber security enthusiasts,

We are delighted to announce that one of the most significant cybersecurity conferences in Slovenia, INFOSEK 2023, is approaching. We cordially invite you to join us at this preeminent event, dedicated to exploring the ever-evolving landscape of cybersecurity.

INFOSEK 2023 will bring together leading experts, professionals and enthusiasts from the cybersecurity industry. This conference is designed to promote the exchange of knowledge, encourage collaboration and discussions on the latest trends, challenges and advancements in the field of cybersecurity.

Highlights:

  • Engaging speeches by renowned cyber security experts.
  • Insightful panel discussions on emerging cybersecurity threats and solutions.
  • Networking opportunities with cybersecurity professionals.
  • Exhibition area showcasing cybersecurity technologies and solutions.
  • Entertaining program.

Whether you are Chief Information Officer (CIO), Chief Information Security Officer (CISO), Chief Technology Officer (CTO), IT Manager, Network Administrator, Systems Administrator, Database Administrator, IT Support Specialist, Software Developer, Web Developer, Data Analyst, IT Auditor, Ethical hacker, Data Protection Officer (DPO) etc., the INFOSEK, CIO FORUM and GDPR sections offer a variety of interesting content (lectures and panel discussions).

Furthermore, the program encompasses the MASTERMIND CONFERENCE, where you will learn about neuro-linguistic programming (NLP) techniques, enabling you to develop skills for personal and professional growth.

INFOSEK 2023 offers a platform for you to broaden your horizons, gain valuable insights and connect with like-minded individuals.

To register for the conference, please visit our official website at https://www.infosek.net/
Early registration is highly recommended, as limited seats are available.

For further information and group discount please do not hesitate to contact our conference team at kristina.veliscek@palsit.com

We look forward to your presence at INFOSEK 2023. Together, let us contribute towards a more secure digital future.

Kind regards,

Palsit team

 

 

 

The easy, digital, keyless locking solution for medical practices

London, June 2023 – Even in the busiest dental or doctors’ practice, there is a simple way to give patients privacy, protect medical equipment and keep personal belongings safe: a Code Handle Door Lock. This simple, secure door handle with inbuilt digital PINpad is easy to fit and straightforward to use — with no need for specialists or software. It’s the perfect security solution for waiting rooms and medicine rooms, drug stores, consulting rooms and staff rooms.

ASSA ABLOY’s Code Handle Door Lock is the elegant way to filter access to private rooms in public spaces. In a medical or dental practice, not all staff should have access to every room. Private consultations must remain private: Code Handle makes sure they do.

Practices across Europe use Code Handle to secure doors to controlled drugs or hazardous waste bins. With Code Handle everything is keyless. No one needs to track physical keys or get locks changed when one goes missing.

All medical settings have equipment which could attract opportunist thieves. Patient documentation, of course, is confidential. With Code Handle, all this gets the extra level of security it deserves — without the cost of fitting access control.

Elegant door security that’s easy to install, even easier to use

ASSA ABLOY Code Handle is a locking handle with built-in digital PIN keypad. A secure 4- to 6-digit PIN ensures only authorized people enter. There’s no key to use or track. Building users don’t even need to remember to lock the door behind them: Code Handle locks itself when the door shuts, while permitting code-free exit from the inside.

To install, simply swap an existing door handle for Code Handle. It fits directly onto the door and lock case, replacing the existing handle and takes two screws to fix in place: easy for non-specialists or for any locksmith. There’s no wiring and no software.

Code Handle is already trusted at surgeries, stockrooms, workspaces and almost anywhere else a private door meets a public space. To power the lock’s digital security, standard batteries slot into the handle itself. There are no keys and no software. It’s that easy.

In Belgium, Code Handle already guarantees patient privacy

When a medical clinic in Belgium extended their premises, they sought modern, hassle-free door security to protect the practice and its team of five staff. Alongside security and convenience, the major issue Dermatologie Nijlen wanted to address was patient privacy.

“What we do most is to examine patients from top to toe. They need to take all their clothes off,” explains Dr Nele Cattaert, dermatologist co-founder of Dermatologie Nijlen. “You see them watch the door and wonder whether anyone could barge in.”

Practice rooms are now equipped with Code Handle Door Locks. This digital solution from ASSA ABLOY has reassured patients: “The main benefit to us was that the patient could feel at ease,” adds Dr Cattaert. “That patients did not get the impression that someone could come in at any time. I did not know that a solution could be so small and compact.”

In Spain’s Basque Country, Code Handle already protects valuable equipment

The Fylab physiotherapy clinic wanted easy electronic door security for consulting rooms which have expensive specialist equipment for various therapies. Requirements were straightforward: a simple, secure, keyless access solution designed to work in a facility that gets a lot of daily traffic from professionals and the public.

Fylab needed a locking device that’s easy to retrofit and incorporates a contemporary design to chime with their modern workplace. Code Handle added elegant electronic PIN security to three consulting-room doors, without wires or cables.

“I am no artist or handyman, but I managed to fit the handles within 10 minutes,” says Fylab founder, Borja Saldias Retegui. “Code Handle provides the most simple solution for access control in a small facility.”

To learn how easily healthcare premises can benefit from ASSA ABLOY’s Code Handle® PIN lock, download a free guide at: https://www.assaabloy.com/emeia-blueprint/market-product-assets/code-handle/assets/documents/brochures/code-handle-healhcare.pdf

False Alarms In Intrusion Detection

If you thought that once you have determined that an alarm is false, you can breathe a sigh of relief, think again. Even without a real threat, every false alarm is a source of frustration, costs for the user and the authorities, as well as damage to the reputation of the manufacturer.

By: Mirza Bahić; E-mail: editorial@mideast.com

 Everyone is familiar with the old fable of the shepherd boy who constantly warned others about non-existent wolves so that no one believed him when real beasts arrived. False alarms in anti-intrusion systems work on the same principle and have been following the security industry since its earliest days. However, the fable of the boy who cried wolf differs from reality in that ignoring recurring false alarms could cost you dearly because every unnecessary alarm comes with a price tag. In the following text, we present new approaches to unraveling the eternal Gordian knot of the industry – false alarms in anti-intrusion systems.

Moody but Essential Systems

 Both users and security experts constantly emphasize the importance of anti-intrusion alarms in protecting organizations and homes from potential dangers. Electronic security systems have proven to be very effective in identifying threats and alerting owners and users of facilities to various incidents.

“Unfortunately, the main problem with all anti-intrusion systems remains the occurrence of false alarms. False alarms can be not only annoying and frustrating, but can also bring additional costs to the system user. False alarms cannot be completely eliminated, but we can take several steps to minimize their number,” says Aleksandar Dobnikar, Sales Distribution Manager for Southeast Europe at Bosch Building Technologies. His opinion is shared by Ketrin Stepančić-Kontošić, Sales Manager at Vlado Elektronika. “We often hear about security systems that create problems. False alarms are often mentioned as the first cause of user dissatisfaction,” says Stepančić-Kontošić.

In anti-intrusion, connecting these complex and highly reactive systems and their oft-changing settings with human interactions and the environment increases the likelihood of false alarms. Although these security systems offer enormous advantages in terms of protecting lives and property, false alarms are a nuisance for both organizations and emergency services that must respond to them by going out into the field.

How Common Are False Alarms?

In anti-intrusion systems, the frequency of false alarms can vary depending on the specific installation and its configuration, as well as on the factors such as the operational environment. Generally speaking, false alarms can occur for various reasons, including accidental triggers, equipment malfunctions, and human errors.

Regardless of the reasons, an illustrative statistic is that 98% of calls for police intervention in the United States are attributed to false alarms, according to the International Association of Chiefs of Police (IACP).

“When it comes to anti-intrusion alarm systems, it is estimated that more than 90% of all anti-intrusion alarms turn out to be false,” says Marco Zittino, International Sales Area Manager at AVS Electronics. According to the Security Industry Alarm Coalition’s report, the average false alarm rate for residential properties in the United States in 2018 was 0.8 false alarms per system per year. On the other hand, Reolink states that between 94% and 98% of all anti-intrusion system activations in America are false alarms, resulting in costs of $1.5 billion.

A survey conducted by Parks Associates asked participants to describe their experiences with surveillance and alarm systems in their households, and the results show that the users are not satisfied. Nearly half (48%) of security system owners reported that their system triggers too many false alarms. At the same time, at least 62% of respondents confirmed the activation of at least one false alarm in the past year.

But is the situation better for security systems equipped with video analytics? That was the focus of a study by the NW Systems Group, which showed that 93% of medium and large businesses in England reported a high number of false alarms in CCTV systems with video analytics features. According to the same report, 27% of decision-makers among respondents say that their CCTV systems generate excess false alarms due to incorrect specifications or configuration of video analytics software.

The report states that suppliers of video analytics systems tend to make excessive promises and use confusing phrases about preventing false alarms in their sales and marketing documents. As a result, at least 33% of respondents reported being confused with the feature descriptions, while 28% believed they were misled by them. Sales and marketing materials usually included popular phrases such as “AI-based analytics,” “deep learning,” and “smart motion detection.”

Consequences Are Underestimated

False alarms not only cause inconvenience to building owners and damage the reputation of alarm companies but can also lead to significant costs for local communities in terms of unnecessary deployment of the first respondent services in the event of a false alarm.

“The burden of false alarms falls on first responders. Every false alarm in anti-intrusion implies that the police department or monitoring station sends an officer or operator to investigate the case, and it usually takes 20-30 minutes to resolve the situation,” says Zittino. False alarms cost US police departments around $1.8 billion and 64,000 working hours per year, according to a study by the Center for Problem-Oriented Policing and Security Sales & Integration. In the UK, these costs are estimated to be around £1 billion per year.

The reason for this high cost is that patrol vehicles and personnel are sent to the alarm call location because all alarms are treated as high-priority events. These interventions now not only cost police departments but can also result in fines paid by companies and users. Therefore, the issue of false alarms goes beyond an individual source of frustration and includes a concrete cost borne by the user on behalf of the entire community.

Therefore, a solution that can mitigate this problem not only saves time for emergency services but also saves money for security system users, with resources redirected to authentic alarm events that require genuine attention.

That’s why many cities around the world have been forced to implement false alarm reduction programs in their communities. For example, in Los Angeles, the police have been imposing fines for responding to false alarms for years. For licensed alarm users, the first false alarm will result in a fine of $267, with an increase of $50 for each subsequent one.

In addition to the frustrations, false alarms have become a real source of financial loss for their users due to fines imposed in some communities, which only increases the total cost of ownership of these security systems. In addition, harmless occurrences such as children playing or pets moving about can render the security system useless in multiple ways as an equally dangerous phenomenon can occur – ignoring a real alarm or disabling the system due to false triggers to avoid fines or disturbances.

Due to the trend of penalizing false alarms, the security industry has faced a unique challenge that requires both technological and legal solutions. Lobbyists have taken care of the latter by securing bans on local authorities punishing security service providers in several US states. However, this legal battle is still ongoing, and its outcomes will largely determine the industry’s approach to the problem of false alarms and their impact on local communities.

Penalizing Service Providers Instead of Users for False Alarms

Some states and local communities are taking initiatives to penalize anti-intrusion service providers for false alarms instead of the owners of the properties where the equipment is used. A similar system is also being applied in the city of Seattle in the United States, where the community has already recorded a significant decrease in the rate of false alarms based on the collection of these fines (from 25,000 false alarms to 11,000 after the introduction of the program). In this case, the fines are directed towards the alarm companies themselves, which are required to be licensed and provide advanced alarm verification before requesting police response. Specifically, the local police require physical evidence before intervening, and the mere activation of the alarm, the opening of doors or windows, etc. is not considered adequate proof.

Causes of False Alarms

“False alarms are common in burglar alarm systems, but the causes of their occurrence are unique,” says Zittino. His colleague Dobnikar from Bosch states that errors mostly occur when the existing system is outdated or old. “These are force majeure factors (power surge, lightning) in inadequate grounding or wiring, but the most common cause of all false alarms is a human error,” he says. Ultimately, the causes of false alarms in burglar alarm systems can be collectively described as factors of a technical, human, and natural character.

User Errors

User errors account for about 50% of all false alarms in anti-intrusion, according to AVS Electronics. The most common causes are insufficient training of staff or users handling the system. Additionally, cleaning crews, maintenance personnel, or contractors often do not receive proper instructions on how to use the burglar alarm system. As a result, they may accidentally activate it while trying to enter or exit the building. The same applies to users who perform routine maintenance activities on the system, such as replacing security device batteries. They may accidentally trigger a tampering alarm if they are not instructed to call the control center before such activities.

How to Prevent False Alarms Due to Incorrect Installation?

Each detector should be set up and tested before the system is put into operation. Special care is required when setting up detectors with anti-masking protection and those that use radar for detection. Newer systems can be controlled remotely and, if needed, manually or automatically “bypass” or disable a zone or detector that generates false alarms. This is a quick and effective solution, but also very dangerous if there is no appropriate verification of the cause of the alarm,” says Dobnikar from Bosch. “The most common mistakes are improper positioning (angle and height) of the detector, improper use of detector brackets, and incorrect system programming. A mistake can occur when selecting zone resistors (or EOL resistors). Connections are often made by simply twisting the ends due to small terminals and limited space inside the detector, which can lead to a connection interruption during operation. Newer detectors have microprocessors or components that are sensitive to electrostatic electricity, so direct contact with the printed circuit board (PCB) should be avoided,” says Dobnikar.

 Inadequate Maintenance

Alarm systems are precise instruments that require routine maintenance. Maintenance includes, among other things, testing the system and all peripheral modules, replacing depleted batteries (backup power) and detectors, and cleaning and inspecting cables.

Otherwise, if the alarm system is damaged or neglected, its installed motion detectors, sensors on windows and doors, and other field devices may detect threats where there are none. “Sometimes, in the absence of appropriate tools, the installer drills a larger hole in the detector for cable placement. Small animals (spiders, ants, bugs) can enter through this opening which often generates false alarms. I suggest that each user should schedule regular service and inspection of the alarm systems at least once every two years,” says Dobnikar.

Even seemingly harmless ambient factors such as thick cobwebs on a motion detector can trigger an alarm in an otherwise safe situation. Other environmental false alarm triggers include storms, the passage of animals in front of sensors, and the movement of vegetation.

Unlike wild animals, pets are a more common trigger of recurring alarms. That’s why companies like Bosch and Venitem offer detectors that are immune to alarm activation due to the detection of moving objects of a predefined mass. To its solution, Venitem adds software that analyzes the type of animal based on its size, with two levels of differentiation and an antimasking function that makes outdoor sensors resistant to insect-related triggers.

Power outages and battery drain are also one of the causes of false alarms. That’s why some anti-intrusion devices, like Venitem’s, are equipped with a system that allows constant monitoring of the status of all installations.

Poor Engineering and Installation

Some companies neglect the quality factor of alarm system installation, which contributes to the frequency of false alarms. If door and window sensors are not properly placed or a motion sensor is used with incorrect settings, false alarms may be triggered more often. Also, poorly installed and designed systems may include devices that are not intended for specific environments. Finally, there is also a risk of installing cheaper components with a security system that simply cannot withstand constant use compared to more robust and standardized materials.

The reliability of a burglar alarm is directly related to the quality of its components, their installation, and maintenance. Therefore, when selecting and installing these systems, it is important to rely on qualified installers and certified products. This is the card to play in a situation where no one can offer you 100% protection against false alarms.

“Manufacturer recommendations regarding the equipment in use must be respected and tailored to the user’s requirements. One-size-fits-all solutions are rare and should not be used. This primarily refers to the location where the alarm detector is mounted, proper detector selection, connection to the alarm system, cable placement, dimensioning of the backup power supply, and the system’s mode of operation,” says Dobnikar.

ANPR Cameras Also Trigger False Alarms

False alarms are triggered not only by standard sensors but also by specialized devices such as ANPR cameras. Since these devices must grant access only to specific vehicles, false alarms are usually caused by incorrect reading of symbols on the license plates e.g. if the camera captures the reflection of the plate in a puddle instead of the physical markings on the vehicle and sends a wrong message to the alarm system. Therefore, these devices must be installed at an appropriate height, angle, and proper distance from the vehicles. Weather conditions such as rain or snow, as well as recording performance, should also be taken into account to avoid false alarms caused by strong headlights and reflections from nearby objects.

 Visual Verification as a Solution?

Over time, another ‘school of thought’ emerged within the industry according to which false alarms should primarily be dealt with on a technological rather than a legal battlefield. “The installation of video surveillance or the option of video alarm verification can temporarily and partially solve this problem,” says Dobnikar.

Development and integration of AI-based solutions and visual verification have emerged as important technological trends aimed at reducing false alarms in anti-intrusion and eliminating the need for regulatory frameworks that penalize users or companies. In this case, a “verified” alarm event is defined as a situation that the security system first registers as such, after which the operator determines the presence of individuals and a high probability that an attack is underway according to a standardized protocol.

Video verification is used to verify the authenticity of the threat before personnel or material resources are deployed in response. At Ajax Systems, they say that photographic verification, or the ability to visualize the event that triggered the alarm before the intervention, is sufficient to reduce the number of false alarms. For example, their MotionCam series does not require additional system settings for this type of feature and brings it closer to less technically proficient users.

“With video surveillance, more people are now using video technology for alarming, so we pay special attention to the development of video analytics based on special algorithms for classifying potential intruders,” say Andrej Češek and Elvis Ferhatović, pre-sales engineers at Hikvision Adriatic. Hikvision’s AcuSense technology relies on classifying vehicles and people, with all information being filtered to cancel out false alarms with a high degree of efficiency. This technology works based on deep learning and machine learning algorithms.

“For reducing the number of false alarms, we have another option – the use of thermal cameras for perimeter protection. In this case, the image remains the same day and night because weather and lighting conditions cannot cause false alarms, so detection is highly reliable,” say Češek and Ferhatović.

On the other hand, Ajax treats false alarms as a systemic rather than solely hardware-related problem. Therefore, this company offers its advanced users to manually adjust the features to reduce false alarms. Installers can limit the conditions for activating alarms to the activation of multiple systems simultaneously or separate the activation of alarms into two phases – initial and final.

In this case, the alarm is only activated when the second device is turned on, while accidental activation is prevented by requiring the alarm to be triggered by pressing two panic buttons. Finally, false alarms due to malfunctions are prevented by the system ignoring damaged or improperly placed sensors if they do not return to their initial state within a specified period.

The Role of Artificial Intelligence

At Vlado Elektronika, a distributor of the Italian company EL.MO., the rise of artificial intelligence (AI) in the security sector is seen as the beginning of the end of the dominance of false alarms as a key drawback of anti-intrusion systems. “Through these new technologies, it is possible to provide end-users and security professionals with the tools needed to strengthen the performance of anti-intrusion systems, while significantly reducing many of the problems that can occur after the installation of such systems,” says Stepančić-Kontošić.

In collaboration with EL.MO., Vlado Elektronika treats artificial intelligence as a tool to reduce false alarms and as a part of a broader integrated ecosystem. In practice, this means that the e-Vision video surveillance systems with AI capabilities offered by EL.MO. are integrated with the PROXIMA and PREGIO series of intrusion control panels. The interface called D-PULSE serves as a bridge between them, through which alarm events generated by the analysis of video data streams (such as intrusion, line crossing, or abandoned objects) activate the intrusion detection alarm panel in the same way as a sensor.

In this way, artificial intelligence can accurately “interpret” the monitored scene and dissect its elements. This significantly reduces the risk of false alarms in anti-intrusion because AI will recognize phenomena such as the movement of leaves, weather conditions, and animal movements. “The insightfulness of these systems allows for advanced recognition of human shapes and behaviors, types of animals, and vehicles,” says Stepančić-Kontošić, adding that this “supports the activation of predefined automation scenarios to achieve maximum adaptability and protection against false alarms.”

The Role of Sound in Reducing False Alarms

The use of video for verifying alarm events before alerting first responders can significantly reduce the number of false alarms. However, video is just one piece of the puzzle in the fight against false alarms. Important evidence needed for verification is also collected when the audio component of the security system is involved, for example, if glass breaking, gunshots, or attackers’ conversation during an attempted break-in can be heard. Incorporating audio surveillance technology into the security system can help first responders confirm whether the alarm event is authentic and thus ensure that the police respond only to real threats. Sound monitors can stream and record audio content live after an alarm is triggered, allowing the user to more easily determine what is happening and why. Finally, there is additional information about the location of the event and the level of threat, allowing law enforcement to prepare an appropriate response based on the situation on the ground.

Is It Possible to Reconcile Sensitivity and Resistance to False Alarms?

“The component most involved in causing false alarm problems in an anti-intrusion system is the sensor, especially the outdoor one because, unlike the internal detector, it is exposed to weather conditions and external factors,” says Barbara Lomartire, Marketing and Communication Manager at Venitem.

At Venitem, atmospheric conditions have been recognized as an important cause of false alarms, which primarily refer to rain, fog, and even sunlight. This is particularly relevant in situations where PIR detectors are used, as they are much more sensitive to temperature and atmospheric variations, such as sunlight, that can trigger a false alarm. Venitem’s detectors have a temperature compensation technology in which algorithms automatically optimize the detection level based on the external temperature.

Other providers of anti-intrusion solutions see the development of sensor technology as a response to the problem of false alarms since this technology constitutes the first line of communication between the alarm system and the outside world. “At Optex, we offer a wide range of products and technologies for detecting false alarms that fit different types of locations, needs, and security levels,” says Jacek Wójcik, Customer Care Director of CEE at Optex.

Optex’s PIR sensors are equipped with an SMDA multidimensional analysis system which allows the detector to analyze passive infrared signals and ambient information to differentiate genuine break-in attempts from false alarms caused, for example, by temperature changes. “Anti-intrusion systems often have an external component, which is why false alarms are caused by ambient phenomena such as wind. Optex offers optical sensors that are resistant to electromagnetic and radio interference, humidity, salt, UV radiation, and lightning strikes, which minimizes the chance of any environmental factor triggering an alarm instead of an authentic threat,” says Wójcik.

Information about detected objects is sent in real-time, with the ability to adjust detection to only track targets larger than a predefined size or only those that stay in the detection field longer than a defined time. Other detection parameters can be adjusted for maximum flexibility in adapting to the installation site and thus preventing false alarms. AVS Electronics relies on a similar approach. “We offer the ability to customize detectors to the user’s needs, which means that you can adapt them to the environment and installation location standards,” says Zittino.

Analytics as a Response to False Alarms

According to a study by NW Security, users’ faith in video analytics as a solution to reducing the frequency of false alarms remains unshaken. At least 30% of companies believe that the video analytics software they use helps to reduce the number of false alarms.

At Optex, they also believe that an additional reduction in false alarms will come from analytics. They see the solution in introducing external PIR sensors with intelligent visual verification and video content analysis (VCA) technology in the camera itself. These sensors will be able to learn to ignore the effects of light, wind, rain, or snow, with a tolerance for detected animals to effectively reduce the number of false detections.

The representatives of AVS Electronics claim that detection based on multiple technologies will be important in the fight against false alarms. “We already use technologies based on PIR and microwave sensors. Any suspicion of false alarms will be eliminated by video verification and detectors with built-in cameras and microphones that will communicate with the user or control room,” says Zittino.

Although most people trust analytics as a universal cure for false alarms, there are still many who say they won’t invest in analytics even at the cost of dealing with false alarms. The main reasons for the lack of investments are related to the lack of funds for investing in video analytics and the need to hire system integrators to help them choose and configure analytics.

For now, it can be said that there are two opposite trends in the anti-intrusion sector when it comes to preventing false alarms. One is the awareness of the role of analytics and proper installation and configuration of systems in relation to environmental factors, while the other is the reluctance to invest due to a lack of resources and the fact that equipment manufacturers do not use clear and concise language or offer unrealistic promises.

The Detector is a Key Component

There are several types of detectors, and their proper selection is crucial for the functioning of the alarm system. These include motion detectors, PIR, microwave detectors (MW), dual detectors (PIR+MW), glass break detectors, seismic detectors, vibration detectors, and others.

“The detector is a fundamental element of every alarm system that collects data from the protected area. It is precisely this part of the alarm system that generates false alarms, excluding system sabotage,” says Dobnikar. That is why his company, Bosch, focuses on the detector component in the fight against false alarms i.e. on its functions that include response time, sensitivity, coverage area, resistance to interference, etc.

One of the main causes of false alarms in anti-intrusion systems is temperature compensation since most high-quality detectors on the market offer the feature of linear temperature compensation. This means that the detector’s sensitivity increases as the temperature rises. This solution leads to false alarms if the ambient temperature continues to rise and exceeds the body temperature.

Instead of this, Bosch uses dynamic temperature compensation technology. In practice, this means that the detector sensitivity increases only within the range of 32.2°C – 37.7°C, which corresponds to the temperature of the human body. If the temperature continues to rise, the detector sensitivity decreases, while Bosch’s detector will detect the temperature difference between the body and the environment.

“Our TriTech detector performs self-calibration in the first ten seconds after activation, adjusting the operating parameters according to the environment. This not only applies to temperature and light but also to all objects (moving and stationary ones) that the detector ‘sees’. If there is any source of interference in the room, such as temperature, the detector will remember it and adjust the sensitivity relative to the signal level to detect intruders,” says Dobnikar.

Finally, Bosch also relies on MEMS (Micro Electric Mechanical System) sensors, which many people know from mobile phones or cars. They are now part of the company’s latest Commercial Series Gen2 detectors. They serve to increase the detector’s resistance to false alarms when it comes to sabotage (movement, hitting, and sudden vibrations) and to recognize such activities much faster.

The Education Is a Significant Factor

In addition to all of the above, is there a third “X factor” in the false alarm equation that is not related to finances, marketing, or technology? Our interlocutors also see the problem in the insufficient education of users about the prevention and consequences of false alarms.

“The main cause of errors is the insufficient training of end-users. Most often, it is due to incorrectly entered or forgotten codes, failure to comply with instructions or protocols for using the system (temperature in the facility, open window, AC, heating, pets),” says Dobnikar, adding that system sabotage sometimes looks like a false alarm. This situation should be given enough attention, especially if it happens when the alarm system is not activated.

At Ajax Systems, the response to this challenge is seen in strengthening communication with the users through a dedicated application. “Data clearly show that users themselves are the biggest generators of false alarms. Although it is easy to train a security professional who earns a living from these skills, the same does not apply to the user. At Ajax Systems, we believe that the more interaction we have with our users through our application and the more value we can offer them, the more comfortable they will feel. Positive user experience and training will help reduce the number of false alarms more than training alone. That has been my experience so far,” says Ilia Yashmakov, Sales Director for the Balkans and Adriatic Region at Ajax Systems.

AVS Electronics conducts education with a focus on local partnerships. “Knowing how to use an alarm system is not knowledge people are born with. That’s where the second step comes in: partnering with a supplier of commercial alarm systems with decades of experience in designing, installing, and maintaining top-notch business alarm systems. An important factor is careful customization of each commercial burglar alarm system, as well as a commitment to using only the highest quality suppliers and devices,” says Zittino. Finally, there are also service contracts and preventive maintenance plans to maintain the health and functionality of these systems.

Bosch also sees the solution in reducing the impact of human factors on false alarms, which is why they offer training to distributors and not just to equipment users. “Our customers have access to two types of training – commercial and technological certification. In this way, we ensure that all of our partners are timely familiarized with the latest technological solutions and that they can provide complete support to end users of our equipment at any time,” says Dobnikar.

Hikvision also puts hope in education, especially through regular professional workshops at the local level. They offer access to Hikvision Academy and training programs that take place in the premises of distributors and cover training on false alarms for partners, installers, and other interested professionals. “The development of technological solutions without the proper education of users and installers is meaningless and is doomed to failure and difficulties in everyday work. The prerequisite for proper operation and use of technology is certainly quality education of all participants in the chain – from sellers, through installers to end users. They must know how to properly configure and install our systems,” conclude Češek and Ferhatović.

Interview: Kiyotaka Suhara, President, Konica Minolta Europe

Over the years Konica Minolta has constantly transformed itself. It has contributed to many revolutionary innovations, as evidenced by an impressive list of around 20,000 patents registered worldwide. Today, Konica Minolta allocates hundreds of millions of euros for continuous research and development. This commitment to innovation and transformation has allowed it to survive and thrive for 150 years

By: Damir Muharemović; E-mail: editorial@asadria.com

a&s Adria: Mr. Suhara, you have embraced a new role at Konica Minolta Europe barely two months ago – what is your impression so far?

Suhara: As I stepped into my new role at Konica Minolta Europe, I knew that the next few weeks would be crucial in getting to know the people, the organization, and the processes inside out. To make the most of every moment, I decided to take an immersive approach and started quizzing my new colleagues with lots of questions. I listened carefully to their responses, absorbing every detail about the company’s culture, work ethics, and values. It was during this process that I truly understood the agility of the employees, their passion for the products, work, and customers, and the innovative spirit that thrives at Konica Minolta Europe.

As I learned more about the organization and its people, I grew increasingly proud to be a part of this team. I also recognized the opportunities that we can take advantage of as a company and knew that I had to do everything in my power to realise this potential. Going forward, I am committed to working with my colleagues to create an atmosphere of positive change at Konica Minolta Europe.

a&s Adria: This year Konica Minolta is celebrating 150 years. Why do you think the company has been able to achieve this milestone?

Suhara: In 1873, the world was a very different place when Rokkusaburo Sugiura, the founder of Konica, began selling photographic and lithographic materials in Tokyo. The industrial revolution was in full swing, and technological innovation was happening all around. Even though it was a time before the car, radio, and television, Sugiura’s entrepreneurial spirit laid the foundation for what would become Konica Minolta, a company with a rich history spanning over 150 years.

Throughout its existence, Konica Minolta has constantly transformed, reinvented itself, and innovated – always based on the foundation of imaging. The company has contributed many revolutionary innovations, as evidenced by an impressive list of approximately 20,000 patents registered worldwide. The company has always been versatile and eager to develop, which has driven its continued success.

But the company doesn’t just rely on its heritage. Today, Konica Minolta dedicates a three-digit million-euro budget to continued research and development. This commitment to innovation and transformation is what has enabled Konica Minolta to survive and thrive for 150 years. I feel privileged to work for a company with such a rich history and an innovative spirit that continues to drive us forward.

a&s Adria: What are such revolutionary innovations?

Suhara: When I think of Konica Minolta, I think of innovation. We have been in the imaging business for more than 150 years and have a long history of pioneering many firsts in the field. One of our biggest successes was in 1975, when we introduced the world’s first 35mm camera with built-in flash and automatic exposure function. This product was a game-changer and helped make photography accessible to the masses. Two years later, we developed a finger-measurement type pulse oximeter that made it possible to measure oxygen saturation in the blood without taking blood.

In 1980, we opened the world’s first round planetarium, providing an immersive and innovative experience for people to learn about the universe. In 1983, we introduced the world’s first copier with stepless zoom magnification/reduction function, which was an unparalleled success worldwide. One year later, we produced the world’s first aspherical plastic lens for CD drives, which revolutionized the way we listen to music.

We broke new ground again when we introduced a single-lens reflex camera with a professional-quality autofocus function, making professional photography accessible to the masses in 1980.

When we launched the world’s first printer with polymerisation method toner, which had a significantly lower environmental impact than conventional pulverised toners we “did it again” – and that was in the early 2000s.

And in 2011, we developed the world’s first OLED lighting panels with one of the highest luminous efficiencies, paving the way for more efficient and sustainable lighting solutions. In the same year, we launched AeroDR, the world’s lightest cassette-type digital radiography system, which revolutionized the way doctors could diagnose and treat patients. This invention solved several problems associated with conventional DR, including its heavy weight and the necessity of power and data transmission cables. AeroDR reduced the weight to a minimum and made data transmission wireless, contributing to a broader use of DR around the world.

We are proud of our innovative spirit and are committed to continuing to push the boundaries of what’s possible in the imaging field.

a&s Adria: What do you consider to be the company’s greatest achievements?

Suhara: Apart from innovations in the camera business, we have revolutionized offices worldwide: One of our biggest achievements was the introduction of the U-Bix 480 in 1970, an electro-photographic copier that transformed the way people worked. So successful was the product that copiers became one of our core products from then on.

A3 digital colour multifunctional printers (MFPs), the evolution of the earlier copiers, have been our recipe for success over the last 20 years, but they have been so much more: Alongside PCs, laptops and the internet, they have been crucial to the digital transformation of offices. In 2011, we decided to expand this business and started to enter the IT services market. Our vision was an intelligent connected workplace, where we connect people, spaces and devices.

In 2004, we entered the digital production print market, a bold move that was met with some scepticism from industry experts. But we knew we had the technology, the expertise, and the drive to succeed. And we did. Right from the start, we went all-in with our bizhub production print systems, offering our customers a new level of quality, productivity, and flexibility. We focused on the A3 cut-sheet market, knowing that it was the largest segment of the production print market, and we were determined to become a market leader. And that’s exactly what we did – and we’ve held the position of market leader in cut-sheet A3 production printing in Europe ever since. We didn’t achieve this success by luck or chance; we earned it through our dedication to innovation, quality, and customer service. We were relentless in our pursuit of excellence, always pushing the boundaries of what was possible. As we look to the future, we know that the digital production print market is constantly evolving, and we are ready to evolve with it. We will continue to invest in research and development, in order to offer our customers even more innovative solutions. And we will continue to put our customers at the heart of everything we do, because we know that it is their success that ultimately leads to our own.

A New Era

This new age for Konica Minolta has seen it lead the way in the digital print revolution (as of 2021 we are also leading the digital label press market with a 28% market share), pioneer new intelligent video technology by taking a majority share in MOBOTIX in 2016 and have since been very successful in expanding the Video Solution Services business in Europe, and break new ground in healthcare, in areas such as radiography and pioneering cancer research. However, whilst we can be proud of our long history of innovation, I believe that our greatest achievements are ahead of us, as we spearhead the creation of the intelligent connected workplace.

 a&s Adria: What have been the biggest challenges?

Suhara: World history over the past 150-years has presented many economic, societal, ecological and geo-political challenges and these issues are prevalent in our modern world. For us the biggest challenge we have ever faced has been responding to the impact of the COVID-19 pandemic, as the world went into lockdown, supply chains and manufacturing froze, with labour and semiconductor shortages impacting everything from IT to telecommunications and transportation. At the same time dining room tables, bedrooms and studies replaced offices.

As a company we take great pride in our accomplishments, breaking new ground through technology innovation. However, we are also proud of how we were able to adjust to what became known as the ‘new normal’ so quickly.

a&s Adria: How has the company overcome these hurdles?

Suhara: As the world went into lockdown, we were able to shift our office-based operations throughout Europe (more than 9,000 employees across 30 organisational entities) to remote working within days. This was made possible by a huge collaborative effort by all of our employees, but especially those in internal IT, HR, the countless team leads in different departments and a dedicated interdisciplinary coronavirus taskforce that was put in place. It is nothing short of remarkable, what was achieved at such short notice in so little time and with minimal risk to business continuity for our customers.

With age also comes wisdom and the ability to build back stronger in the face of adversity. As the world was continuing to reopen in 2021, we experienced two fires at the Tatsuno Factory of Konica Minolta Supplies Manufacturing Co., Ltd in Japan, which again put our resiliency to the test. Thankfully, there were no injuries or casualties as a result of these incidents. We recognised the need to adjust our approach to manufacturing toner and as a result our production process and how we manage the global supply of toner stock has been transformed. It is an example of strength in adversity making you stronger – a lesson all of us that have experienced the pandemic, both professionally and personally, will recognise.

a&s Adria: What are you most proud of at Konica Minolta?

Suhara: It is the creativity, ingenuity, and adaptability of all of the people, past, present and future, whether employees, partners and customers that has made Konica Minolta the brand it is today and will be tomorrow. During the pandemic it was truly inspiring and humbling, to be part of a team in which every single person rose to the situation and was willing to go the extra mile to do everything they could to support partners, customers, and each other.

a&s Adria: How is Konica Minolta prepared for the future?

Suhara: We see the future in data. Just as the company was conceived during the industrial revolution, we are in the midst of a digital revolution and digital transformation is creating an explosion in volumes of data, which can provide information, insight and knowledge if interacted with in the right way. Take IIM (Intelligent Information Management) for example: we see the future in extracting unstructured data and making it accessible or visible through technology, whether it is paper based or electronic documents – we want to unlock the value of the data hidden within.

Only if you interpret the data correctly can you make hidden insights visible. But often the amount of data is too large for humans to analyse on their own. We need artificial intelligence (AI) to recognise patterns and anomalies in the data. AI can work through huge data sets and make the right decisions. Our goal is to use our original imaging technologies in combination with AI to enable data processing and data-driven decision making. Decisions that change the way we work, that improve safety, that improve the quality of products or that enable advances in medicine. This is our vision, which we call “Imaging to the People”. We strive to make data accessible to everyone and to develop solutions that address the immediate problems of our customers and society as a whole.

a&s Adria: Can you give a few examples of such data-driven technologies?

Suhara: One example of this is our gas monitoring solution, which is used in oil complexes and power plants. By analyzing data from sensors and other sources, this system can detect gas leaks at an early stage and alert operators before a fire or explosion occurs. This not only reduces the risk of accidents, but also helps plants operate more safely and efficiently.

Another example of our data-driven technology is the nursing care support solution called “HitomeQ”. This system uses digital image processing, sensing, and voice inputs to monitor residents in nursing homes. It can detect unusual movements or behavior and automatically send notifications to care staff. By reducing the workload on nursing staff, this technology helps improve the quality of care and makes life easier for both caregivers and residents.

Finally, there’s SenrigaN, our non-destructive inspection solution. This innovative technology uses data analysis to detect breakages in internal steel structures from the outside, without causing any damage. For example, it can detect fractures in bridges before they collapse, potentially saving countless lives.

All of these examples show how data-driven technologies can have a significant impact on society, making it safer, more efficient, and more enjoyable for everyone. And as a company, Konica Minolta will continue to innovate and develop new solutions that can help make our world a better place.

a&s Adria: How important is the topic of sustainability for Konica Minolta?

Suhara: As a global company, Konica Minolta takes its responsibility towards society and the environment seriously. Sustainability has been at the core of our values for decades, with the establishment of a global Environmental Management Department as early as 1971. We want to contribute to society’s sustainable growth and prosperity in every possible way.

Last year, we took a significant step in this direction by bringing together our separate sustainability efforts and forming a unified ESG department in Europe. This new department works tirelessly towards addressing global issues in the areas of environmental, social, and governance. Our company’s alignment with the United Nations’ Sustainable Development Goals (SDGs) is another step we have taken in this direction. Through our social innovations, we aim to use our digital technologies to make a positive impact on society while fulfilling the SDGs. We are committed to setting achievable targets and making ambitious contributions to bring about a more sustainable future.

We believe in taking concrete actions to support society and the environment. As a responsible corporate citizen, we support many projects for the common good. For example, we have provided assistance to Ukrainian refugees and supported relief efforts for the communities and people affected by the recent earthquakes in Turkey. We also participate actively in local environmental and charity initiatives and support educational programs that help the next generation.

Among 100 Most Sustainable Corporations

Our commitment to sustainability has earned us a place in the Global 100 Most Sustainable Corporations list for 2023. We are proud of this achievement and will continue to work towards ensuring a more sustainable future for all. We regularly monitor our progress through KPIs and controlling systems to ensure reliable follow-up of our achievements. We remain committed to sustainability as we firmly believe that our innovations must have a positive impact on society and the environment, leaving a better world for future generations.

Suprema: Ultra-Wideband Positioning

Whereas conventional RF technology measures distance by signal strength using the RSSI method, UWB measures distance by TOF. In the TOF method, signals are sent similarly to how radar works. Signal strength often decreases due to environmental influence, making it difficult to use this measurement as an absolute standard. However, signal speed is always constant.

By: Artem Arifov, Business Development Manager, Suprema Europe and North Africa; E-mail: aarifov@supremainc.com, sales_eu@supremainc.com

As of 2023, smartphones from both Apple and Samsung now come equipped with ultra-wideband (UWB) technology. Apple devices use UWB for AirDrop proximity sharing with iPhones and for location tracking via digital tags to keep tabs on users’ important items like wallets and bags. The SmartThings Find feature on Samsung’s Galaxy phone models uses UWB to find lost digital devices.

At first glance, it may seem that finding devices and objects is a very simple function. However, from a technical standpoint, it is actually very difficult to achieve high enough accuracy to instantly find devices and objects in a complex indoor space such as a home or office. UWB is an RF technology that makes this accuracy possible.

TOF–Based Distance Measurement

 It is known that UWB can measure an object’s exact position within an error of only about 5 to 10 cm. To achieve such high accuracy, UWB makes use of wideband communication and Time-of-Flight (TOF)–based distance measurement technology.

While 2.4 GHz-based short-distance wireless communications such as Wi-Fi or Bluetooth Low Energy Protocol (BLE) generally have a communication band of several MHz, UWB has a communication band of several GHz. This much higher bandwidth allows for far fewer communication failure retries and a faster response speed.

Whereas conventional RF technology measures distance by signal strength using the RSSI (Received Signal Strength Indicator) method, UWB measures distance by TOF. In the TOF method, signals are sent similarly to how radar works, with distance measured as a time difference when the signal returns. Signal strength often decreases due to environmental influence, making it difficult to use this measurement as an absolute standard. However, signal speed is always constant, making TOF-based ranging more accurate than RSSI-based ranging, and a much better measurement for use as an absolute standard. Furthermore, if a signal’s angle is added, even more precise position measurement is possible.

Will UWB Change Access Security?

GPS-based positioning is subject to a general error of about 50 meters. In an outdoor environment, a 50-meter error may not be significant. However, in the case of indoor positioning, it is important to have a much higher degree of precision.

Increased accuracy indoor positioning technology has been continuously studied for decades through various methods such as Wi-Fi, Bluetooth, and geomagnetism. With UWB, it has finally reached a level of performance that can satisfy the market and users. UWB makes it possible to identify the user’s exact location information within a building, and this information can be used as data to work with various services.

Now let’s shift the perspective and consider how accurate location information will change access security:

Accurate distance measurement, when used together with face recognition or mobile access credentials, will enable walk-through entry and exit without any need for special authentication procedures — finally making possible a highly futuristic technology that everyone in the access security industry has been imagining for decades.

Accurate location measurement will lead to the emergence of an access security system that no longer requires the installation of authentication readers on every door. It will be possible to check and verify the credentials of every person trying to access each door without using individual door access readers at all.

UWB will enable accurate distance and location measurement. These two features will enable safe and convenient access for both companies and users, without any need to install separate access readers or go through a separate authentication process for each door one is trying to access.

UWB Advances With Smartphones

One important prerequisite must be met before UWB can enable this change: it is necessary for UWB to be supported in all smartphones on the market.

That being said, UWB is already supported in Apple iPhones and Samsung’s Galaxy series, and mid-range smartphone brands such as Xiaomi have also announced plans to enhance their new products with UWB technology. Considering the rapid adoption rate in existing smartphones, there is a high probability that almost all smartphones will support UWB within just two to three years, making our prediction for the future of access security that much closer to becoming a reality.

New EchoPoint DAS Sensors: Distributed Acoustic Sensors for Advanced Intrusion Detection

Fiber Sensys, part of the OPTEX Group, a leading sensor manufacturers for more than 40 years, has launched EchoPoint Distributed Acoustic Sensors (DAS) for advanced intrusion detection across the highest security sites

By: Marketing Dept., OPTEX Security; E-mail: optex@optex.com.pl

The latest evolution in fiber optic sensing technology, the new EchoPoint series utilizes intelligent detection algorithms to provide point detection of +/- 6m in a range of up to 100km. This highly accurate and reliable detection makes the sensors ideal for large perimeters and high-security sites, such as airports, logistic centers, railways, and critical infrastructure, and to protect data conduits and pipelines, where being able to locate and identify the precise point of intrusion is critical.

Advanced Algorithms

Thanks to its highly advanced pattern-recognition classification algorithm, the sensors are able to distinguish between common causes of false and nuisance alarms, such as wildlife and environmental conditions, and genuine intrusion attempts. The system is also immune to electromagnetic interference (EMI), radio frequency interference (RFI), and lightning providing a reliable and safe solution.

The flexibility and versatility of the EchoPoint series are such that they can be operated across multiple applications – installed on fences, buried, or in a hybrid layout. When mounted on a fence, the sensors can identify someone cutting the fence or attempting to climb it. When buried, the system can differentiate between footsteps, manual and machine digging, and vehicle movements.

To meet the individual needs of every site, the EchoPoint series features intelligent software zoning. This means different detection zones can be configured, with the ability to independently adjust the sensitivity and output within each zone, helping to provide maximum capture rates and minimize nuisance alarms.

Protection of Large Sites

Masaya Kida, Managing Director of OPTEX EMEA, says the new EchoPoint series has been developed to provide extremely advanced intrusion detection: “By utilizing the latest fibre optic sensing technology and highly intelligent classification algorithms, the new EchoPoint series is ideally suited to protect large sites where pinpoint intrusion location and detection is required to protect people, assets and infrastructure, and maintain business operations.”

When installed in a loop configuration, the sensors provide cut tolerance, so even if a sensor is cut or disconnected, the system will continue to operate. It can also feature dual redundancy so that in the unlikely event of a processor failure, the second processor will automatically take over to ensure the wider security system is maintained and remains operational. With an average lifespan of 20 years, EchoPoint DAS provides a cost-effective and future-proof sensing solution.

All EchoPoint DAS series is now available across EMEA. Visit https://www.optex-europe.com/products/intrusion-detection/echopoint-series for more information.

Bosch Plans To Acquire US Chipmaker TSI Semiconductors

Bosch is increasing its semiconductor manufacturing capacity to meet the rising demand for computer chips for electric vehicles. Bosch recently made the announcement that it is purchasing the US chipmaker TSI Semiconductor and investing $1.5 billion in upgrading TSI’s production lines to produce silicon carbide semiconductors to boost the adoption of EVs.

Currently, the company focuses primarily on developing and mass producing chips for use in the mobility, telecommunications, energy, and life sciences sectors on 200-millimeter silicon wafers. As the automotive industry transitions to green zero-emission EVs, Bosch has been hard at work changing its business. To meet the rising demand for EVs and facilitate the transition, Bosch has heavily invested in developing new products like electric drives, powertrains, and charging solutions.

Starting in 2026, silicon carbide-based 200-millimeter wafers will be used to manufacture the first chips in a facility with about 10,000 square meters of clean room space. Bosch has been producing silicon carbide (SiC) chips since 2021 at its Reutlingen location in Germany, so the company knows what it takes to make them.

By the end of 2030, Bosch will have greatly expanded its global offering of SiC chips thanks to its steady semiconductor business expansion. The demand for these unique semiconductors is particularly high due to the global expansion and acceleration of electromobility.

“With the acquisition of TSI Semiconductors, we are establishing manufacturing capacity for SiC chips in an important sales market while also increasing our semiconductor manufacturing, globally. The existing clean-room facilities and expert personnel in Roseville will allow us to manufacture SiC chips for electromobility on an even larger scale,” says Dr. Stefan Hartung, the Bosch board of management chairman.

SICUREZZA 2023 READY TO WELCOME WHOLE SECURITY WORLD IN NOVEMBER, AT FIERA MILANO

The online ticketing is available on https://www.sicurezza.it/en, a lot of very important brands will be there to present their novelties and a reach training program will offer an important opportunity of professional updating: SICUREZZA 2023 is ready to confirm itself as a primary reference point for security and fire professionals.

Scheduled to take place at Fiera Milano from November 15 to 17 2023 and supported by industry stakeholders, the event already counts more than 250 registered companies from 20 different countries and over 80% of the trade show area already occupied. The confirmed brands also include important returns and several new entries, accounting for 30% of the attendance. Thus, all sectors of the market are represented, confirming SICUREZZA as a key event for business development, networking and professional training.

The international top buyer recruitment project has also gotten off to a flying start, with membership from 25 countries and especially a strengthened presence from Eastern Europe, the Mediterranean Basin, the Middle East and North and South Africa.

Digitalisation, integrated and customised intelligent systems will be the central focus of the entire event, to provide professionals and realities from across the industry the opportunity to speak and at the same time connect: CCTV, Intrusion Detection, Fire Prevention, Access Control, Passive Security, CyberSecurity.

Like every edition, the training programme will be rich, providing a unique opportunity to learn about the most advanced solutions, to discover new skills and expertise, and to keep abreast of trends, regulations and scenarios.

SICUREZZA 2023 will be  part of MIBA, Milan International Building Alliance, the event that will bring together four events: GEE – Global Elevator Exhibition, entirely dedicated to horizontal and vertical mobility, ME-MADE expo, Italy’s leading event for the world of construction, SMART BUILDING EXPO, home and building automation and technological integration event and SICUREZZA, Italy’s leading trade fair event and one of the first in Europe dedicated to security & fire. The common denominator for the global trade show includes solutions, materials and technologies proposed by fundamental sectors for the design, construction and redevelopment of buildings through innovation, energy efficiency and sustainability.

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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.