A well thought-out alerting process is crucial to counter threats quickly and in a targeted manner. From the detection of an event to the triggering and transmission of alarms and targeted intervention, we offer you a comprehensive alerting strategy designed for reliability and precision. Using state-of-the-art alarm triggers and transmission technologies, our system ensures that security incidents are detected at an early stage and immediately forwarded to the right people. Fast alarm processing means that the planned intervention is initiated immediately, providing optimum support for your security structure.
A security-relevant event is detected by sensors, surveillance cameras or other security components.
Immediate verification of the alarm signal, for example by video verification, ensures that it is an actual event and reduces false alarms.
The alarm software enables centralized management of all alarm systems, flexible notifications and precise logging.
The triggered alarm is forwarded via one or more transmission methods (e.g. mobile radio, Internet, LAN) to the location(s) defined in the alarm escalation - persons, alarm receiving center, security personnel.
Security forces or emergency services take targeted measures to neutralize the threat and prevent damage.
Alarm triggering is the central moment in the alarm process, when the system reacts to security-relevant events such as unwanted intrusion, technical alarms such as heating failure or panic and heat alarms and initiates all further steps. Various types of alarm triggering ensure that specific threats are reliably detected and averted.
Automatic alarm triggering
Security and technical sensors detect anomalies such as unauthorized movements, glass breakage or smoke development and automatically trigger an alarm. This enables a rapid response to security-critical events and technical faults.
Manual alarm triggering
An alarm can be activated manually with a simple press of a button via the hand-held transmitter or the app. This method allows staff to respond immediately in emergency situations.
Video-verified alarm triggering
The alarm event is generated by analysis software that evaluates the images from the surveillance cameras. The alarm is then visually verified and processed by a person in an alarm receiving center. This reduces false alarms and enables rapid, targeted intervention.
Alarm verification is a crucial step in the alerting process to assess the actual threat situation and minimize false alarms. Through rapid, targeted verification, we ensure that each alarm is only escalated when actually required.
Video verification
If an alarm is triggered, the system accesses networked surveillance cameras to visually check whether there is actually a threat. This enables a quick decision to be made as to whether intervention is necessary.
Sensor calibration
With the help of several sensors that detect movement, noise or other anomalies, the system can precisely confirm the authenticity of an alarm signal. This significantly reduces false alarms and makes more efficient use of resources.
Alarm confirmation by staff
In certain cases, an alarmed employee can check and confirm the event directly via a mobile app or a connected control panel.
Alarm verification offers you maximum security and efficiency by ensuring rapid and targeted action as soon as an actual incident occurs.
The alarm software simplifies the management and monitoring of all alarm systems and enables a precise, rapid response to security-related incidents. It collects and processes alarm data centrally, logs events and reliably forwards messages to the responsible persons or emergency services.
Central control
The software enables central monitoring and control of all alarms so that you always have a complete overview.
Customizable notifications
Alarms can be forwarded flexibly to the right personnel - via push, SMS, email or phone call. This means that every alarm message reaches the right person without delay.
Logging and analysis
The software documents all alarms and provides reports that help to optimize security processes and improve response times.
With our alerting software, your security infrastructure remains efficient and easy to manage - for maximum protection and control.
Alarm transmission is an essential step in the alerting process, ensuring that an alarm is immediately forwarded to the relevant authorities. We rely on reliable, multi-layered transmission methods to ensure fast and secure communication, even at critical moments.
Mobile radio transmission (GSM/4G)
Independent of the local network and ideal in the event of network failures.
Internet transmission (LAN/WLAN)
Fast transmission in real time for immediate response.
Redundant transmission
Combination of several methods for hedging.
Notification via push, SMS or call
Direct alarm forwarding to mobile devices for rapid action.
As soon as an alarm has been verified, a targeted intervention is organized to respond to the threat quickly and effectively. Depending on the type of incident, the alarm center can contact the police, fire department, a security service or an internal company department.
Choosing the right intervention agency is crucial in order to respond quickly and appropriately to the incident and minimize damage.
Effective alarm intervention requires not only the selection of the appropriate location, but also careful coordination and clear processes. This ensures that no valuable time is lost in an emergency and that damage or losses are kept to a minimum.
An alerting process is a structured procedure that ensures that security-relevant events are quickly and efficiently recognized, checked and forwarded. It is crucial in order to save valuable time in an emergency and to inform the right authorities - such as security personnel, police or fire department - immediately. A well thought-out alerting process minimizes risks and ensures a smooth response to threats.
Alarm verification is the step in which a triggered alarm is checked to determine whether a threat actually exists. Methods such as video verification analyze live images from surveillance cameras, while sensor matching compares multiple signal sources. This reduces false alarms and ensures that only real events are intervened with.
Video verified alarms use surveillance cameras to visually verify an event. This can drastically reduce false alarms as security personnel or emergency services only respond to clear threats. This saves resources and ensures targeted intervention as suspicious activity can be tracked in real time.
Alarm messages are forwarded directly to alarm centers, security services or defined contacts via various transmission channels - such as mobile communications (GSM), Internet (LAN/WLAN) or redundant systems. In addition, push notifications, text messages or emails are used to ensure fast and reliable communication.
GSM/4G, LAN/WLAN and redundant transmission systems are used for alarm transmission, which reliably forward alarms even in the event of network failures. These technologies ensure that alarms reliably reach the responsible parties, regardless of external faults. In addition, push messages, e-mails and calls are used to optimize the flow of information.
Yes, alerting processes can be individually tailored to the needs of your company. From the prioritization of certain alarm types to integration with existing security systems, all steps can be flexibly adapted. This personalization ensures that responses to security-related events are optimal and efficient.
In the event of network failures, alarm transmission falls back on redundant systems such as mobile radio (GSM/4G) or satellite connections. These alternative transmission paths ensure that alarms are forwarded even without active internet or landline connections. This ensures the security of your company at all times.
Whether you need individual advice or have specific questions about our solutions - we are at your disposal in person. Let's find out together how we can best meet your security requirements. Simply contact us and we will find the right solution for you.
Co-Founder & Head of Technology