Security in corporate facilities
through critical communication

Communication in office buildings:
Public Address Voice Alarm and Intercom Systems.

Products and Services

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smartVES

Flexible topology for large commercial spaces

smartVES is a network-based system utilizing TCP/IP protocols, compliant with EN54 standard requirements. Designed for efficient evacuation management and commercial messaging, it is an ideal solution for large spaces accommodating thousands of people with limited evacuation routes.

Its key feature is intelligent real-time sound adaptation, which guarantees high speech intelligibility even in dynamically changing acoustic conditions.

smartVES also offers phased evacuation, which involves gradual evacuation of people from selected floors, preventing congestion on evacuation routes. It easily integrates with key building systems such as fire alarm systems (SSP, Intercom Systems) and building management systems (BMS), resulting in cost and installation time savings.

Real-time sound adaptation in demanding acoustically challenging spaces: parking garage, entrance hall, stairwell

Gradual evacuation of people from selected floors, preventing overcrowding of evacuation routes

The system operates continuously and reliably, with necessary redundancy mechanisms

Ideal for Shell & Core projects; provides flexible adaptation to tenant needs

Enables precise planning and phased expansion, optimizing costs and meeting even the most complex technical requirements of the facility

Since smartVES components consume minimal energy in standby mode, the installation is economical and environmentally friendly

Intercom System

Reliable communication at every point in the building

The Intercom System is an advanced tool for two-way voice communication that fully utilizes IP protocol to ensure smooth and reliable information exchange at key points throughout the facility.

Intercoms are not only communication tools but also functional building access control points, enabling easy contact with reception or staff. Advanced digital audio processing, including noise reduction, echo cancellation, and automatic volume control, guarantees excellent speech intelligibility even in noisy environments. The solid, durable construction of the devices ensures reliability under all conditions. The system is characterized by easy integration with other security systems, and all events and conversations can be recorded, providing valuable support in security analysis and crisis management.

Provides two-way information exchange at key building locations

Noise reduction, echo cancellation, and automatic volume control guarantee high call quality

Solid construction and durable device housings ensure long-term operation

Seamless integration with Public Address Voice Alarm (PAVA) and other security systems

All events and conversations can be recorded, providing support in security analysis

Flexible design and minimized cabling, allowing for system customization

Phased Evacuation

In office buildings that may house thousands of people, avoiding chaos during evacuation is crucial. Phased evacuation is an intelligent strategy that prevents panic and congestion by directing people to exits floor by floor or zone by zone.

Instead of simultaneously announcing evacuation throughout the entire building, the system emits messages in predetermined sequences. This allows for smooth and safe evacuation without overloading evacuation routes. PAVA enable this function, allowing for programming of precise action scenarios. Activated by a single signal from the Fire Alarm System (SSP), the PAVA autonomously conducts evacuation from successive floors at defined intervals.

Intelligent algorithms of the smartVES System

In acoustically challenging spaces such as underground parking garages, sound reflecting off hard surfaces creates echo and distorts messages. Under such conditions, even a loud message can become unintelligible, posing a significant threat in emergency situations. smartVES is an innovative approach that uses advanced algorithms to optimize sound. The system, utilizing an audio processor and measurement microphones, monitors acoustic conditions in real time, automatically modifying the transmitted voice signal.

Voice message enhancement

Through digital dynamic sound processing (DSP), the algorithm can adjust message tone correction to achieve maximum speech intelligibility (STI index). The algorithm also ensures optimal SPL levels and signal-to-noise ratio, guaranteeing that messages are transmitted with maximum intelligibility.