A technological gem for research at the Polish Academy of Sciences (PAN)
The Institute of Animal Reproduction and Food Research (RZiBŻ) of the Polish Academy of Sciences in Olsztyn is a leading centre in Poland and one of the best in Europe in the field of food science and the reproduction of animals and humans. The Institute’s scientists specialise in improving reproduction biotechnics and biotechnology and study the relationships between food components and the human body. Moreover, the unit successfully conducts innovative work in the field of sustainable aquaculture and the protection of endangered species. As part of a new investment, a laboratory-administrative building with an animal facility has been constructed. It is a multi-storey laboratory-office building with technical rooms connected to a single-storey animal facility. It features 700 m2 of cleanroom space equipped with an advanced Security Airlock System(SAS), i.e. chambers fitted with access curtains and rooms specially designed to maintain an environment completely free from any contamination. Thanks to the experience and knowledge of the Everest 5 technical team, we effectively supported the General Contractor in designing and constructing this facility. Our tasks included the implementation of the building management and monitoring system PSIM (Physical Security Information Management). We integrated the physical security information management (PSIM) system with the building management system (BMS) and UV lamps to ensure the proper functioning of airlocks and to maintain the pressure cascade, as well as with fire systems and technical security systems. We were selected due to the need to create complex algorithms and connections between the systems. We are proud to say that we manage such a complex facility from a single location and through a single application. We operate comprehensively and, just as importantly, in full compliance with health and safety requirements and standards. If you are planning to build a cleanroom facility at your site – get in touch with us. We will analyse your situation and help you find the best solution.
We support the Portus Vitae Foundation ‘Wellbeing Mindfulness Diversity’
‘Portus vitae’ means ‘harbour of life’ – we want life to pause for a moment, to stop just for a while, to feel that we are living here and now. We will strive to ensure that our Foundation becomes a safe haven for those in need of support. The Foundation raises funds and organises workshops for people in crisis, suffering from conditions including professional burnout, low mood, physical and mental exhaustion, lack of energy and a diminished sense of happiness. We are keeping our fingers crossed for you, Ewa Dąbrowska 🙂 Strength and perseverance.
Designing VAS in historical buildings – the example of the Congress Hall modernisation
The renovation of the Congress Hall in the Palace of Culture and Science in Warsaw is scheduled to be completed in a few years, but the hall itself has been closed since 2014. Why did we have to wait so long for the resumption of interrupted work? One of the reasons was the need to improve fire safety. The Everest5 team is responsible for the modernisation of all telecommunications systems in this facility. Today, we will focus on the VAS and several key guidelines regarding this system in public utility buildings. The VAS (Voice Alarm System), which forms part of the fire alarm system, was created to ensure safety and communication in emergency situations. This system enables the transmission of warning signals and voice messages in the event of a fire hazard detected by the fire alarm system or directly by the system operator. Its main purpose is to inform people in the building about the existing danger and to direct them to the nearest emergency exits. Its fundamental requirement is to achieve a Speech Transmission Index (STI) of at least 0.5 (on a scale from 0 to 1). The need to ensure such an index is described in the technical specification CEN/TS 54-32:2015 Fire detection and fire alarm systems – Part 32: Planning, design, installation, commissioning, use and maintenance of voice alarm systems. To achieve the best possible speech intelligibility index, the reverberation time of the room (RT60) should be as low as possible, and speakers should be placed as close as possible to the listener – so that the listener receives the greatest amount of direct sound (not reflected). This can be achieved by covering as much of the room as possible with sound-absorbing materials. However, historical buildings are typically finished with materials that strongly reflect sound, such as stone floors, marble walls, mirrors, etc., and there are few places where absorbing materials can be used (such as suspended acoustic ceilings or acoustic panels). Historical rooms also often have a large volume, which naturally increases the reverberation time. Therefore, large volume, hard material finishes, and limited possibilities for installing acoustic materials mean that the room reverberation time (RT60) is high, which adversely affects speech intelligibility. To calculate the expected reverberation time and the resulting speech intelligibility index, acoustic simulations are performed. These involve building a computer model of the room and finishing it with the materials that will be used in the actual room. The computer model also includes the speakers that will be installed in reality (with specified efficiency and frequency characteristics) and they are excited with a signal that corresponds to human speech. Based on this, the number and placement of acoustic materials to improve the room’s acoustics, as well as the number and specific types of speakers, are selected in order to achieve the required speech intelligibility index and the appropriate sound pressure level, which should be higher than the background noise in the room caused by the presence of people and any operation of fire smoke extraction or ventilation systems. This process is often iterative, checking step by step whether the given number of speakers or the amount and type of material meets the set requirements yet. This process should be supervised by professional acousticians who not only have the skills to work with acoustic simulation software but also the knowledge to interpret and verify the obtained results. Every computer programme is by definition only a simplified model of reality with finite accuracy, which in the case of VAS systems attempts to replicate the complex behaviour of acoustic waves. Contact us if you are interested in expanding your knowledge about designing VAS systems in historical buildings. Our experience already covers over 30 facilities modernised under the supervision of conservation officers.
Warszawa Zachodnia – precise VMS image analysis.
In line with IPI-4 guidelines, PKP Polskie Linie Kolejowe S.A. requires video surveillance systems (VSS) at passenger service facilities to meet specific image analysis standards. Below are the key requirements for intelligent video content analysis (VCA) algorithms: The solutions proposed by Everest5 in the field of video analysis meet all PKP PLK requirements and offer additional monitoring capabilities based on artificial intelligence. Thanks to advanced neural networks, the system ensures extremely precise detection of objects and events, making it highly effective in public transport environments such as stations and railway platforms. Advanced algorithms are redefining railway safety standards! The Neurotracker detector recognises the presence of people in the video and generates an alarm when someone crosses the safety line, provided that no train is in the field of view. The system operates dynamically, automatically deactivating the rule when a train is detected by a dedicated algorithm. This solution guarantees a high level of safety and significantly reduces the risk of potential accidents. Advantages of neural networks over traditional machine learning: Technologies based on neural networks offer significantly greater effectiveness than traditional machine learning algorithms. The implementation of this technology has made it possible to reduce the number of false alarms by up to 90% compared to previous solutions. Earlier systems often misinterpreted dynamic conditions, such as shadows or reflections, as potential threats. Neural networks are better able to distinguish real events from interference, which translates into more precise results. The solutions implemented at Warszawa Zachodnia station utilise indispensable NVIDIA graphics cards, which enable efficient handling of complex AI algorithms. The high computational power of GPUs allows for faster image analysis and an increased number of cameras to be handled simultaneously without compromising detection quality. This is crucial for high-traffic locations, such as railway stations. Potential for further algorithm improvement There is potential for further refinement of the algorithms for the VMS platform, allowing them to be tailored to the specific conditions of a given location. As a result, the effectiveness of the event recognition can be further improved, and the number of false alarms reduced to an absolute minimum. This means that the system can be continuously improved and better adapted to the requirements of specific environments, such as railway platforms. Ideal solution for stations and platforms The solution implemented at Warszawa Zachodnia Station by Everest5 is a system consisting of over 1,600 video cameras. It is a modern video management system (VMS) that combines advanced image analysis capabilities with intuitive monitoring infrastructure management. With its modular architecture and wide range of functions, this platform performs excellently in dynamic environments such as railway stations and platforms. Advanced artificial intelligence algorithms, integration with a variety of devices, and the ability to adapt to specific requirements make the implemented VMS a reliable tool supporting safety and operational efficiency. Advanced video analysis using AI – Everest5
Comprehensive paid parking management – Everest 5 deployment begins
As many as 2,000 users per day are now utilising the smart parking technology implemented by the Everest5 team in one of Warsaw’s complexes. One of the key achievements of this project is the introduction of automated algorithms integrated with the reservation system, access control system, and automatic number plate recognition. The Licence Plate Recognition (LPR) System automatically reads vehicle plates, verifies them against the reservation number, opens the barrier, and informs the user of the assigned parking space. The main objective of the implemented solution is to maximise the use of the available parking space. The system is based on automatic parking technology, where drivers hand over control of the vehicle to the system, which scans for available spaces, selects the optimal one, and parks the vehicle. This eliminates issues related to improper parking and wasted time searching for a free spot. SMART PARKING is based on advanced sensors, cameras, and algorithms that analyse the space. These components work together to efficiently manage traffic and ensure that every available space is used in the most optimal way. Find out more about our proprietary solution. Smart Parking by Everest5.
Modernisation of palace lamps in the iconic Congress Hall
The modernisation of the Congress Hall at the Palace of Culture and Science in Warsaw is a wide-ranging project involving many aspects, including the refurbishment of the palace lighting. The Everest5 team has undertaken this ambitious task. As part of our conservation work, we will modernise 390 palace lamps and chandeliers. The palace lamps and chandeliers in the Congress Hall are impressive and form a significant decorative element of the interior. They are made of crystal and metal, which gives them an elegant and luxurious appearance. Their design is inspired by the socialist realist style that dominates the décor of the Palace of Culture and Science. The lamp restoration technique we use depends on the type of lamp, the material it is made of, its technical condition, and the scope of work required to achieve the desired result. In the first stage, we create photographic documentation to avoid any errors when reassembling the lamps after restoration. Next, we dismantle the wiring and electrical components. In the second stage, we focus on thoroughly removing the damaged surface layer using dedicated sanding discs/papers. We then carefully level the surfaces of the metal components and, where necessary, reproduce any missing details. In the next step, we prepare the surfaces for the lacquer or galvanic coating through sanding and polishing. If the lamps have plastic lampshades, we restore them starting with 600 or 800 grit sandpaper, progressing to 3000, and then polish them using a special polishing paste suited to the material of the lampshade. For the best result, polishing is done mechanically with the appropriate sponges. Thanks to a professional and completely safe method, the lampshades look as good as new. After completing all necessary repairs to the metal, glass, and plastic parts, and applying the galvanic or lacquer coating, we proceed to the final stage. We reassemble all the components of the lamp according to the previously prepared photographic documentation and perform the electrical connections. The final stage of the renovation process is a thorough inspection of both the electrical connections and the visual appearance of the restored lamp. We always strive to maintain the highest quality and precision in our work, as lamp restoration is not only about aesthetics but also safety. Follow our progress! The creative team at Everest5.
New EPBD 2024 directive adopted
The new EPBD 2024 directive – the Directive of the European Parliament and the Council on the Energy Performance of Buildings – is a key document regulating energy efficiency standards in the building sector within the European Union. It introduces a range of requirements concerning energy efficiency and renewable energy sources in both new and existing buildings. However, in the face of emerging fake news, the directive is often misunderstood, which can lead to discouragement from undertaking pro-environmental actions. If you are planning to design a new building or modernise an existing one, get in touch with us. We can discuss ways to significantly reduce operational costs and increase your facility’s functionality. We recommend technologies that contribute to achieving ‘net zero’ – including reducing the carbon footprint and appealing to renewable energy sources – which can lead to obtaining certifications such as LEED, BREEAM, or WELL. This, in turn, will make your building more attractive to Investors and Tenants. The EPBD directive will definitely be relevant for you!
Kinomuzeum – we have signed an AV contract
We are delighted to announce the next stage of our work, which symbolises new opportunities and challenges for us. Not long ago, we announced the completion of the construction of the Museum of Modern Art. Now, we are proud to share our involvement in another project within this beautiful facility. ‘KINOMUZEUM is a space in the Museum of Modern Art (MSN) where independent and experimental films meet the most fascinating expressions of mainstream cinema, together prompting reflection on everyday life and enriching the practices of shaping the scenarios of the future’. Everest5 – Technology in action: The cinema signal is projected from a 2K/4K cinema server source compliant with DCI standards and displayed using a Barco projector located in the projection booth. The versatile sound system is based on Meyer Sound solutions. All systems are operated via a wireless tablet, which controls such parameters as the zoning setup, signal source selection, device volume levels, and the positioning of screen masking panels. There is also the possibility to remotely activate (via the tablet) 5 different scenes – 16:9, 16:10, 2.39:1, 4:3, or complete screen coverage with curtains. The cinema is also equipped with a hearing assistance system for individuals with hearing impairments. We invite you to visit the Museum of Modern Art. Follow our activities for more updates.
The Congress Hall at the Palace of Culture and Science – Restoration of the historic venue begins
Our company is proudly undertaking the comprehensive redevelopment of the Congress Hall in the Palace of Culture and Science in Warsaw. This project represents not only a significant challenge but also a unique opportunity to collaborate with one of the capital’s most important historical landmarks, which for decades has been at the heart of many cultural, scientific, and political events. As part of this investment, we will carry out a range of modernisation works aimed at improving the functionality, safety, and user comfort of the hall, while preserving its historical character. We will dismantle the existing electrical and telecommunications installations. The palace light fittings will be completely refurbished – they will be restored, carefully stored, and reinstalled after the renovation. This modern approach to lighting will not only improve energy efficiency but also enhance the interior aesthetics of the Congress Hall, emphasising its unique character. We will also ensure the safety of those present in the Congress Hall. As part of the project, we will install and activate a Voice Alarm System (VAS), which will be integrated with the fire alarm system. This system will provide fast and effective communication in the event of a fire hazard, enabling the immediate broadcast of warnings and voice messages – a critical feature in buildings of this type. Due to the unique nature of the hall’s historic interiors, we will also conduct acoustic simulations to optimise the hall’s sound performance. We want the Congress Hall, as the venue for many prestigious events, to provide not only the highest level of safety but also excellent acoustic comfort for all attendees. Our efforts will enhance sound quality, which, combined with the modern VAS system, will create ideal conditions for both business meetings and cultural events. The Congress Hall is one of the most important and recognisable spaces in the Palace of Culture and Science in Warsaw. It was designed by the engineer L. Marconi and opened in 1955. Over the years, it has hosted key political, scientific, and cultural events, including conferences, concerts, exhibitions, and state ceremonies. A distinctive feature of the hall is its vast size and unique structure, making it one of the most impressive spaces within the Palace of Culture. The modernisation we are carrying out will preserve the historical character of the venue while introducing modern technologies that will enhance the comfort and functionality of the hall, allowing it to meet the requirements of contemporary events. We eagerly await the completion of the works and the handover of a modern, safe, and functional Congress Hall, which will continue to play an important role in the cultural landscape of Warsaw.
Data centre for emergency number 112
Everest 5 has carried out comprehensive construction works involving the modernisation of a server room and the separation of IT support rooms for the Office of Electronic Communications in Borucza, 05-282, in Strachówka. The scope of work by Everest 5 Sp. z o.o. included: This is our first project as the General Contractor for a data centre. Follow us on our website and on LinkedIn.