Projects
In recent years, BEKS Kft. has successfully participated in several projects. As a result of these achievements, we continue to develop and innovate. We aim to participate in further projects that contribute to our company’s growth. The innovative developments realized through these projects are leveraged within the business sector.
2020-1.1.2-PIACI-KFI-2021-00272 Easy Ticket Multi-Actor Online Sales System with Dynamic Capacity Management
Beneficiary: BEKS Kommunikációs Technika Kft
Project ID: 2020-1.1.2-PIACI-KFI-2021-00272
Contact: Sándor Bacsa, Managing Director; e-mail: bacsa.sandor@beks.hu

EasyTicket Multi-Actor Online Sales System with Dynamic Capacity Management
In the period following the coronavirus pandemic, significant changes have occurred in the tourism sector regarding “contactless solutions.”
Targeted, innovative, digital solutions that provide fast, cost-effective, and secure options will play a much more significant role in the operations of tourist destinations.
The demand for controlled access and comfortable ticketing is now ubiquitous, spanning from travel and sports to leisure activities.
Modern ticketing methods are continuously being introduced in Hungary’s sports and leisure facilities. While some domestic providers offer solutions, none can achieve synchronization between online systems, thereby addressing the challenge of dynamic capacity management.
Our objective in this project is to develop an integrated access control and ticketing system, currently unavailable on the market, capable of accommodating the demands of all online sales systems, be they web-based or mobile. Concurrently, it will perform the synchronization tasks that various online sales systems are currently unable to execute among themselves.
This will result in a unique sales system, currently unparalleled even in the international market. The multi-actor online sales and access control system, named Easy Ticket, to be developed within this project, will feature dynamic capacity management, ensuring simultaneous sales across multiple platforms with dynamic capacity allocation.
Artificial intelligence ensures that neither over-selling nor under-selling occurs. To guarantee a fraud-free system that operates reliably for all partners, artificial intelligence for fraud detection will also be implemented. The system’s stable and predictable operation, even during malfunctions, is ensured by the application of 21st-century distributed systems technologies. The system’s innovative aspects include dynamic capacity management and revenue-enhancing procedures within a multi-actor sales system using artificial intelligence, as well as AI-powered fraud/abuse detection, recognition and display of abuses, and the issuance of alerts.
The project titled “Easy Ticket Multi-Actor Online Sales System with Dynamic Capacity Management” is being implemented by BEKS Kft. with an investment cost of HUF 362 million, supported by a grant of HUF 228.3 million.
The project is scheduled for completion in September 2024.
GINOP-8.3.5-18/B Loan Program for the Technological Modernization of Micro, Small, and Medium-sized Enterprises
Beneficiary: BEKS Kommunikációs Technika Kft
Project ID: GINOP-8.3.5-18/B
Supporting Fund: European Regional Development Fund

LOAN PROGRAM FOR THE TECHNOLOGICAL MODERNIZATION OF MICRO, SMALL, AND MEDIUM-SIZED ENTERPRISES
The objective of the Loan Program is the technological modernization of micro, small, and medium-sized enterprises, as well as supporting the creation and expansion of their modern product and service development capabilities. Its specific aim is to foster the development of micro, small, and medium-sized enterprises that have limited or no access to financing resources, by improving their access to external funding.
The supported investment must lead to advancements that enhance technological preparedness.
The Loan Program seeks to support investments by micro, small, and medium-sized enterprises that are financially viable and revenue-generating.
GINOP-2.1.7-15-2016-00769 Application of IoT Solutions in the Creation of an Event-Driven Security System Providing Advanced Services
Contracted Support Amount: 127,087,710 HUF
Rate of Support (in %): 62.950337%
Project Start Date: June 1, 2017
Deadline for Physical Completion of the Project: May 31, 2019
Beneficiary: BEKS Kommunikációs Technika Kft.
Project ID: GINOP-2.1.7-15-2016-00769
Supporting Fund: European Regional Development Fund

Project Overview:
In this project, we are developing marketable products by integrating the functions of currently isolated camera, access control, and patient calling systems, enabling them to communicate based on IoT (Internet of Things) principles. This allows us to implement “smart” client management within a given facility. Within the framework of “smart” client management, we are implementing advanced functions to enhance building security. The hardware and software elements resulting from the project are: Welcome SECURITY EVENT MANAGER server software, Welcome SECURITY EVENT MANAGER supervisory PC software, Internet remote monitoring web server and mobile framework, Intelligent queue number dispenser KIOSK, Intelligent wall terminal. The novelty of the project is that the systems operate in parallel and independently, yet complement each other when necessary, cooperating without human intervention. The added intellectual value of this development is that it enhances the intelligence of otherwise highly capable systems with event-driven real-time cooperation capabilities, thereby increasing their efficiency and detection capabilities. The product resulting from this development reshapes the security technology market along the IoT (Internet of Things) concept. With the implementation of this new security technology application, we anticipate significant industry impact and groundbreaking results. In our project, we implement IoT-based communication by connecting an access control system, a customer calling system, and a camera system operating in a given facility. With real-time camera management, security problems identified by the access control system are automatically displayed, along with live camera footage. The integration planned for this project allows for the establishment of access control/checkpoints within the internal areas of the facility. Arriving clients receive a barcode-based queue number suitable for passing through access points. This ensures that they can only enter zones where it is necessary for their business. The system detects unauthorized attempts and displays them to the security service with real-time camera footage. The system planned for implementation offers unique functions and IoT applications, aligning with the latest industry trends, which gives our system its groundbreaking significance.
Related Documents:
Product Information Brochure, August 30, 2019
2021. Materials from the Presentation at the November 3 Round Table Discussion
Sándor Bacsa: Presentation of R Results
Dr. Tamás Bérczes: Challenges of Data Collection When Using IoT Sensors
GINOP-5.3.2-16-2016-00268 Promotion of Flexible Employment at BEKS Kft.
Contracted Support Amount: 14,995,720 HUF
Rate of Support (in %): 100%
Project Start Date: April 1, 2017
Project End Date: March 31, 2018
Beneficiary: BEKS Kommunikációs Technika Kft.
Project ID: GINOP-5.3.2-16-2016-00268
Supporting Fund: European Social Fund

Project Overview:
Within the framework of the project, the following 9 positions will be reorganized from a traditional 40-hour work week: the Managing Director (1 person) and the Technical Director (1 person) will transition to flexible working hours; the work schedule of 6 software developers will be converted to remote work; the working hours of 1 financial administrator, 1 commercial assistant, and 1 assistant will be adjusted to flexible working (flexi-time); and the working hours of the Service Manager (1 person), Network Construction Group Leader (1 person), and Electrician (1 person) will be converted to a working time frame. One new employee will be hired for a software developer position, working within a working time frame. New, modern work tools will be procured for our employees to increase efficiency, and training and coaching will be provided for managers and employees. A workplace mentor (1 person) will be employed during the implementation period.
The goal of our project is to make our company more attractive by introducing flexible employment. We organize three types of training for our managers and employees regarding flexible employment. The communication and conflict management training aims to improve internal corporate communication and resolve conflict situations. Learning practical techniques for stress management and problem-solving is beneficial both in the workplace and in private life, making it important to introduce these to both our employees and managers, thereby improving efficiency and the internal corporate atmosphere. We organize efficiency enhancement training for our employees, which provides knowledge leading to more effective time management and work performance. With the introduction of flexible employment, employees in different positions will work with varying schedules. This may complicate cooperation and communication among them. The outcome of the training is the development of communication between managers and employees, and the effective management of stressful situations, conflicts, and emerging problems. All this facilitates the acceptance of changes and increases employees’ adaptability to the new situation. Transforming our employees’ working hours into flexible work arrangements signifies the creation of a more modern corporate culture. Committed and balanced employees advance our business with their efficiency, thereby promoting our company and enhancing its workplace reputation. Flexible work arrangements facilitate the creation of work-life balance for employees, while for the employer, they simplify work organization by allowing working hours to be adjusted to the work itself. Unrestricted working hours grant owners and senior employees full rights to schedule their work time. The working time frame allows the employer to allocate working hours in the most efficient way, unevenly compared to the general work schedule. All this can increase work efficiency, as it aligns with actual staffing needs.
GINOP-2.1.1-15-2015-00706 Research and Development of Foam Glass Application Areas
Contracted Support Amount: 565,467,689 HUF
Project Implementation: September 26, 2016 – September 25, 2018
Beneficiary: Daniella Ipari Park Szolgáltató Kft.
Project ID: GINOP-2.1.1-15-2015-00706
Supporting Fund: European Regional Development Fund

Project Overview:
The consortium established by Daniella Industrial Park Service Kft. and BEKS Kommunikációs Technika Kft. received a non-refundable grant of HUF 565.47 million for the implementation of the project “Research and Development of Foam Glass Application Areas” under the tender “Support for Corporate R+I Activities,” code GINOP-2.1.1-15. (Project ID: GINOP-2.1.1-15-2015-00706).
The companies are developing a sorting, grinding, heat treatment, and testing technology that, as a closed system, can utilize hazardous and non-hazardous glass waste to produce environmentally friendly, high value-added, innovative products: foam glass granules and foam glass insulation boards. This new, innovative technology uniquely and compactly encompasses all sub-processes of foam glass production, from sorting raw waste input to manufacturing the finished product. It also includes the development of a complex production IT system that coordinates, monitors, and analyzes the technological sub-processes necessary for achieving optimal product quality. During the project’s implementation, specialized machines and equipment will be developed that are essential for the technology but are not commercially available.
The consortium leader, Daniella Industrial Park Kft., manufactures foam glass granules and conducts related R activities, while also engaging in the leasing and operation of industrial properties. BEKS Kft. is the most experienced company in the region in the field of IT system integration.
The consortium members undertake to produce high value-added end products from hazardous and non-hazardous raw waste glass using recycling methods. In this project, the members, aligning with their respective areas of expertise, carry out numerous research and development tasks, including: research into foam glass manufacturing technology, research and development of foam glass heat treatment processes and implementing equipment, research and development related to the establishment of a production IT system, and tasks related to the research of the material and chemical structure of foam glass samples.
The foam glass board product will primarily be commercialized for the retrofitting of thermal insulation in residential and office buildings, as well as industrial facilities. Thanks to its excellent waterproofing and drainage capabilities, foam glass granules made from hazardous waste glass are suitable as road bases, for thermal insulation under screed concrete, and are an ideal insulating material during road and railway construction. The insulation system will primarily be sold to companies trading in construction materials. Currently, no such capacity exists in East-Central Europe, therefore the domestic manufacturing capacity to be established can play a market-leading role in the region. Within the European Union, East-Central Europe has the highest proportion of buildings with low energy efficiency, making this market particularly important for the project.
GINOP-4.1.2-18-2018-00269 Building Energy Efficiency Development at BEKS Kft.
Name of Beneficiary: BEKS Kommunikációs Technika Korlátolt Felelősségű Társaság
Project Title: Building Energy Efficiency Development at BEKS Kft.
Project ID: GINOP-4.1.2-18-2018-00269
Contracted Support Amount: 17,784,958 HUF
Rate of Support: 50%
Supporting Fund: European Regional Development Fund

PROJECT SUMMARY:
For the implementation of the project titled “Building Energy Efficiency Development at BEKS Kft.”, BEKS Kft. received a non-refundable grant of HUF 17,784,958 with a 50% support intensity under the tender “Support for Building Energy Efficiency Developments Implemented with the Use of Renewable Energy,” code GINOP-4.1.2-18. (Project ID: GINOP-4.1.2-18-2018-00269).
Project Content:
In this project, the building located at 4024 Debrecen, Rákóczi St. 21. with cadastral number 8445/A/1 underwent energy efficiency renovation. Modernization works included: supplementary thermal insulation; replacement of existing doors and windows; modernization of heating and domestic hot water (DHW) systems; installation of a heat pump system and a solar panel system.
Upon completion of the project, the energy efficiency of the building stock will improve.
The application of the heat pump system and the solar panel system will result in renewable energy utilization.
The installed solar panel system allows for electricity generation, which covers a portion of the energy demand from the building’s lighting and mechanical electrical consumption.
Project Start: October 17, 2019
Project Physical Completion: November 2, 2020