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The establishment of the legal predecessor of Globomax Zrt. can be linked to the regime change, an important milestone in the history of Hungarian self-governance. The democratically elected municipality were seeking information technology answers to the problems faced by them relating to organisation, operation, decision preparation. This need gave birth to the company itself.
From the beginnings to this date, the owners of the fully Hungarian-owned company are workers, as well as private individuals having a direct working relationship with the company.
The first, still brand-leading product of Globomax is MikroVoks, specifically developed for the municipality of local governments. During the preparation of the system, the software and the hardware were developed in parallel, which is a technical peculiarity.
The need to involve the public created MikroKam, a robot camera solution to broadcast the meetings of city council, as well as the Local Government TV media server supporting the former.
The MikroVoks system ensures the transparency of local governmental decision-making in more than 250 settlements in Hungary, in 6 settlements in Romania and 17 settlements in Serbia.
Since its establishment, the company has been developing dynamically; it has been awarded with the Hungarian Product Grand Prize several times in the upper chamber of the Parliament. Globomax has become dominant in its own market segment in Hungary; thus, in the field of local governmental general assembly systems, it has earned a market share of more than 98%.
I managed the full development process. I provided assistance in specific developments for the full latency audio and video solutions.
I received complex tasks: the electronic design of the hardware, development of low latency audio and video modes, preparation and verification of microcontroller-based software.
I prepared the internal microcontroller software of the counter, and I prepared the pieces of ancillary software and PC programs, which download certain information to the creation counter. Preparation of the GUI set of tools
I was in charge of the professional, financial management of the project, I monitored the entire project, and I actively participated in solving the problems that arose.
My tasks included the preparation of circuit board designs, counter modelling, preparation, and testing of 3D modelling printing samples. I carried out the actual electronic, mechanical construction of the prototype.
My tasks included the development of the experience of sound localisation (HAAS effect), as well as optical measurement and determination.
I was in charge of the practical software implementation of optical distance measurement. The preparation of the PC program, which defined the distance between the counters by optical means.
I carried out the project’s administration tasks: licenses, accounting, professional reports. I also participated in the development work, as well as in the development and testing of the HAAS effect.
I was responsible for developing the design of the counters. In the course of the designing process, we progressed from the development of the outlines through the preparation of the final plans to the preparation of the 3D forms.
After the selection of the material of the counter, taking into consideration the individual manufacturing experiences, I prepared the finished counter by using a CNC program from the extruded aluminium box body.