References for Hyperprogramming

Complex information systems designed by our experts

E-Revenue Stamp project/software module IS PEP - payments pairing and recording (2014 - 2016)
Our team has supervised the development of the payment pairing and recording module of the E-Revenue Stamp project, which proceeds 250 million EUR /year, 1 million transactions/month. The architecture of the software solution is built using configuration-oriented programming principles and its highly optimized and stable solution. (Link)

Project Slovakiana / software module CAIR - Central Registry and Infrastructure (2015-2016)
The backend of the complex information systems for the department of culture of the Slovak Republic, which manages copyrights of all digitalized assets under the administration of the Ministry of Culture of the Slovak Republic. (Link)

Project eDemocracy - open government/software module subsidies and EU aid (2015-2016)
This portal offers 14 electronic services of the Government Office of the Slovak Republic, for example, datasets related to subsidies and EU aid provided.

Web portal/intranet of the Slovak Bar Association (2003- ) 
This project shows the flexibility of our technology, as its continuously developed & maintained using Configuration Oriented Programming and Hyperprogramming for more than 19 years in a row, without the need of rewriting the whole system from the scratch. It's being upgraded strictly on the bases of new users' requirements and only those parts of the project that reflect requested functional changes are adjusted. (Link)

Teseron Hyperinformation System (IDE)
Very powerful cloud-native IDE, that is enhanced with a visual interface and "low-code" like features. It's our main project development tool and it's developed using itself.  Teseron Hyperinformation System IDE covers the full project lifecycle and allows real-time development, compiling, testing, profiling, version control, logging & monitoring, maintenance, and real-time deployment of highly scalable & secure intranet/extranet applications. The resulting code is extremely compact, fast & resource efficient. It contains a large number of fully configurable "abstract" modules, that may be further adjusted to clients' requirements.