According to the Hungarian public accountancy law § 154 C. of year 2000, every enterprise that does double-entry bookkeeping is liable to send their yearly report (balance, result sheet, etc.). It is necessary to send the report as an e-sheet through the Governmental Portal (part of the Central System) since the 1st of May, 2009 (IRM-MeHVM-PM joint order no. 11/2009.).
The task of the e-Beszámoló system is to receive the e-sheets uploaded through the Governmental Portal, then publicly disclose them and enable searching for them via web site (http://www.e-beszamolo.kim.gov.hu/). Additionally it is also the task of the System to pass on the data of the reports to NAV (National Tax and Customs Administration) former APEH (Tax and Financial Control Administration) using the Central System of Hungary. The disclosure is subject to dues (3 000,- HUF), which is certified by the sender using a MÁK payment certification document attached to the e-sheet. The e-bill about the charge of disclosure is generated by the System.
The e-Beszámoló system was developed by Atigris Informatics cPlc. for the former IRM (Ministry of Justice and Law Enforcement), and is currently running and operated by Atigris at the successor of the Ministry called KIM (Ministry of Civil Service and Justice).
During the presentation we will discuss what SOAP-based service-oriented interfaces the System uses while communicating with the various remote systems (Central System, NAV, e-billing system, organizations providing civil services). We will discuss the base foundations of the Central System, the handling of PO boxes and dedicated storage, and how an institutional system (like e-Beszámoló) can be joined to the Central System. The function of the most important components (receiver service, NAV sender service, e-billing service, public web interface, internal administration interface, etc.) of e-Beszámoló will be presented in detail. The expectations and policy of encryption, the principles used in the development of the software, and the technologies used will also be shown.
In addition it will be presented that what technological solutions are used to ensure the high availability of the System developed using Microsoft tools, like clustering solutions (failover backend cluster, load balancing in the frontend), the data synchronization methods (DFS Replication, SQL Log Shipping), the shadow premise (virtual environment using Hyper-V) and the backup system (Symantec) to name a few.
The System handles data on the scale of terabytes (reports, and e-bills), more than 3 000 000 files, and huge SQL databases. Furthermore we will discuss the method we used to make data effectively searchable, the logging strategy, the storage system, and the facts about the scalability of the System.
During the presentation we will discuss what SOAP-based service-oriented interfaces the System uses while communicating with the various remote systems (Central System, NAV, e-billing system, organizations providing civil services). We will discuss the base foundations of the Central System, the handling of PO boxes and dedicated storage, and how an institutional system (like e-Beszámoló) can be joined to the Central System. The function of the most important components (receiver service, NAV sender service, e-billing service, public web interface, internal administration interface, etc.) of e-Beszámoló will be presented in detail. The expectations and policy of encryption, the principles used in the development of the software, and the technologies used will also be shown.
In addition it will be presented that what technological solutions are used to ensure the high availability of the System developed using Microsoft tools, like clustering solutions (failover backend cluster, load balancing in the frontend), the data synchronization methods (DFS Replication, SQL Log Shipping), the shadow premise (virtual environment using Hyper-V) and the backup system (Symantec) to name a few.
The System handles data on the scale of terabytes (reports, and e-bills), more than 3 000 000 files, and huge SQL databases. Furthermore we will discuss the method we used to make data effectively searchable, the logging strategy, the storage system, and the facts about the scalability of the System.
During the presentation we will discuss what SOAP-based service-oriented interfaces the System uses while communicating with the various remote systems (Central System, NAV, e-billing system, organizations providing civil services). We will discuss the base foundations of the Central System, the handling of PO boxes and dedicated storage, and how an institutional system (like e-Beszámoló) can be joined to the Central System. The function of the most important components (receiver service, NAV sender service, e-billing service, public web interface, internal administration interface, etc.) of e-Beszámoló will be presented in detail. The expectations and policy of encryption, the principles used in the development of the software, and the technologies used will also be shown.
In addition it will be presented that what technological solutions are used to ensure the high availability of the System developed using Microsoft tools, like clustering solutions (failover backend cluster, load balancing in the frontend), the data synchronization methods (DFS Replication, SQL Log Shipping), the shadow premise (virtual environment using Hyper-V) and the backup system (Symantec) to name a few.
The System handles data on the scale of terabytes (reports, and e-bills), more than 3 000 000 files, and huge SQL databases. Furthermore we will discuss the method we used to make data effectively searchable, the logging strategy, the storage system, and the facts about the scalability of the System.