Innovative Information Technology

Innovitech kft.

Innovation abilities

Széchenyi 2020

The formation of InnovITech Ltd. in 2011 was driven by the ambition of the founding members to utilize their professional experiences accumulated in the field of application development, quality assurance and research and development. 

Since then, the company has been continuously growing and as a result, has three regional offices operating in Hungary. Our HQ is located in Budapest and two other site offices have been established in Eger and Debrecen. 

We have the most up to date knowledge in different areas of IT and research and development, thanks, to the active role our colleagues play in academic level collaborations . Our insightful knowledge of IT technologies and R&D allows us to be efficient participants during the planning and implementation of different research initiatives. It is our priority to accomplish internationally competitive IT results by combining our academic research capacity with the experience of the private sector and our understanding of IT industry demands. 

Our long term goal is to provide industrial benefit of our company's competence in innovation capabilities. Most of our currently ongoing R&D projects are financed from our own resources, such as, a recent invention of ours undergoing the patent process. Based on this invention we would like to launch a research and development project under the name of “A procedure for the establishment of electronic value-based information trade attached to IT imprints and for the IT mapping” which makes it possible in the field of healthcare to introduce the procedure declared in the patent into the market and to perform on the concerning research and development tasks.

Our research projects are the following :

  • CTA – “CML Treatment Assistant”: Electronic Tracking Assistant: IT Solutions for Cancer Research and Treatment. The purpose of the development is to create a treatment tracking system that is accessible from electronic mobile phones capable of tracking multi - year / life - long treatment periods according to treatment methods.
  • GenomeAtlas: Research related to the representation of the cell type specific three-dimensional structure of a particular species’ genome.
  • Metagenom: Analysis of the relationships between microbiome and clinical data based on machine learning procedures (according to the model of neuropsychiatric diseases), development-design frameworks, development of Big Data solutions for the analysis of unstructured data sets.
  • JDSA – “Java Decision Structure Analyzer”: Source code decision structure analyzer. The aim of the research and development project is to create a static code analyzer capable of measuring the decision structure of the source code, capable of detecting decision structure anomalies. Introducing design metrics that characterize the quality of decision-making of object-oriented programs and their correlation with other quality indicators.

  • GRAPLER (GRApe Pruning LEarner Robot) : Development of a precision cutting robot [IB1] and an agricultural platform based on image processing and machine learning procedures, research on new types of information management procedures.

  • IBB - "InfoBank and InfoBroker": Information management services for clarifying digital ownership, managing data resources (InfoBank), conducting information value trading with data treasure information (InfoBroker). Developing a new generation of financial services using machine learning procedures.
  • Elaboration of development and design frameworks: our company has elaborated development and design frameworks and solutions, based on technology standards, which guarantee the trustworthy execution of robust IT projects. We experiment with the development of flexible generating procedures based on the framework that are capable of producing the source code from UML-based design products for the given framework.
  • Creating Big Data solutions related to the analysis of unstructured data sets.

In addition, our experts have proficiency in the following research and development areas :

  • Electronic nutritional and lifestyle coaching ;
  • “Internet of things”, FutureRFID”;
  • Planning methodologies;
  • Design principles, analysis of design patterns;
  • SAT problem, SAT solving algorithms;
  • Model checking, use of model checking programs in practice;
  • Mathematical analysis: investigation of functional equations and functional inequalities;
  • Stability theory of functional equations. 

Technologically defined special abilities:

  • Experience in project management, planning, development and testing; we have significant experience in the field of IT developments involving project management, analysis planning, development implementation, testing-quality assurance, which can be applied either in the course of a specific project implementation or in general concept.
  • DWH, BI, Big Data: Among our professional competences we have to highlight our data warehouse, BI development experience, with which we can provide an efficient solution for automatic data analysis of large amounts of data, the implementation of standard data exchange, reports, dashboards serving data warehouses and data markets. This ability is complemented by the knowledge related to the development of Big Data solutions for the analysis of unstructured data sets.

  • Microservice-based applications: the projects of our company are based on microservice-based architecture. We have outstanding references on the topic, as we have been involved in the development of several microservice-based systems for handling a significant number of transactions, users and critical response times.

  • IT project audit: Our company has been dealing with IT project audits for several years, in which period we have audited numerous projects. During the audits, we perform the analysis of the project management, analysis and planning, implementation, quality assurance processes and the deliverables according to the audit strategies formulated in each topic. The results of the study are summarized in inspection reports that in addition to addressing of the identified problems—also detail the consequential risks. Within the framework of quality assurance, suggestions for the correction of the detected anomalies and the possibilities of refactoring are also formulated.