Funded projects

The development aims to create an AI-based automated decision-support system to assist fast and safe diagnosis of spinal fractures throughout Hungary. The consortium is developing a comprehensive data collection system through which doctors can annotate large volumes of data to build a database suitable for training artificial intelligence. The database includes spinal CT and X-ray images. Further algorithms can be developed on the resulting modular AI platform to support fast and safe clinical work. Hospitals upload annotated images to this service, and AI uses the resulting big data database to assess the severity of individual cases and provide real-time feedback to doctors, triaging urgent and less urgent cases.

This project aims to combine several functions in an intelligent identification and tracking system applicable across many sectors, primarily targeting retail through the automation of shopping and payment. A key element is a controlled passage system with weighing and verification functions, integrated with a payment terminal. Data scanned as products are placed in the trolley are transmitted to a central system, which issues a receipt or invoice and accepts payment by cash, bank card, loyalty card, mobile phone or e-wallet. Following payment, the gates open and the trolley can leave. Customers can mount their smartphone on the trolley and use the application to download a prepared shopping list or interactively add products recommended by the store while shopping. Products placed in the trolley are automatically checked off the list.

Senso-Media Zrt.’s main objective is to improve Uganda’s overall tourism competitiveness through digital development and advanced European technologies. The proposed Complex Infocommunication and Ticketing System (CITS) supports the digital transformation of tourism through the following elements: - Manufacture and installation of indoor POS digital kiosks for promotion, marketing, cashless payment and ticket purchases for services, tourist attractions, cultural, musical and other programmes. - Manufacture and installation of indoor ICT Digital Light Poster devices for promotion, marketing and advertising tourism products. - Development and population of a Ugandan tourism mobile app and interactive, responsive website, together with the databases and servers required for the system. - Development of an intelligent tourism administration interface and back-office system to improve sustainability and resource efficiency. - Development of smart tourism products, including electronic tickets, digital hotel reservations and taxi booking with straightforward, reliable payment options. - Development of data collection and analysis tools providing real-time tourism information. - Professional operation of the system for 2 years, including necessary replacement parts. CITS is intended to support the following objectives: - Digitalisation of the tourism sector. - Collection of tourism statistics from searches and views on installed Digital Signage and information devices, and from app and website usage, to create a tourism big data database. - Increase Uganda’s direct foreign exchange contribution from tourism, estimated in the project description at UGX 2,767 billion, or 19.6% of total export revenue. The proposed solutions projected potential growth of 6–10% by 2024, indirectly strengthening the country’s international engagement. - Increase revenue-generating capacity among tourism businesses. - Improve Uganda’s image and encourage tourist visits and tourism investment through positive, accessible, credible and traceable information. - Increase revenue-generating capacity in sectors directly connected to tourism, including retail, manufacturing, services, food processing, construction, agriculture and entertainment. - Create direct and indirect jobs to reduce unemployment and poverty, contributing sustainably to the Sustainable Development Goals and addressing the root causes of migration locally. - Establish direct and indirect education and training programmes and enable more comprehensive tourism policy planning. - Strengthen further potential between Hungary and Uganda…

The consortium of GS-PIPE Kft., Magyar Agrár- és Élettudományi Egyetem and SENSO-MEDIA Zrt. received a non-repayable grant for its project entitled “Skálázható cogeneration megoldás a napenergia és a biomassza hasznosítás integrálásával”, submitted under the GINOP_PLUSZ-2.1.1-21 call supporting corporate research, development and innovation within the Economic Development and Innovation Operational Programme Plus. The funding decision was issued on 25 March 2022. The consortium became eligible to draw down a total of HUF 997,315,546 million in non-repayable European Union funding. The project aims to develop an integrated solution for local, renewable and sustainable energy generation, storage and use. It combines the production of hydrogen and oxygen through water electrolysis powered by photovoltaic solar panels with biogas production from biomass in one innovative process. The GS-PIPE Kft.–MATE–SENSO-MEDIA Zrt. consortium involves staff from Turbo Tech Kft., Ten Technic Kft. and 3i Fejlesztő és Szolgáltató Kft. in this R&D project.

The project was implemented under the Széchenyi Terv Plusz programme. Planned implementation period: 3 years Project start: 25 March 2022 Planned completion: 25 March 2025.

Total project cost: HUF 997,315,546; For SENSO-MEDIA Zrt.: - Contracted grant amount: HUF 340,066,547; - Of which European Union funding: HUF 299,258,560; Project ID: GINOP_PLUSZ-2.1.1-21-2022-00165

The project was implemented with European Union support and co-financing from the Hungarian state.

Description: Local energy generation is one direction for global energy development, already spreading on a smaller scale through photovoltaic panels and solar collectors installed on buildings, as well as biogas production. These technologies are widely known and become increasingly efficient through continued development. However, such generation is economically viable only when energy consumption and storage can be balanced. Practical, commercially successful solutions have yet to deliver a major socioeconomic breakthrough, although this remains a highly researched field. Environmental and nature protection make renewable, sustainable energy production especially important. Storing biogas in gas tanks is considered one of the simpler storage options, but significant technological work continues on competitive biogas production, with no established market-leading solution. The project addresses these challenges through an innovative integrated energy solution combining local resources with advanced technology. It aims to meet local needs and global challenges more effectively and economically. A further objective is to reduce fossil fuel consumption through hydrogen industry developments and scalable, mobile energy storage capabilities. Consortium members carry out research, development and implementation at their respective operating sites, coordinating results and tasks through joint meetings.

GS-PIPE Kft. Postal address: 2045 Törökbálint, Jókai utca 3. Website: http://www.gspipe.hu Tel.: +36-1-491-0570 Email: info@gspipe.hu

Or contact our company: SENSO-MEDIA Zrt. Website: https://sensomedia.hu/ Tel.: +36 70 866 5384 Email: info@sensomedia.hu Address: 1116 Budapest, Kondorfa utca 10.

Project GINOP_PLUSZ-2.1.1-21-2022-00165 was co-financed by the European Union.

Project GINOP-8.3.1-16 was co-financed by the European Union.

Project GINOP-8.3.5-18/B was co-financed by the European Union.

Under the Digital Renewal Operational Programme Plus call DIMOP_PLUSZ-1.1.2/B-24, issued by the Ministry of Energy as the funding authority, SENSO-MEDIA Zrt.’s funding application for “NiaHR (Neural Intelligence Assistant for HR)” was assessed and approved as eligible for support.

The project is being implemented with European Union support and co-financing from the Hungarian state.

The NiaHR project aims to create a new-generation AI-supported HR platform that makes corporate human resources processes faster, more transparent and more personalised. Development focuses on simplifying administration and improving employees’ experience of everyday requests, information and support. Its flexible architecture will accommodate different organisational needs, providing a widely applicable HR solution.

A key innovation is the use of AI-based digital assistants to support HR tasks, including recruitment, onboarding, performance reviews and employee assistance. The system responds to user needs in real time, learns from incoming information and provides personalised help. It recognises each user’s job role and adapts its communications, recommendations and support accordingly, offering different assistance to managerial, office and production employees.

The development includes web and mobile applications through which users can access relevant company information, tasks, evaluations and training materials in one place. An administration interface will help companies review data, produce analyses and inform strategic decisions. The resulting modern, marketable digital HR solution can reduce administrative burdens, improve work organisation and support a more people-centred workplace.

Under its administrative agreement with the Budapest Government Office, SENSO-MEDIA Zrt. received a non-repayable grant of HUF 18,039,557 at 100% funding intensity as part of the priority project “Munkakörülmények fejlesztése”, ID GINOP Plusz-3.2.5-24-2024-00001. Funding is co-financed by the European Social Fund Plus and Hungary’s national budget.

The project aims to improve occupational safety and ergonomic working conditions at SENSO-MEDIA Zrt. by purchasing modern workplace equipment. This includes height-adjustable desks, ergonomic office swivel chairs, adjustable workshop chairs, mobile tool trolleys and large modern monitors. The new equipment will reduce physical strain, encourage good posture and improve the ergonomics of screen-based work. Safer, more efficient processes will help protect employee health while strengthening the company’s long-term competitiveness and employment stability.