Our Innovation Projects

Our platform simplifies a complex process, saves time, and ensures users can confidently choose apartments that align with their lifestyle.

ORBEE is a smart, automated indoor gardening system that enables anyone to grow fresh vegetables and herbs at home with minimal effort.

Interactive language learning app for language learners with learning difficulties.

APPP is an AI-driven privacy platform that analyzes publicly available data to help users understand, monitor, and reduce their digital exposure—without storing sensitive information.

ÁrAlap is an innovative water filtration project focused on removing microplastics and nanoplastics from drinking water through a low-cost, biochar-based filter cartridge. The solution aims to provide an affordable and sustainable alternative to conventional household filters and expensive reverse osmosis systems.

The technology utilizes specially engineered biochar produced from agricultural waste materials. Through surface modification and pore structure optimization, the biochar is designed to capture the smallest and most harmful microplastic particles that often pass through municipal water treatment systems. The cartridge can be integrated into existing filtration systems, produces no water waste, and is expected to achieve over 95% microplastic removal efficiency.

The project is currently in the prototype development and validation phase, supported by laboratory testing and intellectual property preparation. In the long term, ÁrAlap aims to commercialize the technology through partnerships with European water filter manufacturers and eventually launch its own branded filtration products, contributing to safer and more sustainable drinking water solutions.

Cropnaut is an AI-powered precision agriculture platform that combines satellite monitoring, IoT sensors, and intelligent analytics to monitor crops, soil conditions, and weather in real time. The system detects problems early, provides actionable recommendations, and works even in areas without mobile coverage through LoRaWAN technology.

DriveSafe is an AI-powered driver monitoring system that detects early signs of fatigue through intelligent sensors and real-time analysis. By enabling proactive intervention, the platform helps reduce accidents, improve road safety, and support more efficient fleet management.

Emese Care is an anonymous digital health platform that helps users overcome addictions and harmful habits through personalized guidance, educational resources, and community support. Initially focused on smoking cessation, the platform aims to expand into a comprehensive addiction recovery ecosystem while maintaining complete user privacy.

From Source to Street – Regional Energy Efficiency of Mobility Systems is an interactive Well-to-Wheel analytical project designed to evaluate the energy efficiency of various mobility technologies within a regional context. The platform analyzes the complete energy conversion chain—from energy production to vehicle operation—helping stakeholders make informed decisions about sustainable transportation solutions based on Hungary’s energy and infrastructure landscape.

Impeel is an AI-powered content protection platform that embeds invisible ownership identifiers directly into digital images. The technology enables reliable content authentication and IP protection even after screenshots, compression, or re-uploading, helping creators and organizations protect their digital assets.

KOFFA is a sustainability-focused startup that transforms coffee waste, including spent coffee grounds and coffee chaff, into biodegradable single-use coffee cups using its proprietary technology. The project aims to create a circular economy within the coffee industry by reducing waste and replacing conventional disposable cups with products made from coffee by-products. KOFFA has already developed a working prototype and MVP, secured waste supply sources, established initial partnerships, and is preparing to scale from local markets to broader hospitality and international markets.

NATO Stratéga is an AI-powered learning platform that helps military personnel master NATO APP-6D military symbols faster and more effectively through interactive training and real-time symbol recognition. The system improves learning performance, reduces training time, and supports modern military education using widely accessible mobile devices.

Palletrix is an AI-powered and AR-enhanced logistics optimization solution that maximizes truck and pallet space utilization, reducing transportation costs and improving warehouse efficiency.

PETtrace is an AI-powered environmental monitoring system designed to track plastic pollution in the Tisza River and identify its sources. The project aims to replace slow, manual, and expensive monitoring methods with an automated, real-time data collection and analytics platform.

The system combines AI-based object detection, automated tracking, and citizen science data collection. Using images and field data gathered along the river, PETtrace can identify the origin of plastic waste, map pollution hotspots, and provide real-time environmental intelligence for NGOs, researchers, and policymakers.

PETtrace has already established a partnership with PET Kupa, documented more than 550 plastic bottles in its pilot database, and is currently developing an AI model that has achieved over 92% detection accuracy. The long-term vision is to build a transboundary monitoring network across the entire Tisza River Basin, helping governments and environmental organizations better understand, manage, and prevent plastic pollution.

REACH is a robotic teleoperation system that uses an exoskeleton glove to transfer human hand movements to a humanoid robot in real time while providing force and tactile feedback to the operator. The technology enables precise remote manipulation and supports the training of robots for complex industrial tasks that require human dexterity.

Real-Time Raman Dissolution Monitoring is an innovative pharmaceutical research project focused on improving the accuracy and efficiency of drug dissolution testing through the integration of Raman spectroscopy and advanced chemometric analysis. The project addresses a major analytical challenge in pharmaceutical solutions, where water signals interfere with Raman spectra, making it difficult to accurately monitor active pharmaceutical ingredients during dissolution processes.

The proposed solution applies advanced data processing and chemometric techniques to separate water interference from relevant drug signals, enabling real-time, non-destructive monitoring of pharmaceutical dissolution. By enhancing weak drug signals and improving spectral accuracy, the system provides faster and more reliable analytical results while reducing measurement errors.

The technology has significant potential applications in pharmaceutical quality control, formulation development, dissolution testing, and Process Analytical Technology (PAT) systems. Its long-term goal is to support the integration of AI-assisted Raman spectroscopy into pharmaceutical manufacturing, enabling more efficient production processes, improved product quality, and enhanced regulatory compliance.

Scanora is an AI-powered spatial commerce platform that enables small businesses and independent creators to transform products captured with a smartphone into interactive 3D and augmented reality (AR) experiences. By allowing customers to visualize products in their own environment before purchasing, Scanora helps improve product understanding, increase buyer confidence, and enhance the online shopping experience.

Sentient City is a generative AI-based urban mobility simulator that models how people respond to transportation and infrastructure changes. By creating digital populations and testing policy scenarios before implementation, the platform helps cities make smarter, data-driven decisions for sustainable urban development.

SmartSense is an intelligent industrial sensor and software system designed to monitor machine conditions in real time, predict failures, and prevent costly downtime through automated intervention. The project aims to help manufacturing companies improve operational reliability, reduce maintenance costs, and extend the lifespan of industrial equipment.

The solution combines Industrial Internet of Things (IIoT) technology with artificial intelligence to continuously collect and analyze machine data. By detecting anomalies and identifying early warning signs of potential failures, SmartSense enables predictive maintenance and helps prevent unexpected breakdowns before they occur. Unlike many existing solutions, the system is designed to be affordable, automated, and accessible for small and medium-sized enterprises.

The project is currently in the prototype manufacturing stage, with pilot testing planned at partner companies. SmartSense operates through a hybrid hardware-software business model, generating revenue from both device sales and recurring service fees. Its long-term vision is to make advanced smart factory technologies and predictive maintenance solutions available to a broader range of industrial businesses.

TRAFIQO is an AI-powered smart mobility platform designed to optimize urban transportation and reduce traffic congestion. By leveraging real-time data and predictive analytics, it enables smarter mobility decisions, helping cities become more efficient, sustainable, and livable.

ÚtFix is a civic reporting platform that helps citizens quickly report road and public infrastructure problems such as potholes, broken streetlights, damaged sidewalks, or unsafe areas. Citizens can submit a report with a photo, location, category, and short description in a simple online form.

Municipalities can log in to a government dashboard, review incoming reports, assign them to responsible employees or departments, update the repair status, and communicate progress transparently. The goal is to make city maintenance faster, more organized, and easier for both citizens and local governments.