National Taiwan University (NTU), in collaboration with the Global Platform of NTU System , is making a strong impression at InnoVEX 2025, the startup-focused exhibition of COMPUTEX Taipei. NTU is spotlighting three cutting-edge technologies developed by top startup teams, showcasing innovations in AI, gerontechnology, and virtual reality (VR). The exhibit highlights the NTU System’s commitment to transforming academic excellence into real-world solutions that advance smart living and industrial innovation.
This year’s presentation features three standout technologies:
- AI LLM Generative App Test Automation
AI-LLM TestGen by inTOL is an innovative artificial intelligence software testing service designed to address the high costs of software test script maintenance for QA teams. AI-LLM includes a variety of pretrained AI-LLM models (including image, NLP labels, tables, pages, and trajectories) and offers the following features:
- Cross-platform (Web, Android, iOS) and cross-project automatic crawling of pages, scanning and evaluating the quality of page and usage scenario design, and providing explanations. It automatically generates test reports.
- Automatic scenario testing for specific situations (login, register, shopping, etc.), with NLP semantic coverage. For each test action, explanations are provided, and a test report is generated.
- Automatic import of existing test scripts from the client's QA team into AI-LLM, allowing quick adjustments and optimizations of the pretrained models to fit the client’s testing plans. These optimized models will have high automation and repeatability across platforms and projects.
- Personalized Human-Robot Interaction System For Older People
To alleviate the trend of loneliness among the elderly, the system integrates large-scale multimodal models with psychological theories. By deriving the studies of older people in technology usage. A fully automatic companion robot with various personalities is developed exclusively for the elderly. It is an application case of the introduction of automated AI agents into elderly technology.
The VR Driving Simulator enhances the realism of virtual driving through haptic feedback in the seated area. A planar motion mechanism generates shear force stimulation to simulate acceleration, braking, and turning sensations, while pitch and tilt rotation functions recreate the experience of driving on slopes and uneven roads. Through experiments, we established a correlation between shear force stimulation and perceived acceleration. User testing results demonstrated that haptic feedback significantly improves driving immersion and realism, allowing users to be more deeply engaged in the virtual environment and experience a more lifelike driving simulation.
These technologies are part of a broader showcase organized by the Global Platform of NTU System—a joint initiative involving National Taiwan University, National Taiwan University of Science and Technology, National Taiwan Normal University, Chang Gung University, and Ming Chi University of Technology. The platform is presenting over ten innovative technologies from across the five universities.
The Global Platform of NTU System has attracted strong interest from both domestic and international visitors, leading to active dialogue with industry representatives and potential collaborators. Looking ahead, the platform will continue to promote innovation, strengthen academia-industry collaboration, and drive global integration of Taiwanese-developed technologies.