THE HARDWARE AND IoT

SEED INVESTOR

Through its dedicated, hardware-supported, cloud-based offering, the company helps its customers minimize the uncertainties and maximize the economic benefits of the transition to electric vehicles through providing

1. automated EV feasibility assessments,
2. advice for finding the most suitable charging setups and the right electric vehicles to the specific usage patterns, and
3. an integrated e-fleet management platform.

UVisio's device monitors actual sun intensity, as well as the user’s at-the-moment and accumulated daily sun exposure, calculates the optimal sun exposure time based on CIE/ISO standards and skin type, and alarms as the personally recommended maximum sun dose is about to be exceeded. The solution’s uniqueness is rooted in accuracy in

1. individual accumulated sun exposure measurements (based on UV sensor measurements, web UV data, and GPS position), and
2. skin and melanin content analysis with the user’s smartphone camera (relying on an objective and cost-effective method that also allows tracking of skin changes over time, which is possible only at a considerably higher cost with current methods).

The company’s smart anti-spastic hand orthosis utilizes special materials for the treatment of forearm spasticity, offering a novel bio-mechanical alternative to currently available solutions.

Expanding its dinosaur-themed VR game currently on display in malls in Budapest into a comprehensive VR Theme Park, a fully immersive exhibition where visitors experience complex virtual worlds created with cutting-edge digital technology, the company’s longer-term goal is to build a leasable turnkey platform that can be rented out to exhibition organizers internationally.

The product provides a reliable and modular manufacturer-independent layer between the full gamut of sensors, actuators, and devices that one might want to install in their homes, on the one hand, and the market-leading smart home systems, on the other hand, affording a cost-effective freedom of choice for its users to keep their smart homes co-evolve with the start of the art.​

Armbeep consists of

1. a wrist monitoring device recording users’ full wrist motion at 833 data points per second, as well as HR/HRV signals,
2. motion processing and recognition software for the analysis of the data collected by the device, and
3. a corresponding mobile app for the display and visualization of the data and the analytics.

Built on microservices architectures, Docker-based containerization, an advanced RFID-based tracking system, and mobile technologies, Semiotiq’s Qooltus product provides cutting-edge, modular, and easily scalable IoT-based solutions, which can be integrated with the existing legacy systems currently in use by public collections and cultural heritage institutions.

REscan’s mobile platform – backed by advanced 3D scanning technologies developed with the company’s early investor SRI International – makes physical spaces remotely viewable, analyzable, editable, and AR/VR ready. Rescan is in the business of transforming spaces into data.

It determines and automatically smoothes out the signal delay between the connected devices and tunes the network to the acoustic environment. Users can control the connected devices and the integrated music streaming services through B.A.R.’s mobile app, and can jointly edit the play lists. In the longer run, B.A.R. is developing an innovative hardware antenna that will significantly improve the functionality of Bluetooth technology.

Rainbox is providing a high-value product that automates the irrigation of the customer’ plants with its Smart Water Distribution System up to 24 plants. Rainbox also has its own Plant Database currently with more than 300 plants which ensures every plant receives the correct water amount.

Through video capturing pre-choreographed motion sequences carried out by patients and analyzing patients’ fine-motor activities on the video recordings with AI technology, the product lessens the need for off-line doctor’s appointments, allowing patients to do the checkups from the safety of their homes.

The system consists of (i) small wearable microphones recording real-life conversations, (ii) a smart phone app that transcribes the recorded conversations in real time with the help of cloud-based speech recognition software, and (iii) a mechanism that transfers the transcribed texts onto the user’s display of choice.