eDoktor24 is an online platform that provides access to a wide range of medical specialties, encompassing over 40 fields. The company collaborates with manufacturers of diverse telemedicine devices, including remote stethoscopes and CTG (Cardiotocography) devices. Leveraging its proprietary telemedicine system, eDoktor24 manages imaging tests through its own registered medical device, an image viewer. The platform offers various forms of e-visits, enabling patients to engage in question-based consultations, review imaging test results, participate in text chats, video consultations, or telephone consultations. Following the consultation, patients have the potential to obtain professional medical information, ePrescriptions, eReleases, referrals for laboratory tests, or referrals to partnered stationary facilities.
A remote system supporting limb rehabilitation and personal training - RGB. It includes a hardware device, bracelets equipped with a set of sensors that send data wirelessly to the receiver and dedicated software (e.g. for the phone) that allows visualization and checking the correctness of the user's exercise.
The company has developed and implemented a comprehensive Expendings IT system to supervise business expenses incurred by employees in the performance of their duties.
IINE has created a comprehensive system that enables companies from the fashion and lifestyle industries to tag products in the best possible way, which will allow them to adjust their marketing activities to the needs and expectations of their consumers.
The company has developed a innovative platform that facilitates the management of business expenses through the utilization of virtual payment cards, including Mastercard, ApplePay, and Android HCE. By integrating multiple payment solutions into a single system, users can issue and activate cards directly on their mobile phones in real time.
The company has developed an IT system - a centralized test platform that enables the generation of test cases for IT implementations in an automatic way, in real time, for applications based on a web interface.
The company has developed an innovative model for the valuation of medical services, based on the proprietary service-based costing cost management method. It makes it possible to make the costs of medical services provided by Polish hospitals more realistic, and consequently allows for a reliable analysis and optimization of hospital profitability.
The company has successfully engineered a wireless and passive system designed for measuring the temperature of rotating components in machinery that operates within hazardous environments, such as explosive settings. This innovative solution enables the monitoring of temperature in motion for high-powered combustion engines and other similar applications.
The company has successfully developed and introduced a probiotic product in the form of lozenges, specifically formulated to effectively reduce the risk of pneumococcal infections.
The company has created a pioneering technology for producing a fiber mat utilizing cereal straw fibers bonded with thermoplastic fibers. This innovative solution enables the production of fiber mats with exceptional physical and mechanical properties while minimizing the environmental impact of the manufacturing process.
The company has created a 3D interface for designers - "3D stylus", which enables translation of the natural movement of the hand in space into spatial movements of the cursor. The device allows cooperation with any screen, allowing for the detection of Stylus movement and the angle of inclination.
The company has created an IT tool KLAR - a system that allows you to manage company data using artificial intelligence and self-learning elements. The most important functionality of the KLAR system is the analysis and interpretation of data, while using artificial intelligence to better match content from different types and groups of users.
The company has developed a new hygienic product in the form of biodegradable cotton buds produced from local food industry waste and biodegradable granules for the production of various hygienic and packaging materials.
Roboweld3D is a robotic 3D printing technology using the MAG CMT arc cladding method, assisted by ultrasonic vibrations, which enables the production of objects made of steel, aluminum alloys or titanium with greater precision, while maintaining the mechanical strength of the manufactured objects.
The company develops devices for cutting and modeling quartz glass with an electron beam, consisting of an electron gun, power supply and control software. The device is to be able to cut glass up to 5mm thick at a speed of up to 10,000mm/s. The method will allow to obtain shapes of elements impossible to obtain by other methods, e.g. thin springs.
The company is working on developing a new specialist product with anti-swelling and anti-inflammatory properties, the action of which is based on active compounds contained in head cabbage.
The main goal of the company is to develop a technology for a new product that will significantly support orthopedic treatment, such as: hip and knee arthroplasty, treatment of bone damage and fractures, spine surgeries. The company will develop a system of integrated measurement sensors dedicated to orthopedic implants - Speaking Implants. Its task will be to provide data for implantation in order to monitor the operation of the implant in natural conditions and the patient's clinical condition during rehabilitation.
PrimeQ is a company conducting research and development works on IT systems in the field of algorithmic investment in most capital markets. The company is working on creating an investment platform and investment systems using artificial intelligence, which will help predict the future movements of financial instruments.
The company is working on a new method of genetic diagnostics of Salmonella bacteria, which does not require a full procedure of isolation of genetic material from a sample along with the initial validation of a Salmonella diagnostic kit based on genetic identification using the Real-Time LAMP method.
The Company's goal is to develop a method for the diagnosis of the two most oncogenic types of human papillomavirus HPV, which does not require the procedure of isolation of genetic material from a throat swab, together with the initial validation of a diagnostic kit for these types of virus based on genetic identification.
WonderMiles is a comprehensive platform designed specifically for Travel Management Companies (TMCs). It offers an all-inclusive suite of features, including proprietary NDS content along with standard GDS content. WonderMiles empowers travel agencies by efficiently managing multiple business channels and maximizing operational efficiency. With its seamless integration, WonderMiles effectively bridges the gap between online and offline travel preparation requirements, ensuring a seamless travel experience.