Publication date: April 15, 2025
What is IFC and what role does it play in modern aviation?
In-Flight Connectivity (IFC) is a technology that allows passengers and crew to access the internet and communication services during the flight. Thanks to the use of IFC, travelers can use services that require an internet connection.
IFC is based on data transmission technologies:
- Satellite Communications – The aircraft is equipped with antennas that communicate with geostationary or low-Earth orbit satellites. The signal is transmitted from the aircraft to the satellite, and then to a ground station, from where it is transmitted to the global Internet network. Earth satellites offer lower latency and higher data rates than geostationary satellites.
- Air-ground communications – Aircraft connecting to ground base stations using antennas directed toward the ground. The signal is transmitted between the ground stations and the aircraft in real time. This technology is particularly effective in land areas with a dense network of base stations.
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Publication date: April 15, 2025
Exit fee is a fee for transferring assets, functions or risks between related entities. It can be understood as remuneration for the transfer of important functions, assets or risks. It is paid during business restructuring, either once or periodicall
On 30 January 2025 there has been issued important interpretation of the Director of the Polish National Revenue Information in respect of exit fee and tax consequences.
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Publication date: April 07, 2025
core changes 2025 regarding the employment of Polish workers
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Publication date: April 07, 2025
LAWYERS OF KIELTYKA GLADKOWSKI KG LEGAL TAKE PART IN TRAINING ORGANISED BY LIFE SCIENCE CLUSTER, on the example of SeniorAngel.app project
Artificial intelligence has become an integral part of modern medicine. Its use in diagnostics, therapy and healthcare system management is revolutionizing the way patients are diagnosed and treated. Thanks to increasingly advanced algorithms and systems based on machine learning, AI contributes to improving the quality of medical care, increasing efficiency and reducing costs. Artificial intelligence (AI) plays a key role in medical diagnostics, supporting doctors in diagnosing diseases based on medical data, images (such as X-rays, magnetic resonance imaging) and laboratory test results. Thanks to algorithms for analyzing medical images, AI can detect diseases such as cancer, heart disease or neurological changes. AI also supports the personalization of treatment, analyzing patient data such as medical history, genetic data or lifestyle to adapt therapy to individual needs, which improves its effectiveness. AI algorithms can also predict the risk of diseases based on population and historical data, allowing the implementation of preventive measures. In addition, AI supports the optimization of hospital processes, such as managing schedules, drug stocks or forecasting the need for hospital beds. AI is also used to monitor patients’ health, analyzing data from wearable devices such as smartwatches or biometric sensors to monitor parameters such as blood pressure, heart rate, and glucose levels, allowing for early detection of health changes. AI also supports medical data management, facilitating their storage, analysis, and processing, which improves access to medical databases and facilitates collaboration between specialists. In the area of telemedicine, AI supports remote care services, helping doctors diagnose and monitor patients’ health remotely.
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Publication date: April 07, 2025
1. General introduction to the topic:
We are currently witnessing a true technological revolution related with artificial intelligence.
The AI system generates answers from its database on the basis of which it was “trained” or sometimes also on the basis of prompts that users enter into it; the larger the database of information encoded into it, the more accurate its answers are, because this technology can draw conclusions based on the databases it has.
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