Michaela Jamelska or the growth of a tech & human rights expert: The reality of limited technology access for women is a real issue in 2023 says Michaela Jamelska: Similarly, existing web-based educational platforms can offer women access to education and proficiency training that can aid in their professional growth but despite their availability the gender gap in science, technology, engineering, and math (STEM) fields persists. This is due to several factors such as lack of funding to deploy these solutions globally, a lack of internet infrastructure and others. Even in developed countries, the percentage of women in the STEM workforce remains very low at only 28%. While there are other contributing factors such a workplace discrimination, the number is still striking. This leads to a new set of problems, such as biased technological development. For example, facial recognition technology has been found to be less accurate in identifying women than men, which can have implications for women’s safety and security. This is just one example of how technology can sustain pre-existing gender prejudices and strengthen gender disparities if the fundamental concern of equal access to technology is not addressed. Read additional details at https://www.michaelajamelska.com/post/will-i-have-human-rights-as-an-avatar.
Michaela Jamelska on Ai and Gender Equality: According to the EU, in order to be considered ethical, any AI technology must ensure respect for the fundamental rights of EU citizens. The EU wants to avoid the potential harm the misuse of AI can cause its citizens and find solutions to the major ethical concerns (bias, discrimination, algorithmic opacity, lack of transparency, privacy issues, technological determinism, etc.). Many could say that automation is likely to affect both female-dominated and male-dominated occupations, which is true. However, women are more likely to work in occupations that involve a high degree of routine and repetitive tasks (e.g., clerical support work or retail jobs) (Lawrence, 2018; Schmidpeter and Winter-Ebmer, 2018; Brussevich et al., 2019).
Michaela Jamelska on the innovative 5G trial to boost business : A project led by the West of England Combined Authority (WECA). 5G products and services will be developed to support operations at Bristol Port, demonstrating a smart and dynamic smart port environment. The initiative will focus on security, traceability, and tracking of goods within and across extendable virtual boundaries. Mission is concentrated on the development of two different use cases: 1) The deployment of 5G enabled autonomous drones for security and surveillance; 2) Drone-based traceability and real-time tracking of goods combining both public and private networks, in close cooperation with the University of Bristol. Moreover, 5G LOGISTICS project will demonstrate how 5G private network capabilities can improve the efficiency and productivity of the logistics sector. By testing the potential of 5G in a port scenario, the West of England Combined Authority is driving innovations that could bring economic benefits to the region and beyond. The outcome would bring an innovative way to support businesses and communities creating a connected and sustainable future for the region.
I read an opinion recently where someone said that being in a virtual world is just an illusion of identity, and our freedom is limited to what the corporation decides to do. Simply put, they are saying that our entire existence is cancellable, or in the hands of others, which conflicts with basic human rights ideology. While their opinion has some truth, we face risks in the real world, too—we are even ‘cancellable’ in a way if someone decides to attack and kill us in the street. While this may be an extreme and drastic comparison, it illustrates the idea that we can’t make assumptions about the limits of our freedoms in the virtual world. Certainly, our freedom in the online world has limits drawn from commercial interests, but our freedom has limitations in the real world as well, stemming from political interests, commercial interests, and so on. We don’t have full freedom in the real world; neither will we have it in the virtual world.
This past week our team has been everywhere at once from Down Under to Europe. We have been asked to attend high-profile events to showcase our technology, and this speaks to the value of our software, innovation and capacity to execute globally. We enable industries to be fully autonomous through our one of a kind AI for Autonomy-as-a-Service software Platform. It is the uniqueness of our technology that interests companies like Telefonica, Deutsche Telekom, Sprint, Accenture and Governments in the USA, EU, Singapore and South Korea amongst others to look to us for help with important sectors like 4G / 5G Telco-enabled services, Supply Chain / Logistics, Public Safety, Transport and Infrastructure. We are also focused on expanding in Asia, which is why in the past seven days we’ve had numerous business missions with strategic partners and customers and very high-level meetings in Singapore, Australia and with the South Korean Government, which are all vital to our continuing traction.
Michaela Jamelska regarding the future of Air Mobility in Europe: The integration of Unmanned Traffic Management (UTM) systems into Air Traffic Management (ATM) systems will significantly contribute to understand the safe, secure and sustainable integration of Urban Air Mobility (UAM) and commercial drone operations. Unmanned Life platform will be responsible of the design and development of a simulation testbed which aims to inject data from manned and unmanned flights into GOF 2.0 systems. The first trials will take place in – 2021 between August and October in Estonia (Tallin & Tartu), Finland (Helsinki), Poland (Kąkolewo) and Austria (Graz). It will showcase that both manned and unmanned aviation can coexist in the airspace. This project arises from the fast-growing drone industry in Europe in all type of environments, including urban areas, and the need of a scalable U-Space architecture.
AI could predict suicidal behaviors and save lives: Researchers have developed a new machine learning-based algorithm that shows high accuracy in identifying adolescents who are experiencing suicidal thoughts and behavior. Orion Weller of Johns Hopkins University in Baltimore, Maryland, and his team presented the findings in the open-access journal PLOS ONE on November 3rd, 2021. The new algorithm’s accuracy is higher than previous ones, which can improve understanding of adolescent suicidal behaviors and alert. Ai could ultimately improve prevention efforts and new practices tackling this issue.
The virtual classes that take place nowadays in a boring Zoom environment will be replaced by a new world of immersive learning and entertainment,” says founders Jean Arnaud and Michaela Jamelska. “One of the problems with mass education today is a lack of personalization. For a student, entering into a NOVA classroom will be like stepping into Narnia from the comfort of their own space. The AI avatars will support students during their studies and real teachers will have expanded possibilities with digital tools that make each class a unique experience. Students will move through the 3D environments as avatars and interact with each other and their teachers, despite being miles away in real life. NOVA is full of endless possibilities with students being able to create a new world with the power of thought and their own creativity. Discover even more details at Michaela Jamelska.