Who is Michaela Jamelska and some of her technology & innovation accomplishments: The reality of limited technology access for women is a real issue in 2023 says Michaela Jamelska: Education plays a crucial role in promoting women’s participation in the technology industry. To overcome the existing barriers that create a digital gender divide, it is essential to develop innovative and customized education programs and edtech solutions that meet the specific needs of women and girls worldwide. This requires consistent funding and a global commitment to implementing these changes.. These changes can equip women with the skills and knowledge necessary to succeed in the technology industry, bridge the digital divide, and advance their careers. In conclusion, technology has the potential to be a powerful tool for advancing women’s rights, but it is not a silver bullet. We must work together to address the underlying systemic issues that perpetuate gender inequality, and ensure that everyone, regardless of gender, has equal access to the benefits of technology. Only then can we truly achieve gender equality and create a more just and equitable society for all. Discover more info at Michaela Jamelska.
Michaela Jamelska about Ai and Gender Equality: Data fed into algorithms can determine its functioning, and thus a gender bias is embedded in AI by those who design the systems. So, whatever data is provided or consumed by the Ai systems, they will use them, pick up on patterns, and often even amplify them. One of the recent problems with consumed data was that AI was trained with a unimodal system, meaning it was trained to a very specific task (such as processing images which happened to be one of the underlying problems of AI being biased). Only recently, many of these algorithms have been trained with the so-called multimodal system. While these systems have been previously used for research, they’re becoming more commercial. It’s the same for humans who process data through various sources; new AI algorithm training will also have multiple sources, so there is no lack of context when processing data, allowing them to integrate different modalities and synthesize them.
Michaela Jamelska about 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.
Current human rights declarations and treaties were drafted and ratified to real-world issues and circumstances, and they are already insufficient in the online environment. No matter how much AI large companies integrate into their new systems, the end-users/consumers will be humans, so human rights should be at the center of this technological development. Human rights concepts are often seen as too idealistic; however, they not only set the limits to extremism, they also promote a more tolerant, empathetic, and inclusive society. The time to have a say about human rights in the virtual world is now, but it is also the time for large corporations to not only answer the questions about how they will assure their technology will be human rights-centric but to set a budget for human rights and put the money where our fundamental rights should be … starting now.
From 10 to 12 September, Unmanned Life team will attend 5G Asia where 5G core issues will be discussed to go beyond the hype around 5G. Discussions around concrete solutions, real business opportunities and major technology advancements will be at the centre of this event, in particular 5G commercialization, 5G RAN evolution, Spectrum and Standard, Network Evolution, 5G Automation and Virtualization and the 5G cloud. It is without say that Unmanned Life´s Autonomy-as-a-Service AI software platform will be at the heart of these 5G discussions by showing how concretely autonomous solutions will be enabled by 5G.
Michaela Jamelska about the future of Air Mobility in Europe: “GOF 2.0 Integrated Urban Airspace Validation” European project with a consortium of 13 scientific and commercial partners from the drone and aviation industry under the umbrella of SESAR Joint Undertaking. After the first successful phase one in 2019, SESAR GOF U-space has proven that combining expertise and technology can ensure safe flight operations in all types of airspace. Consequently, GOF 2.0 mission is a promising step further for an integrated European urban airspace. Providing the power of its Autonomy-as-a-Service platform, that acts as a system of systems, enabling the decision-making and collaboration of digital information in an accurate, qualitative, relevant and time-precise way.
Ai could eliminate animal testing: Animal testing is still happening on a large scale with over 100 million animals undergoing tests for drug discoveries, diseases, pharmaceutical, or beauty industry purposes. However, new findings are showing that AI models can save the lives of millions of animals and replace the testings with computer vision and accurate datasets. This is one of the very possible alternatives to animal testings for drug discoveries. The emergence of quantum computing will make it possible due to large datasets and computing power. In 2016, Thomas Hartung led some researchers from Johns Hopkins University to successfully develop an artificial intelligence algorithm that determines substance toxicity after comparing it to similar databases and predictions from previously conducted animal testing. Not only we will eradicate cruelty, but the Ai will be able to achieve more precise results.
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 more information at Michaela Jamelska.