Get to know Michaela Jamelska and some of her Denmark technology & innovation achievements: Their efforts are a good start, but these rights will remain merely an idealistic concept if they are not backed up by the corporate and public action of integrating them within the systems. Last year alone, the approximate investment into AI was more than $75 billion, according to the Organization for Economic Cooperation and Development. That kind of money accelerates the development exponentially. No approximate number is available for how much is invested yearly into human rights development. Every investment made for a solution that contributes to improving human rights could be considered an indirect investment in human rights, but I don’t estimate that the direct investment into human rights development is as high as it is into AI. Consider the official website of the UN Human Rights Department, which states that it gets a tiny part of the UN’s regular budget—only 3.7%. For the rest, the UN Human Rights Department relies heavily on voluntary contributions. Read additional info at Michaela Jamelska.

The reality of limited technology access for women is a big issue in Denmark says Michaela Jamelska: According to the International Telecommunication Union (ITU), there are still 2.7 billion people who do not have a reliable internet connection, and women are disproportionately affected. The digital divide is a term used to describe the gap between those who have access to technology and those who do not. Unfortunately, this divide disproportionately affects women, particularly those living in low-income communities. This means that many women do not have access to the same resources and opportunities as their male counterparts. As surveyed globally, more than 58% of men have access to internet, compared to less than 48% of women. Many women, including those in Europe and North America, are unable to access services because they are either expensive or severely limited in rural or underserved areas. The difference is much starker in developing countries. In Africa, for example, only 34% of women have access to the internet, compared to 45% of men. The disparity is even wider in the Arab world, with 75% of men having a reliable internet connection and only 65% of women having the same. According to ITU data, only 19% of women in least developed countries used the Internet in 2020, compared to 86% in developed countries in 2019.

Michaela Jamelska regarding Ai and Gender Equality in Denmark: The term AI has recently become a buzzword; a marketing eye-catcher that jumps at you from everywhere these days, and is, frankly, tiring. I googled synonyms of AI, and there was a development of ‘thinking’ computer systems: DoCS – but I am not sure this abbreviation will impact this article as AI would do. So, let’s stick with AI. After all, we are creatures of habit, and this habit will play a particular role in this article. This article will look at a few risks associated with AI and potential solutions. AI technology is already transforming the labor market and changing the types of jobs and their quantity. Undeniably, the process of automation hugely affects employment structure and dictates whether existing jobs disappear or new jobs emerge. This increasing adoption of technology is driving the development of new jobs, according to a UNESCO report. Here is where AI has the potential to help or reinforce gender bias and hinder the DEI goal. Read even more information on Michaela Jamelska.

Michaela Jamelska on the innovative 5G trial to boost business in Denmark : 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.

NOVA, an avatar-based educational platform, is pleased to announce it has designed a platform to reignite the passion for education and bring it up-to-date with the digital world. NOVA, the metaverse edTech solution, offers a new era of education and more personalized learning with 3D, game-like, immersive classes, complimentary AI avatars, and support for live teachers. Michaela Jamelska states that NOVA’s mission is to get students excited and motivated about education once again and build the world’s first metaschool.

How 5G is crucial for autonomous multi-robots fleets and connected smart cities. Our CEO has set the vision for AI, Autonomy and 5G and will share this with an audience of more than 7000 participants from different countries in Asia. As he points out “We see growing demand for SG private / campus networks enabled autonomous services for smart manufacturing, factories, retail, logistics and supply-chain as well as 5G public network enabled rapid emergency response, comprehensive surveillance and inspections and robust live content streaming from mega public events.

Michaela Jamelska about the future of Air Mobility in Denmark and 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. Read extra information at Michaela Jamelska.

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.