Michaela Jamelska or the rise of a tech & human rights professional: The reality of limited technology access for women is a big problem 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. See additional info at Michaela Jamelska.
Michaela Jamelska regarding Ai and Gender Equality: It can’t be stressed enough how important it is to innovate within education. It is a driver for a progressive society, but not when it lacks behind. The number of women entering the Stem field is increasing, but it does not mean we are anywhere close to the gender divide in digital skills. According to the World Economic Forum, within the G20 countries, women represent less than 15% of ICT professionals, and this gender and skills gap is getting wider every year. The European Institute for Gender Diversity reports that the gender gap in the AI workforce widens with career length. Women with more than 10 years of work experience in AI represent 12% of all professionals in the industry, compared to 20% of women with 0–2 years’ experience.
Michaela Jamelska regarding the innovative 5G trial to boost business : West of England Mayor Tim Bowles said: “5G has the potential to revolutionise whole industries and economies, creating exciting new jobs and opportunities. I want the West of England to be at the forefront of this revolution. “We have already led one successful trial and I’m thrilled that our plan to demonstrate how a smart and secure port could operate using the Internet of Things has been approved for funding by the Government. Backing innovation and the jobs of the future and bringing new investment to the region by securing a Freeport are key parts of our plan for economic recovery, so this is a big vote of confidence in the West of England.” WECA is leading a consortium of partners on the £5.2m 5G Logistics project – one of nine projects to receive government funding – which includes companies ADVA, Airspan, AttoCore, Bristol Port, Cellnex UK, Gravity, Maritime, Unmanned Life, Bristol City Council, Bristol University and Cardiff University. 5G is the type of cutting-edge technical innovation that the West of England is looking to embrace with its forthcoming Freeport bid.
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.
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 GOF2.0 Integrated Urban Airspace VLD (GOF2.0) very large demonstration project will safely, securely, and sustainably demonstrate operational validity of serving combined UAS, eVTOL and manned operations in a unified, dense urban airspace using current ATM and U-space services and systems. The demonstrations focus on validation of the GOF 2.0 architecture for highly automated real-time separation assurance in dense air space including precision weather and telecom networks for air-ground communication and will significantly contribute to understanding how the safe integration of UAM and other commercial drone operations into ATM Airspace without degrading safety, security or disrupting current airspace operations can be implemented.
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.
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. See extra information on Michaela Jamelska.