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5G Mokki, The African Technology Space Network That Will Impact Global Businesses

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In a media release in May, the network had announced how it intends to deploy its Tech Spaces to connect the African continent to Europe

HELSINKI, Finland, June 17, 2022/APO Group/ — 

In a panel discussion at Aalto University’s 5G Summer School on Thursday, experts from the U.S., Africa and Europe explored the business opportunities that the latest communications and network technology, remote learning, work, and entrepreneurship from Africa can bring to U.S. companies. These are at the same time opportunities for positive impact on African economies. The webinar was organized by Start North, the Finnish technology learning accelerator network.

One prominent theme was how the 5G Mokki Tech Space network can serve international companies. In a media release in May, the network had announced how it intends to deploy its Tech Spaces to connect the African continent to Europe, promoting the learning and adoption of technology, remote work, and entrepreneurship.

In addition to promoting education, jobs, and the economic development of the regions, the network also aims to curb climate change by utilizing the latest technology.

This time, rather than focusing on the African-European connection, the discussion revolved around the possibilities of a Tech Space network for American companies that are keen on taking advantage of new opportunities swiftly. The purpose of this discussion was to highlight the diverse opportunities and benefits of the 5G Mokki Tech Space network for international companies that recruit tens of thousands of people each year and launch hundreds or thousands of innovation and technology projects each year.

‘Mokki’ is derived from the Finnish word ‘mökki’, meaning ‘cottage’. The cottage enables innovative uses of fifth generation (5G) mobile communication technology. Where 5G frequencies and networks are not yet available, Mokki works with previous-generation technologies.

Regardless of the technology it runs on, Mokki already brings knowledge and know-how related to the latest 5G technology and its application in several different areas that are important for each region. Mokki is a catalyst for the development of fixed and 5G networks across Africa, including underserved areas. Investments in fixed networks, the latest mobile technology and green energy, combined with the deployment of Mokkis to accelerate education, work, and other services, is one of the fastest and surest ways to develop regions.

The panel discussion highlighted the many benefits that collaboration with the 5G Mokki Tech Space network offers to international companies.

Professor Leonard Wantchekon from Princeton University cited China and, more broadly, Asia as an example of a region that has boosted business growth and productivity in recent decades. Known for its natural resources and large young population, Africa is the next continent comparable to Asia that will provide businesses with expertise and other resources.

The Covid pandemic has taught us the value of remote learning, work, and entrepreneurship. By taking advantage of the latest technology, new resources can be quickly made available to companies to grow their businesses and promote regional economic development. The 5G Mokki network helps with this.

Professor Wantchekon is also the founder of the African School of Economics with campuses in Nigeria, Ivory Coast and Benin, recruiting students from more than 20 African countries. He argues that 5G Mokki can play a crucial role in supporting research activities and providing cutting-edge teaching materials to studies across campuses.

Professor Marko Nieminen from Aalto University in Finland put forward that the latest network and communications technology, together with new solutions for energy and electricity, open up completely new opportunities to export know-how, work and entrepreneurship, even for underserved rural areas. This will bring more expertise and other resources to businesses.

The 5G Mokki Tech Space network has the enormous potential to serve international and local companies

Professor Nieminen elaborated on hands-on development projects such as in remote villages in Namibia and Zambia, where his research team has built electricity and energy systems as well as internet connections. Villages have rapidly moved to a new level of development. As one of the players in the Start North network, Aalto University is now utilizing the 5G Mokki network for research and education to facilitate and accelerate development.

Dr. Olatundun Adelegan from Nigeria, currently a Visiting Professor at Aalto University, presented research findings on what is slowing down or hindering Africa’s development. She highlighted infrastructure deficiencies, poor learning outcomes, and weak internet connections, youth unemployment and adverse effects of climate change and financial exclusion as hindrances to economic growth. She further explained that a robust information and technology network will lead to innovation in education and entrepreneurship and enhance financial inclusion and adoption of digital financial services and mobile money among rural dwellers as well as facilitating trade.

In addition, strong internet and digital technology will reduce the adverse effects of climate change through the provision of early warning systems on extreme weather events (floods, drought, storms, heat waves); boost agriculture yield with digital information on the onset of rainfall and sensors to monitor soil and plant conditions; minimize post-harvest loss from farm-to-fork; and enhance online nomadic education on adaptation techniques to minimize conflicts between herdsmen and farmers induced by climate change.

A robust information and technology network will contribute significantly to improving sub-Saharan Africa’s ability to create new business and attract international companies and investors.

Mr. Boris Ngala, Founder and CEO of BB Incubator in Douala, Cameroon and one of the co-founders of the 5G Mokki Tech Space network, having spent seven years abroad, returned to his home country with a vision to reduce poverty through technology-driven solutions, entrepreneurial training, and business advice.

When he heard about the 5G Mokki concept and its potential to accelerate the learning and application of new technology for the benefit of the region and its youth, he immediately seized the opportunity and set out to promote a concept that connects young people in Africa to each other and to other continents. Young people who are hungry for knowledge, learning, work, and entrepreneurship will make a significant contribution to the development of local and international business, as long as they are provided with advanced environments for learning, technological development and entrepreneurship.

Mr. Douglas Ogeto, Co-Founder and CEO of Ludique Works, the Pan-African video game publishing company in Nairobi, Kenya, said: “The 5G Mokki Tech Space network has the enormous potential to serve international and local companies, to provide creative-economy and technology-based jobs and promote entrepreneurship based on the learning of the latest technology and hands-on projects that serve local conditions. Furthermore, this is supported by extensive national and international collaboration with universities and companies.”

He is also a recent co-founder of the 5G Mokki Tech Space network. Ludique Works conducts numerous game development and business acceleration programs across Africa each year. The 5G Mokki network significantly improves the business opportunities for game developers.

Atte Leskinen, one of the driving forces behind Start North, the Finnish technology learning accelerator network, and one of the inventors of the 5G Mokki learning and technology environment, told that 5G Mokki is a concept invented by young people themselves and developed together with experienced professionals.

The concept has been tested and developed at an early stage in leading U.S. universities such as Stanford, UCLA, UC Berkeley and USC and has since been developed in cooperation with leading universities and companies in Finland and other Nordic countries.

Mr Leskinen however emphasised that the Mokki is only a tool to accelerate the learning and application of new technology. Most important are its benefits for businesses, young people and the sustainable development of the regions and our planet. Leskinen also welcomes the cooperation with African universities and business incubators and invites U.S. companies such as Microsoft, as well as universities such as Princeton University, to use the network to promote their operations and global sustainability.

The webinar was moderated by Lars Ling, founder of CleanTech Region Impact Group. Mr Ling highlighted his particular interest in developing the new kind of education needed to promote sustainable development in the world.

He ended the panel with the notion that all change starts with a change in an individual’s own behavior.

Distributed by APO Group on behalf of 5G Mokki.

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Not Just a Sporting Event, but Also a Technological Test: Insights into the World’s First Human-Robot Co-Run Marathon

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E-Town

BEIJING, CHINA – Media OutReach Newswire – 9 April 2025 – A scene even science fiction has yet to depict—humans and humanoid robots running side by side in a half-marathon — will become reality on ​April 13 in Beijing E-Town. Every spring, marathons sprout across China like bamboo shoots after rain. In Beijing, the world’s only “Dual Olympic City” and a global hub for science and innovation, the ​2025 Beijing E-Town Half-Marathon and Humanoid Robot Half-Marathon, scheduled for ​April 13, will pioneer a “sports + technology” format. For the first time, humanoid robots will register alongside human runners, start simultaneously, and share the 21.0975-kilometer course in an unprecedented fusion of innovation.

Li Quan, Member of the Party Working Committee and Deputy Director of the Administrative Committee of Beijing E-Town, revealed that the event has already attracted over ​30,000 human applicants. On the robotics front, global humanoid robot companies, research institutes, robotics clubs, universities, and other innovators have shown immense enthusiasm, with registration numbers soaring.

Notably, to ensure safety, ​physical barriers will separate human and robot runners, with distinct race rules and completion time standards. Yet this groundbreaking human-robot collaboration undeniably signals a bold leap for “technology stepping into reality.”

During a visit to training facilities, reporters observed teams racing against time to upgrade robotic components and intelligence levels, tackling technical challenges to enhance mobility. Some competing robots now reach a ​top speed of 12 km/h. To mitigate the physical strain of road running, some models have added shock-absorbing mechanisms, while others wear customized running shoes.

Liang Liang, Deputy Director of the Beijing E-Town Administrative Committee, explained that as the event is a ​global first with no prior experience or data to reference, both logistics and participants face significant hurdles. To support the robots, organizers have deployed dedicated support vehicles and robotic aid stations. Additionally, they are working closely with each team to refine technology, troubleshoot functions, and achieve developmental goals through pre-race collaboration.

At the ​2024 Paris Olympics, artificial intelligence revolutionized real-time data monitoring, 3D motion capture, and referee decision-making—boosting athlete training efficiency and competitive fairness while showcasing how technology elevates life’s value.

The upcoming human-robot “half-marathon” collaboration represents a ​new frontier where the humanoid robotics industry intersects with humanity, sports, and endurance challenges. Industry experts note that half-marathons strike an ideal balance between “challenge and accessibility”: the event’s low entry barrier contrasts with its rigorous test of physical stamina and mental resilience, culminating in profound personal achievement. By completing the same course, humanoid robots aim to validate industrial progress and refine human-centric technologies.

“This isn’t just a sports competition—it’s a ​stress test for technological breakthroughs and industrial growth,” asserted Xiong Youjun, CEO of the Beijing Humanoid Robot Innovation Center.

A participating robotics executive stated that “marathon-running robots” could accelerate technical maturity, spur industry standards, and drive innovation. On one front, the effort pushes upgrades in high-torque motors, flexible joints, and wear-resistant materials. On another, running’s demand for full-body coordination forces tighter integration of hardware-software systems and deeper partnerships between manufacturers and AI algorithm firms.

These advances promise to unlock ​transformative applications: deploying humanoid robots in disaster relief, long-range inspections, hazardous operations, smart manufacturing, and even elderly home care. As capabilities grow, such robots could also serve as AI training partners for elite athletes, “giving back” to sports development.

Industry experts emphasize that humanoid robots—comprising thousands of components—still face significant hurdles in maintaining stable, prolonged running.

Xiong Youjun explained, “Real-world road conditions differ vastly from lab environments.” To complete the race, robots require ​high-density integrated joints and bodies capable of enduring long distances with efficient heat dissipation. Second, precise coordination of all joints is critical for running, positioning, and dynamic obstacle avoidance—a test of core algorithm development and adaptability. Third, the marathon’s demands on stability, reliability, and battery life are immense, with slopes, turns, and uneven terrain pushing machine performance to its limits.

Given ​persistent technical challenges requiring breakthroughs in industrial development, alongside the disruptive impact of complex outdoor environments on robotic operations, current capabilities allow robots to run alongside humans but not truly compete with them. Thus, this event functions more as an ​industry dialogue and a ​robotic stress test than a traditional race.

For human participants and spectators, sharing the track with robots offers sensory thrills and intellectual expansion. These benefits are concrete: the “constructive interplay” between technology and society clarifies the boundaries of human-robot collaboration, reinforces the principle of “technology for humanity,” and accelerates the shift from ​coexistence to ​co-prosperity.

“As the essence of this event, humanoid robots ‘running marathons’ symbolize humanity’s imagination and dreams in motion—that’s the ultimate highlight,” said Li Quan. “Regardless of rankings or speed, the footprints left by these robots at the finish line hold greater value than any medal. The 21-kilometer course will end, but our quest for human-robot synergy never will.”

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Ghana’s Minister of Lands and Natural Resources to Speak at Mining in Motion Conference

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Mining in Motion will feature Hon. Armah-Kofi Buah, Minister for Lands and Natural Resources in high-level panel discussions on trends and opportunities within the gold mining sector

The Mining in Motion 2025 Summit is pleased to announce the participation of Hon. Emmanuel Armah-Kofi Buah, Minister for Lands and Natural Resources, Ghana as a keynote speaker.

Held under the theme Sustainable Mining & Local Growth – Leveraging Resources for Global Impact, the summit brings together Ghana’s policymakers, gold mining stakeholders and international investors to explore strategies for unlocking Ghana’s full mining potential.

Minister Buah’s participation will be instrumental in highlighting opportunities across Ghana’s gold mining value chain, discussing regulatory reforms designed to attract new investments and promoting local content development. The event will showcase Ghana’s initiatives to formalize and strengthen the artisanal and small-scale gold mining (ASGM) sector.

Under the leadership of Hon. Bauh, Ghana’s Ministry of Lands and Natural Resources has driven the growth of the ASGM sector and its contribution to economic growth and community development. The sector employs over one million people and has generated $5 billion in gold export revenue in 2024, strengthening the mining sector’s contribution to revenue generation.

In partnership with the World Bank, the Ministry of Lands and Natural Resources is implementing the Ghana Landscape Restoration and Small-Scale Mining Project to empower District Mining Committees and formalize the ASGM sector. Additionally, Ghana is establishing a Gold Board to improve access to finance and markets for small-scale miners. The Cooperative Mining Policy of 2024 further strengthens the sector by fostering community mining cooperatives and enhancing their technical and financial capacity.

Minister Buah will use the summit as a platform to position Ghana as a model for ASGM formalization and sustainable sector growth. Beyond panel discussions, he will also participate in exclusive networking sessions and high-level meetings with global investors, exploration and production firms, government representatives and key mining stakeholders. These engagements will facilitate deal signings and partnerships aimed at accelerating the expansion of Ghana’s mining sector.

Stay informed about the latest advancements, network with industry leaders, and engage in critical discussions on key issues impacting ASGM and medium to large scale mining in Ghana. Secure your spot at the Mining in Motion 2025 Summit by visiting www.MiningInMotionSummit.com. For sponsorship opportunities or delegate participation, contact Sales@ashantigreeninitiative.org.

Distributed by APO Group on behalf of Energy Capital & Power

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South Africa Approves Renewable Energy Masterplan, Targeting Enhanced Energy Security

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African Energy Week: Invest in African Energies 2025 will examine the impact the South African Renewable Energy Masterplan will have on the country’s power generation landscape

CAPE TOWN, South Africa, April 9, 2025/APO Group/ –The South African Cabinet has approved the South African Renewable Energy Masterplan (SAREM) for implementation, targeting energy security and broader industrial growth. The plan seeks to address challenges associated with local capacity, infrastructure and investment by providing a roadmap for developing renewable energy and battery storage technologies. For investors, the plan identifies a clear pathway to advancing power projects as South African electricity demand is expected to rise two-fold by 2040.

The upcoming African Energy Week (AEW): Invest in African Energies 2025 – taking place September 29 to October 3 – will examine the impact the SAREM will have on the country’s energy mix. Uniting African government and policymakers with energy operators and investors, the event seeks to drive investment in African energy, in alignment with broader goals of making energy poverty history.

AEW: Invest in African Energies is the platform of choice for project operators, financiers, technology providers and government, and has emerged as the official place to sign deals in African energy. Visit http://www.AECWeek.com for more information about this exciting event.

South Africa targets ambitious growth across its renewable energy market, striving to strengthen grid resilience through large-scale investments in generation and transmission infrastructure. Led by policies such as the Integrated Resource Plan (IRP) – revised in 2023 – the country envisages 29.5 GW of new capacity by 2030. Of this, 14.4 GW will be derived from wind while 6 GW comes from solar. The latest procurement round of the IRP targets 6.8 GW of renewable energy, 3 GW of natural gas and 1.5 GW of coal.

To realize these goals, the SAREM aims to leverage rising demand for renewable energy and storage technologies, with a focus on solar, wind, lithium-ion battery and vanadium-based battery technologies to drive industrial development in South Africa. The masterplan is anchored on four primary areas: supporting local demand for renewable energy and storage by unlocking system readiness; driving industrial development by building renewable energy and battery storage value chains; fostering inclusive development by driving transformation of the industry; and building local capabilities in terms of skills and technological innovation.

The SAREM is expected to fuel the already-growing South African renewable energy market. According to the African Energy Chamber’s State of African Energy 2025 Outlook, South Africa – alongside Egypt – is expected to continue leading Africa’s power generation in 2025. The continent has over 500 GW of renewable energy capacity in concept phase, 80% of which are in the North African region and South Africa. South Africa is also one of several countries leading in nuclear-based power generation. The SAREM will support growth by facilitating partnerships across the value chain, implementing targeted training programs while addressing challenges associated with regulatory barriers. While the SAREM provides significant benefits to the renewable energy landscape, Cabinet has directed that additional work be done on the masterplan to incentivize investors to fund projects. This includes the development of green hydrogen to meet international obligations of 5% blended fuel in aviation and maritime sectors by 2030.

During AEW: Invest in African Energies 2025, a multi-track program will explore how policies such as the SAREM will shape Africa’s energy landscape. A dedicated Energy Transition stage will investigate Africa’s strategic approach to driving a just transition, tackling key topics including Energy Security in Africa; Driving Local Value; Scaling-up Renewable Energy; and many more. A Powering Africa stage will address fundamental challenges and opportunities surrounding Africa’s electricity market. For South Africa, panel discussions on Bridging the Electricity Gap; Energy Efficiency; Strengthening Public and Private Sector Collaboration; Energy Diversification, and more, will identify opportunities for investors and project developers. Meanwhile, an Invest in African Energies: Country Spotlight on South Africa will examine the country’s energy landscape, including the advancement of oil and gas projects and the implementation of utility-scale renewable energy projects. From green hydrogen adoption to battery storage solutions to solar, wind and natural gas, the spotlight will explore the role an integrated energy mix will have on the country’s energy future.

Distributed by APO Group on behalf of African Energy Chamber

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