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This partnership highlights Safaricom M-PESA’s dedication to expanding digital financial inclusion in Ethiopia. (Image source: Adobe Stock)

Internet

Safaricom, Nyala Insurance launch mobile insurance payments

Safaricom M-PESA has entered into a strategic partnership with Nyala Insurance, integrating the insurer into the M-PESA ecosystem

This collaboration enables Nyala Insurance customers to use M-PESA for premium payments, policy renewals, and other transactions, offering a secure and efficient mobile payment solution.

Through this initiative, customers will benefit from faster, more accessible insurance payment options, driving the adoption of mobile financial services across Ethiopia. Nyala Insurance will leverage the M-PESA platform to accept real-time payments, broadening its reach, streamlining processes, and providing clients with greater flexibility.

Elsa Muzzolini, chief digital financial services officer at Safaricom M-PESA, remarked, “This partnership underscores our commitment to supporting Ethiopia’s digital economy by providing businesses like Nyala Insurance with the digital tools they need to connect with customers in a more efficient way and enables mobile payments to be more accessible, convenient and time saving.”

Echoing this sentiment, Ato Tegegn Masresha, chief customer officer at Nyala Insurance, stated, “We are thrilled to partner with Safaricom M-PESA, a leader in digital financial services in Kenya with a promising foothold in Ethiopia. This collaboration allows us to deliver unparalleled convenience to our customers, enabling them to access our services seamlessly and securely through M-PESA. By leveraging this partnership, we are reinforcing our commitment to innovation and enhancing customer satisfaction by making insurance transactions simpler and more efficient.”

This partnership highlights Safaricom M-PESA’s dedication to expanding digital financial inclusion in Ethiopia. By collaborating with local businesses, it continues to support the country’s digital transformation, ensuring tailored solutions that empower Ethiopian consumers and businesses to thrive in the digital economy.

Nokia and Turkcell pioneer quantum-safe cryptography, securing mobile networks today and preparing for future quantum computing threats. (Image source: Adobe Stock)

Mobile

Nokia secures mobile networks with quantum cryptography

Nokia and Turkcell have achieved milestone by demonstrating the world’s first implementation of quantum-safe IPsec network cryptography for mobile subscribers 

This achievement is a significant step forward in protecting mobile networks from future quantum computing threats. By adopting cutting-edge cryptographic standards, Nokia and Turkcell are proactively strengthening network security to ensure long-term resilience in mobile communications.

The rise of quantum computing poses serious risks to traditional cryptography, potentially enabling quantum attacks that can bypass current security measures. As this technology evolves, it is crucial for networks to adopt robust solutions to mitigate these emerging threats.

Safeguarding mobile communications

Turkcell’s mobile transport network now features quantum-safe IPsec cryptography, integrated as part of a defense-in-depth, crypto-resilient strategy. This landmark demonstration utilised Nokia’s widely deployed IPsec Security Gateway, showcasing its ability to safeguard critical data against quantum-era threats.

By embracing advanced cryptographic techniques, Nokia and Turkcell are not only enhancing security for today but also preparing for technological advancements in the future. Mobile users can trust that their communications remain protected now and in the years ahead.

Dr Vehbi Çağrı Güngör, Turkcell chief network technologies officer, remarked, “This test represents a significant milestone in the evolution of our network security. As part of our strategy to continually enhance the security of our mobile network, this collaboration with Nokia provides us with the confidence that our transport security can withstand the challenges of the quantum era. By demonstrating these quantum-safe cryptography capabilities today, we are preparing our network for the future.”

Rafael De Fermin, senior vice-president of Network Infrastructure Europe, Nokia, added, “Through our collaboration with Turkcell we’ve shown how our quantum-safe IPsec technology can protect mobile networks against the evolving security threat landscape. This initiative is part of our ongoing commitment to safeguard the privacy and integrity of mobile technology. Our solutions provide a proactive defense-in-depth crypto-resilient approach against future network security challenges, ensuring that Turkcell’s network remains secure for years to come.”

This achievement underscores Nokia’s leadership in network security, particularly in the mobile telecom sector. The implementation of quantum-safe cryptography reinforces Nokia’s role at the forefront of creating secure, reliable network infrastructures. It also reflects the company’s dedication to addressing risks associated with emerging technologies like quantum computing.

Deputy minister Gina unveils South Africa's first suborbital rocket launch facility, advancing aerospace innovation, AI, and economic growth in the region. (Image source: Adobe Stock)

Satellite

A new era in South African space

The deputy minister of science, technology and innovation, Nomalungelo Gina, inaugurated a suborbital sounding rocket launch facility at the Denel Overberg Test Range in the Western Cape on 3 December 2024

This groundbreaking facility, funded by the Department of Science, Technology and Innovation and executed by the Aerospace Systems Research Institute (ASRI) at the University of KwaZulu-Natal (UKZN), marks a significant milestone for South Africa in the field of aerospace technology and innovation.

"The space infrastructure program funded by the DSTI and built by the University of KwaZulu-Natal's Aerospace Systems Research Institute is a demonstration of what the combined efforts, resources, and expertise of government, industry, and institutions of knowledge production can achieve, working together for one national goal. This facility here today is a beacon of this partnership," stated Gina.

Designed as a vital resource for next-generation aerospace projects, the facility will support advanced rocket system testing, critical research initiatives, and technological advancements in the aerospace sector.

"This gantry is a national asset that will be used to launch suborbital rockets built by ASRI but can also accommodate much larger solid-propellant vehicles of the type operated by space-faring nations, including other potential international clients on the continent and worldwide," noted Gina.

Unlike orbital launch vehicles, which are self-guided, suborbital rockets require precise aiming from a gantry tailored to specific flight trajectories, mission needs, and safety considerations.

The newly constructed launch gantry incorporates an advanced aiming and control system, allowing the boom to rotate a full 360 degrees horizontally and elevate to a vertical position. This ensures pinpoint accuracy in all directions and quick adjustments for conditions like wind shifts on launch days.

When vertical, the gantry stands as tall as a six-storey building but can be lowered horizontally during rocket loading and the installation of ground support systems for fueling and launching operations.

Mike Brooks, director of ASRI, stated, "The facility is designed to enable suborbital sounding rocket missions into the high atmosphere, and beyond into space. Many countries use sounding rockets to conduct research related to atmospheric physics, radiation, and magnetism in regions that are too high for balloons and too low for orbiting satellites.

"Sounding rockets help advance our understanding of the Earth and its atmosphere, but they are sizeable vehicles and need a purpose-built gantry from which to launch. The new facility makes it possible to launch ASRI's smaller Phoenix hybrid rockets that reach around 18 km and are used for training young engineers, but it can also accommodate much larger commercial sounding rockets that can achieve altitudes above 200 km, which is well into space," he explained.

ASRI envisions the facility as a driving force for South Africa's national priorities, including economic growth, job creation, and skills development. By fostering innovation in aerospace technology, the facility aims to attract investments, boost local industries, and open new markets. It also aims to create highly skilled jobs and offer training opportunities for future engineers and scientists. These initiatives aim to position South Africa as a global leader in space exploration and technological advancement.

"Having a local facility from which to launch such rockets will act as a catalyst to bring rockets to South Africa for scientific missions. Importantly, it will also catalyse the local aerospace industry to develop a South African sounding rocket, as well as the payloads, onboard sensors, and subsystems that go into these advanced machines. These activities will stimulate South Africa's aerospace industry, creating new economic opportunities for the local advanced manufacturing industry," Prof. Brooks remarked.

The facility’s capabilities were showcased with successful launches of the Phoenix-1D on 2 December 2024 and the Phoenix-1E on 4 December 2024.

This project will connect around 8,000 public institutions to broadband and provide over one million people with improved Internet access. (Image source: Adobe Stock)

Commerce

World Bank funds Togo's digitalisation

The World Bank has approved an initial US$100mn financing (approx. FCFA 62 billion) under the International Development Association to support Togo's efforts to leverage digital technologies for growth, job creation, and sector competitiveness

This investment is part of a broader programmatic initiative aimed at advancing digital inclusion through enhanced broadband connectivity, skill development, entrepreneurship, and climate-resilient technology adoption.

This project will connect around 8,000 public institutions to broadband and provide over one million people with improved Internet access. It also aims to encourage private sector investment to expand connectivity for households and businesses. In partnership with the International Finance Corporation, the initiative will enhance digital skills to improve employability and strengthen the entrepreneurial ecosystem, making it more attractive to institutional investors. Additionally, investments in climate-resilient infrastructure and the development of climate-informed guidelines will boost energy efficiency and support climate change adaptation.

Cina Lawson, Togolese minister of digital economy and transformation, remarked, “This initiative is a game-changer for Togo, as we connect our schools, health facilities, and public institutions to the very high-speed internet, unlocking opportunities for innovation and progress. By empowering our youth with digital skills and fostering an environment for entrepreneurship, we are laying the groundwork for a more competitive and resilient economy.”

Aligned with Togo’s development roadmap and the World Bank’s new country partnership framework, this initiative supports digital transformation as a key driver of inclusive and sustainable growth.

The World Bank resident representative for Togo, Fily Sissoko, stated, “By focusing on digital technologies, we aim to support the Government’s strategy to accelerate the country’s economic transformation, boost productivity and innovation. This will be achieved by connecting health and education facilities to Internet and helping people, especially young people and women, access educational content and develop digital skills and entrepreneurship."

Huawei supports African TowerCos with sustainable energy solutions and diversification strategies for telecom infrastructure. (Image source: Adobe Stock)

Power

Huawei aids African TowerCos in green energy

Huawei, a global leader in ICT infrastructure and smart devices, has announced its commitment to assisting Tower Companies (TowerCos) in Africa in diversifying their energy sources and adopting sustainable energy practices for powering telecom infrastructure

This initiative aims to help TowerCos reduce their carbon emissions, improve operational efficiency, and explore new business opportunities.

During his speech, "Lighting Up the Road to Multiple Business Future for TowerCos," delivered at the TowerXchange Meetup Africa 2024 in Nairobi, Li Shaolong, president of site power facility domain at Huawei Digital Power, noted that Africa is accelerating the development of ICT infrastructure. TowerCos, as key players in this process, are facing new challenges and opportunities.

“As mobile connectivity demand rises, TowerCos are under increasing pressure to ensure energy reliability and sustainability, especially in areas with limited grid access. Tower sites, often in remote locations, depend heavily on diesel generators, which are costly, environmentally harmful, and vulnerable to fuel supply issues. Huawei’s energy solutions address these challenges by incorporating renewable energy technologies like solar power and advanced energy storage systems,” Li explained.

He emphasised Huawei's long-term commitment to helping Africa's TowerCos transition to greener energy solutions, leveraging the integration of digital and power electronics technologies. Huawei Site Power Facility aims to provide TowerCos with comprehensive energy infrastructure and intelligent operations and maintenance (O&M) solutions.

A path to diversification

In addition to energy sustainability, Huawei is supporting TowerCos in their efforts to diversify by helping them explore new business models and revenue streams.

“This will drive TowerCos to become energy producers through innovative solutions and business models, leading to diversified business development, revenue growth, and sustained success in energy operations,” Li said.

He highlighted that with Huawei's eMIMO smart power solution, TowerCos can centrally manage multiple energy inputs—such as grid power, photovoltaics (PV), and energy storage—and multiple outputs ranging from 12V to 220V devices through a single platform.

“In this way, revenue-generating services like environmental protection and emergency response can be developed alongside communications services,” he said.

Li further stated that Huawei Site Power Facility Domain's main goals are to support network evolution, increase tenancy ratios, help TowerCos reduce energy costs while achieving green development, improve power availability, and reduce site O&M costs.

“Huawei will continue collaborating with TowerCos to innovate and advance energy infrastructure towards a 'green, simple, and intelligent' future, accelerating the growth of African carrier networks and contributing to a digital Africa,” Li added.

Cynoia wins Best SaaS Startup at AfricArena Summit 2024, revolutionizing African team collaboration with AI and cost-effective solutions. (Image source: Cynoia)

Security

Cynoia wins best SaaS Startup award

Cynoia, the African-built team workspace platform, has been recognised as the Best SaaS Startup at the prestigious AfricArena Grand Summit 2024, held in Cape Town

The event, now in its seventh year, is known as Africa's top tech ecosystem accelerator, drawing over 100 startups from 31 African nations.

At the Cape Town International Convention Centre, Cynoia’s chief financial officer, Manar Labidi, accepted the award after competing with 45 other startups in a competition described by AfricArena founder Christophe Viarnaud as “the stage of Africa’s future.” This recognition strengthens Cynoia’s position as a key innovator in Africa’s SaaS sector.

2024 has proven transformative for Cynoia, which enables teams to collaborate more efficiently while slashing software costs by up to 80%. With a new leadership structure, growing international recognition, and continental expansion, the company is preparing to redefine the future of African teamwork with the upcoming launch of its AI engine, Hannibal.

In an important internal promotion, Nermine Slimane transitioned from Team Lead to Chief Technology Officer, bringing valuable expertise in Cynoia’s architecture to the executive team. This allowed co-founder Ayoub Rabeh to focus on his new role as Chief Product Officer, further strengthening the company's commitment to product development. Felipe Millan also joined as Chief Marketing Officer, completing the leadership team, which prioritizes diversity with women representing 47% of the company.

"We're building something special here," remarked Nassreddine Riahi, CEO of Cynoia. "Our team is stronger than ever, and we're reaching more businesses across Africa than we imagined possible when we started. We're not just creating another collaboration tool – we're building the workspace that African teams actually need."

November saw the release of Cynoia Version 2.0, featuring upgraded project management tools, chat, video calls, and file-sharing, all within a single bandwidth-efficient platform suitable for various budgets. The company has also expanded its footprint, establishing a legal entity in Senegal and growing its user base in Ivory Coast, Democratic Republic of Congo, Cameroon, and Rwanda. "Being closer to our users helps us understand their real needs," explained Ayoub Rabeh, chief product officer. "Every market is unique, and we’re adapting our platform accordingly, especially for areas with limited internet connectivity."

Looking ahead to 2025, Cynoia is set to launch Hannibal, its AI engine tailored for African teams. "Hannibal will make advanced AI accessible to businesses across the continent, regardless of their size or location," concluded Nermine Slimane, chief technical officer. "We’re focusing on practical AI applications that make sense for how African teams actually work."

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