Kenya partners with Google to enhance its digital infrastructure and empower its citizens in the evolving digital economy. The collaboration aims to create a robust digital ecosystem that meets current technological needs while anticipating future demands.
Kenya seeks to empower decision-makers with real-time insights by utilising AI and data-driven technologies, enhancing operational efficiency and facilitating effective governance. A key focus of the partnership is revitalising the tourism sector through Google’s technology, attracting more international visitors and showcasing the country’s unique landscapes, wildlife, and cultural heritage.
Additionally, prioritising cybersecurity measures is critical to building trust among citizens and ensuring a secure digital environment. The initiative will also promote skills training to equip Kenyans with essential digital competencies, fostering innovation and creativity while contributing to the overall growth of the nation’s economy.
Through this partnership, Kenya addresses immediate technological needs and lays a foundation for sustainable development in the digital space. By enhancing digital literacy and integrating advanced technologies, the collaboration positions Kenya as a leader in the region’s technological landscape.
Why does it matter?
The comprehensive approach ensures that as the digital economy expands, citizens are well-prepared to navigate the challenges and opportunities that arise, ultimately driving growth and resilience in the face of rapid technological advancements.
AT&T has announced a $1 billion, multi-year agreement with Corning to procure fibre, cable, and connectivity solutions as it ramps up efforts to expand high-speed internet services. Facing a slowdown in the United States wireless market, AT&T and other telecom firms like Verizon are increasingly focusing on high-speed internet, traditionally dominated by broadband providers such as Comcast. The telecom giant aims to attract customers by bundling high-speed fibre with its wireless phone services at a discount.
The deal with Corning is expected to support AT&T’s network expansion by improving service performance and reducing deployment costs. AT&T reported that by the end of the third quarter, its fibre network was passing 28.3 million potential customer locations, with a target to exceed 30 million by 2025.
AT&T‘s fibre service added 226,000 new customers in the third quarter, short of forecasts due to a work stoppage affecting fibre installations in the southeast. Despite the challenges, the company remains focused on expanding fibre services to meet growing demand.
The Open Source Initiative (OSI) has introduced version 1.0 of its Open Source AI Definition (OSAID), setting new standards for AI transparency and accessibility. Developed over the years in collaboration with academia and industry, the OSAID aims to establish clear criteria for what qualifies as open-source AI. The OSI says the definition will help align policymakers, developers, and industry leaders on a common understanding of ‘open source’ in the rapidly evolving field of AI.
According to OSI Executive Vice President Stefano Maffulli, the goal is to make sure AI models labelled as open source provide enough detail for others to recreate them and disclose essential information about training data, such as its origin and processing methods. The OSAID also emphasises that open source AI should grant users freedom to modify and build upon the models, without restrictive permissions. While OSI lacks enforcement power, it plans to advocate for its definition as the AI community’s reference point, aiming to combat “open source” claims that don’t meet OSAID standards.
The new definition comes as some companies, including Meta and Stability AI, use the open-source label without fully meeting transparency requirements. Meta, a financial supporter of the OSI, has voiced reservations about the OSAID, citing the need for protective restrictions around its Llama models. In contrast, OSI contends that AI models should be openly accessible to allow for a truly open-source AI ecosystem, rather than restricted by proprietary data and usage limitations.
Maffulli acknowledges the OSAID may need frequent updates as technology and regulations evolve. OSI has created a committee to monitor its application and adjust as necessary, with an eye on refining the open-source definition to address emerging issues like copyright and proprietary data.
Ericsson has signed a 5G deal with Spain’s largest telecom operator, MasOrange, to enhance its network using Open Radio Access Network (ORAN) technologies. This marks Ericsson’s first such agreement in Europe following a significant $14 billion, five-year deal with AT&T in the United States last year. ORAN technology is designed to reduce costs by employing cloud-based software and equipment from multiple suppliers rather than relying on a single provider.
Jenny Lindqvist, Ericsson’s senior vice president, noted that this partnership aligns with industry trends and is crucial for scaling Open RAN technology. She emphasised that Europe is still in the early stages of 5G deployment compared to other regions. MasOrange, formed from the merger of the Spanish unit of France’s Orange and local competitor MasMovil, serves over 30 million mobile customers.
While Ericsson did not disclose the specifics of the deal with MasOrange, a source indicated it would involve around 10,000 sites. The agreement aims to meet the growing demand for 5G services across urban and rural areas, as well as large venues like stadiums.
Meta has launched NotebookLlama, an ‘open’ version of Google’s NotebookLM generate-a-podcast tool, but using Meta’s Llama AI models. NotebookLlama processes uploaded text files, such as PDFs or blog posts, creating a podcast-style summary with dramatisation and interruptions, followed by conversion to speech through open text-to-speech models. However, early feedback highlights a robotic, less natural sound, with voices sometimes overlapping awkwardly.
Meta’s researchers acknowledge the audio limitations and suggest that quality could improve with better text-to-speech models. They also propose evolving the format to feature two AI agents debating topics rather than a single model handling the outline.
Despite various efforts to replicate NotebookLM’s podcast capabilities, all still struggle with AI ‘hallucinations,’ making the generated content prone to inaccuracies.
INTRO Technology has entered into a strategic partnership with Sterling and Wilson Data Center (SWDC) by signing a Memorandum of Understanding (MoU) to collaborate on the Kemet Data Center project located in the Suez Canal Economic Zone (SCZONE). Under this agreement, SWDC will serve as the Engineering, Procurement, and Construction (EPC) contractor, overseeing key responsibilities such as design, planning, budgeting, and timeline management.
That partnership is significant for enhancing Egypt’s digital infrastructure and solidifying the country’s role as a leader in the data centre and cloud services industry. The Kemet Data Center is designed to meet the growing demand for cloud services, the Internet of Things (IoT), and digital transformation across the Middle East and Africa, providing secure and scalable data storage solutions.
Both Hatem Suliman, Vice Chairman and Group CEO of INTRO Holding, and Prasanna Sarambale, CEO of SWDC, expressed their enthusiasm for the collaboration, emphasising their commitment to international standards and alignment with Egypt’s Vision 2030. The partnership is crucial as it combines the technological expertise of INTRO Technology with SWDC’s extensive experience in constructing high-quality data centres.
Why does it matter?
By enhancing the digital infrastructure in Egypt, the Kemet Data Center will position the country as a competitive hub for international investments, foster economic growth, and support job creation. Ultimately, this collaboration will facilitate access to advanced digital solutions, driving innovation and contributing to Egypt’s strategic vision for a digitally transformed economy.
CelcomDigi and AmBank have formed a strategic partnership to revolutionise digital healthcare in Malaysia through a newly signed Memorandum of Understanding (MoU). That collaboration will deliver affordable digital healthcare solutions over the next three years, empowering healthcare providers with advanced tools and services that leverage AI to enhance patient care and healthcare delivery.
Under this partnership, CelcomDigi will provide essential connectivity, while AmBank will offer financial services such as specialised medical financing, loans, insurance, and payment solutions, making these innovations more accessible to healthcare institutions. The initiative will introduce various solutions, including Smart Health Kiosks for monitoring vital health metrics and Medi-Scan technology, which utilises AI for biometric assessments. The focus is particularly on improving healthcare access in underserved areas, addressing the historical limitations of quality healthcare in these regions.
The commitment to enhancing healthcare accessibility for all Malaysians aligns with the initiatives of the Malaysian Communications and Multimedia Commission to elevate the country’s healthcare system to a global standard. Integrating telecommunications and digital infrastructure is deemed essential to achieve this goal. Together, the organisations aim to create a more connected and inclusive healthcare ecosystem that supports predictive, preventive, and precision treatments, ultimately improving clinical outcomes for patients.
Airspan Networks and Pavo Group have signed a Memorandum of Understanding (MoU) to collaborate on network deployments for defence and critical infrastructure. The strategic partnership aims to leverage Airspan’s 4G and 5G Open RAN solutions to create robust, secure networks tailored for military, law enforcement, and utility sectors.
The initial focus is enhancing secure, high-speed communications in public safety and defence sectors, which is essential for mission-critical operations. By integrating Airspan’s Open RAN-based technology into tactical and strategic networks, the partnership seeks to improve real-time communication, situational awareness, and operational effectiveness.
Additionally, the collaboration will bolster networks for utilities and other critical infrastructures, ensuring resilience against cyber threats and environmental disruptions. Leaders from both companies have emphasised their commitment to enhancing security, efficiency, and resilience across their respective sectors.
That partnership can significantly strengthen emergency services and defence operations by ensuring secure and reliable communication networks in critical situations. By combining Airspan’s advanced telecommunications technology with Pavo Group’s defence expertise, they aim to create more resilient networks that can withstand cyber threats.
OpenAI is reportedly set to launch a powerful new AI model, code-named Orion, with an initial release expected by December. Unlike its predecessors, Orion will be selectively available at first, with trusted partner companies given early access to integrate the model into their products. OpenAI’s primary partner, Microsoft, is preparing to host Orion on its Azure platform as early as November.
While some within OpenAI view Orion as a successor to GPT-4, it is unclear whether it will be formally named GPT-5. OpenAI has not confirmed the launch date, and CEO Sam Altman recently downplayed the existence of Orion. Nonetheless, speculation continues as an executive hinted that Orion may be up to 100 times more powerful than GPT-4, moving the company closer to its ambitious goal of artificial general intelligence.
Reports suggest that synthetic data from OpenAI’s 0.1 model, released earlier this year, helped train Orion. OpenAI has teased the model’s arrival through cryptic social media posts, with Altman recently referencing the upcoming “winter constellations” — a possible allusion to Orion, a prominent winter constellation.
Orion’s anticipated release aligns with OpenAI’s completion of a $6.6 billion funding round, with restructuring towards a for-profit model. The company, however, is facing notable internal changes, including the recent departures of CTO Mira Murati and other key research leaders, amid the heightened focus on this next-generation AI model.
Huawei Cloud has reported substantial growth in its South African market, with demand for cloud services rising from both government and private sectors. Since becoming the first international vendor to open a ‘hyperscale’ data centre in South Africa in 2019, the company’s client base has expanded to over 1,000 businesses across sectors such as financial services, telecoms, education, and government.
Over the past five years, Huawei Cloud‘s business in South Africa has increased more than 16 times, according to Jacqueline Shi, president of Huawei Cloud Global Marketing and Sales Service. Although the current revenue figures remain modest, the company is planning to launch more cloud solutions to gain a larger market share as cloud adoption grows across the country.
South Africa’s cloud market is anticipated to grow at an annual rate of 26% from 2023 to 2028, reaching a projected value of 113 billion rand ($6 billion). The adoption of AI is also expected to drive demand for cloud services, making cloud solutions increasingly essential for local businesses, said Steven Chen, Huawei Cloud South Africa’s CEO.
Huawei is competing with Amazon, Microsoft, and Google in the South African market, already operating three data centre locations in Johannesburg. The Chinese tech giant aims to capitalise on the region’s expanding cloud market and meet the increased demand for computing and AI solutions from local companies.
