Meta has announced the completion of core 2Africa infrastructure, the world’s longest open access subsea cable system.

At 45,000km and first launched in May 2022, 2Africa is one of the world’s largest subsea cable projects. It was built through a consortium comprising global partners led by Meta, with the likes of Bayobab, Center3, CMI, Orange, Telecom Egypt, Vodafone Group and WIOCC. Meta regards 2Africa as a landmark subsea cable system that sets a new standard for global connectivity at unprecedented scale.

The consortium said its shared goal was to develop an open, inclusive network that fosters competition, supports innovation and unlocks new opportunities for millions. Moreover, having an open-access model is intended to ensure that multiple service providers can leverage the infrastructure, accelerating digital transformation and artificial intelligence (AI) adoption across the region.

Recent partners including Bharti Airtel and MainOne (an Equinix Company) collaborated on datacentre integration, further expanding the cable’s impact and reach.

The deployment spanned 50 jurisdictions and nearly six years of work, relying on the active engagement of regulators and policymakers to navigate requirements and keep progress on track.

The network is the first cable to connect East and West Africa in a continuous system and link Africa to the Middle East, South Asia and Europe. With a current reach of 33 countries and still counting, the network is designed to enable connectivity for three billion people across Africa, Europe and Asia – more than 30% of the world’s population.

With a design capacity of up to 180Tbps on key parts of the system, and in addition to supplementing capacity demand in the Middle East, it is also designed to underpin the further growth of 4G, 5G and fixed broadband access, interconnecting Europe, eastward via Egypt, the Middle East via Saudi Arabia, and make 21 landings in 16 countries in Africa.

2Africa is attributed with delivering a step change in international bandwidth for Africa, with technical capacity that far exceeds previous systems. On the West segment, stretching from England to South Africa, and landing in countries such as Senegal, Ghana, Cote d’Ivoire, Nigeria, Gabon, the Republic of Congo, DRC and Angola, the cable supports 21 terabits per second (Tbps) per fibre pair, with eight fibre pairs on the trunk.

To gain the required throughput, the cable deployed advanced spatial division multiplexing (SDM) technology, supporting up to 16 fibre pairs per cable. This, says Meta, was double the capacity of older systems and represented the first 16-fibre-pair subsea cable to fully connect Africa. The link incorporated undersea optical wavelength switching, enabling flexible bandwidth management and supporting evolving demands for AI, cloud and high-bandwidth applications.

The cable system also features two independent trunk powering architectures across its West, East, and Mediterranean segments, in order to optimise capacity and providing additional resiliency against electrical faults. Meta added that its Our branching unit switching capability allowed it to optimise for trunk capacity and reliability by utilising routes much further offshore from hazards such as the Congo Canyon turbidity currents, while serving branches to West African nations.

To further ensure the integrity and reach of the cable, the consortium engineered compatible crossing solutions for over 60 oil and gas pipelines.

Observing the potential effect the cable could have, Meta expects that 2Africa could contribute up to $36.9bn to Africa’s GDP within just the first two to three years of operation. It was confident its arrival will boost job creation, entrepreneurship and innovation hubs in connected regions, and said evidence from previous cable landings have shown that fast internet access increases employment rates, improves productivity and supports shifts towards higher-skill occupations.

Neos Networks has revealed the successful completion of the first fibre installation under the Project Reach programme.

Specifically designed to end the worst signal blackspots on the major rail arteries of Britain and no less than rewire the UK for the next decade of digital growth, Project Reach’s nationwide roll-out will see at least 1,000km of high-grade fibre laid alongside Britain’s railways. By using the rail network as a national corridor for new fibre, Neos says it’s taking advantage of the most direct, secure and future-proof routes available.

The infrastructure will support everything from rail operations and transport digitisation to the surging demand created by artificial intelligence (AI), cloud and datacentre expansion. It’s the kind of investment that will determine how competitively Britain can perform in an increasingly data-driven world.

Structurally, the project brings together public and private sector investment and infrastructure, and is claimed to be able to save taxpayers around £300m while delivering substantial benefits to rail users.

The scheme also aims to create a high-performing digital connectivity backbone for businesses, providing connectivity to datacentres and high-performance edge facilities, supporting the UK’s digital ambitions and driving innovation.

Network Rail is the owner and infrastructure manager of most of the railway network in Britain, and teaming with the business-dedicated network firm and connectivity infrastructure-as-a-service provider is designed to deliver the biggest upgrade to Britain’s rail telecoms infrastructure in decades.

The railway’s current fibre optic cable system uses 24- and 48-count cable similar to that found in the ground on residential streets. The network will see use of a Neos Networks 432-core high-count cable, hugely increasing the network’s capability. Network Rail will use one half of the new capacity and Neos will commercialise the other.

In partnership with AmcoGiffen and Network Rail, Neos has started to install 432-count fibre cables along the Great Western Main Line, connecting London to Cardiff.

For this first phase of fibre deployment, more than 40 specialists worked through overnight windows under tight safety and operational controls to ensure zero disruption to passenger services. Through planning, coordination and collaboration with Network Rail, the fibre pull was completed to time and to the required high safety standards, setting a benchmark for the roll-out programme and demonstrating the efficiency of the delivery model.

“The milestone is about more than a successful fibre pull, it’s about building the backbone for Britain’s digital future,” said Neos Networks CEO Lee Myall. “AI, cloud and datacentres may capture headlines, but they all rely on one thing: fibre. Without it, the UK’s digital ambitions simply can’t be realised. Project Reach is how we make sure the UK stays globally competitive for decades to come.”

“Safe and efficient delivery in rail operations demands real expertise and precision, and our team has set the benchmark for both as we leverage our experience on Project Reach,” added AmcoGiffen managing director John Booth. “The success of this first phase reflects the strength of our collaboration with Neos Networks and Network Rail, and the skill and commitment of everyone involved.”

Harriet Hepburn, corporate finance, partnerships and retail director at Network Rail, said: “This first milestone highlights how collaboration between the public and private sectors can deliver tangible national benefits. Project Reach is modernising Britain’s rail communications while laying the foundation for the next phase of digital growth in the UK.”

Corporate AI slop feels inescapable in 2025. From website banner ads to outdoor billboards, images generated by businesses using AI tools surround me. Hell, even the bar down the street posts happy hour flyers with that distinctly hazy, amber glow of some AI graphics.

On Thursday, Google launched Nano Banana Pro, the company’s latest image-generating model. Many of the updates in this release are targeted at corporate adoption, from putting Nano Banana Pro in Google Slides for business presentations to integrating the new model with Google Ads for advertisers globally.

This “Pro” release is an iteration on its Nano Banana model that dropped earlier this year. Nano Banana became a viral sensation after users started posting personalized action figures and other meme-able creations on social media.

Nano Banana Pro builds out the AI tool with a bevy of new abilities, like generating images in 4K resolution. It’s free to try out inside Google’s Gemini app, with paid Google One subscribers getting access to additional generations.

One specific improvement is going to be catnip for corporations in this release: text rendering. From my initial tests generating outputs with text, Nano Banana Pro improves on the wonky lettering and strange misspellings common in many image models, including Google’s past releases.

Google wants the images generated by this new model—text and all—to be more polished and production-ready for business use cases. “Even if you have one letter off it’s very obvious,” says Nicole Brichtova, a product lead for image and video at Google DeepMind. “It’s kind of like having hands with six fingers; it’s the first thing you see.” She says part of the reason Nano Banana Pro is able to generate text more cleanly is the switch to a more powerful underlying model, Gemini 3 Pro.