Omnia, a Brazilian data centre platform, has signed a 20-year energy supply deal with renewable energy firm Casa dos Ventos to use wind to power a planned data centre, potentially the largest in Brazil.

The data centre is sited at the Pecem port complex ​in the northeastern state of Ceara. The deal, according to Reuters, is worth US$2 billion.

We reported in June last year that Casa dos Ventos had been given the go-ahead from the country’s power grid regulator for what was then described as a 300-megawatt data centre project. It is set to host TikTok owner ByteDance. Patria joined the scheme the following month; the firm is expected to act as the main developer on the project, on behalf of Casa dos Ventos.

The data centre is said to represent a total investment of more than US$39 billion. It is still some way from start-up, however. Building work began in January this year. Initial operations are expected to commence in Q3 in 2027. Expansion will take place in phases until 2029.

The power will be supplied from the 630MW Ibiapaba wind complex and the Dom Inocencio wind farm in Piauí state in northeast Brazil, both of which are owned and operated by Casa dos Ventos. The deal is structured as a self-production model, providing Omnia a stake in Casa’s assets.

Reuters says that environmental groups ​have raised concerns about water use and potential ​impacts ⁠on nearby indigenous communities. Omnia’s response is that the project meets environmental requirements, is fully licensed and will ⁠need ‘minimal ​water use’, which it describes as equivalent to that ​of up to 50 households

The Data Centre Dynamics website says Casa dos Ventos is one of Brazil’s largest renewable energy developers. It has an operating and under-development portfolio of approximately 33.4GW of wind and solar projects, including 12GW in a joint venture with French energy giant TotalEnergies.

Brazilian investment firm Patria Investimentos announced the launch of Omnia, a hyperscale data centre platform with a strong focus on the growing demand for artificial intelligence infrastructure, in May last year.

News

The agreement spans various aspects of 6G research, including trips to both parties’ research centres

Telstra and Ericsson have signed a letter of intent to collaborate on 6G research.

The agreement will see the companies collaborate on the research, standards development, and real-world testing of 6G technology,

It also includes mutual site visitations, with Telstra engineers visiting Ericsson’s testbed in Sweden, and Ericsson staff travelling to Telstra’s Innovation Centre on the Gold Coast.

Further details on the partnership were sparse, but both partners emphasised the role AI had to play in making 6G networks more intelligent and more customisable for customers. This feature is, in fact, a key element of Telstra’s Connected Future 30 strategy, which aims to allow customers to purchase configurable connectivity services at individual prices.

“Mobile connectivity has been one of the most powerful economic engines of modern Australia. As the first G which is AI-native, 6G will be the most intelligent network yet – capable of advanced network connectivity, and new Network as a Product innovations such as the ability to sense the environment around the network. The latter opens the potential for new use cases for public safety, agriculture, weather detection and more,” said Shailin Sehgal, Telstra Group Executive of Global Networks & Technology.

“We are on a clear and exciting trajectory – from 5G Standalone today, to AI-powered 5G and autonomous networks, towards AI-native 6G that is meeting the evolving and future business needs,” added Erik Ekudden, Ericsson Chief Technology Officer. “6G will redefine what a network fundamentally is – not just an AI-native technology platform, but a platform that senses, adapts and orchestrates resources to deliver outcomes for enterprises and society at scale; simply an intelligent fabric.”

This type of partnership is largely to be expected, with Ericsson having been Telstra’s primary RAN partner for many years. The companies made similar agreements during the early days of the 5G era, though these were often based around delivering greater speeds.

Today, Ericsson and Telstra’s focus has increasingly shifted away from pure speeds and towards the benefits of AI integration and network optimisation. It seems likely that their initial joint research on 6G will follow that same path.

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Press Release

Sparkle, the first international service provider in Italy and among the top global operators, announces the commercial availability of its Quantum Safe Interconnect (QSI) across 20 Equinix International Business Exchange® (IBX) data center locations in  Europe, the Americas and Asia where Equinix Managed Solutions are offered.

After successful validation through a Proof of Concept (PoC) conducted over a secure Internet Protocol (IPsec) tunnel between Frankfurt and Singapore, Sparkle’s QSI is now available to enterprises, carriers and hyperscalers seeking quantum-safe protection for their cross-site VPNs, hybrid infrastructures and distributed multi-cloud environments.

Unlike approaches based on dedicated transmission environments, specialized hardware chains or rigid point-to-point architectures, Quantum Safe Interconnect is a software-based overlay solution that can be deployed on existing network and security infrastructures. It integrates seamlessly with virtual firewalls, cloud environments and interconnection platforms, and can be delivered through a flexible Network-as-a-Service (NaaS) model. This makes QSI particularly suited to modern infrastructures, where organizations must secure traffic across regions without redesigning their networks. It enables rapid adoption, scalable multi-site deployments over long distances, and a gradual transition to quantum-resilient connectivity.

“The commercial availability of Quantum Safe Interconnect across Equinix locations marks a major milestone in Sparkle’s strategy to extend QSI into leading interconnection environments worldwide”, said Antonella Sanguineti, Head of Networking, Cloud, Security & Identity Solutions at Sparkle. “QSI stands out for its ability to deliver quantum-safe protection in real operational contexts as a scalable software-based service. This achievement reflects a shared vision with Equinix to develop secure, interoperable and future-ready solutions across a global digital ecosystem.”

“Sparkle is innovating in the integration of next-generation security directly into the environments where dense ecosystems of customers build and scale their digital infrastructure at Equinix,” said Joe Crawford, Vice President, Equinix Managed Solutions. “They have demonstrated an approach that can be integrated into real world IPsec, data center and interconnection environments, helping customers strengthen cyber resilience across globally distributed infrastructures.”

Sparkle will continue to industrialize and expand the solution across the broader Equinix ecosystem, including Equinix Fabric^®, accelerating the adoption of quantum-resilient connectivity worldwide.

About Sparkle

Sparkle is TIM Group’s global operator, first international service provider in Italy and among the top worldwide, offering a full range of infrastructure and global connectivity services – capacity, IP, SD-WAN, colocation, IoT connectivity, roaming and voice – to national and international Carriers, OTTs, ISPs, Media/Content Providers, and multinational enterprises. As a leading player in the submarine cable industry, Sparkle owns and manages a network of more than 600,000 km of fiber stretching across Europe, Africa, the Middle East, the Americas, and Asia. Sparkle’s sales team has a global presence, with representatives in 32 countries.

Find out more about Sparkle following its X and LinkedIn profiles or visiting the website tisparkle.com

Media Contacts

sparkle.communication@tisparkle.com

X: @TISparkle

Contributed Article

by Marc Tachelet, Director of the European Health and Digital Executive Agency (HaDEA)

Since 2021, CEF-Digital has invested €615 million in 75 projects, spanning 18 EU countries and 10 overseas territories. These cables are strategic and critical assets, designed to:

• leverage private investment in European digital infrastructure;
• provide resilient high-speed coLnectivity to all EU citizens, including in the Outermost Regions and Overseas Countries and Territories; and
• ensure sovereignty of our backbone network, as well as the connections with key partner countries.

This year again, the CEF-Digital programme continues striving for these objectives, with two new calls for proposals open until 30 June 2026:

• A call (CEF-DIG-2026-GATEWAYS) with a substantial budget of €180 million has been launched to support the deployment or replacement of backbone networks – in particular submarine cables but also terrestrial backbone fibre networks and ground stations for satellite communications – that address security risks, vulnerabilities, and resilience in the EU core digital infrastructure.
• Additionally, a €20 million call (CEF-DIG-2026-SMART-CABLES) is open, aiming to enhance existing submarine telecommunications infrastructure with SMART (Science Monitoring And Reliable Telecommunications) capabilities. This initiative seeks to integrate sensors and other monitoring components measuring temperatures, detecting acoustic or other signals, and more, thereby collecting real-time ocean and seismic data as well as improving the monitoring functionalities of these critical communication networks.

Europe has a vision for the future which was exposed last year in the form of an EU Action Plan on Cable Security. One of its measures called on the European Commission to set up a group of experts from EU countries and the cybersecurity agency ENISA to identify the priority areas where the EU should focus to enhance our resilience, and where private investment alone may not be commercially viable. Last February, this work resulted in the publication of a list of Cable Projects of European Interest (CPEIs), together with the Cable Security Toolbox, which recommends a set of mitigation measures to address the identified risk scenarios based on threats, vulnerabilities, and dependencies. This is where we will focus our investment over the coming years.

Europe, like all other continents, needs to be agile and respond to the changing geopolitical situations. Some submarine cables connecting Europe have suffered multiple incidents in recent years, which has raised awareness regarding the criticality and vulnerability of submarine data cables.

With the mobilisation of all operators involved in this section, I am confident that, together, we can better coordinate our actions, address those threats, and ultimately enhance the resilience of all submarine cable infrastructures.

Marc Tachelet, the newly appointed Director of the European Health and Digital Executive Agency (HaDEA) is leading the EU’s ambitious investments in digital infrastructure through the CEF-Digital programme. Attending Submarine Networks EMEA for the first time, he will in his keynote address how Europe is determined to continue owning, securing, expanding and fixing its digital gateways.

You can find HaDEA at Stand 2 on the show floor at #SubNetsEMEA

Safaricom’s US$2.1 billion deal to sell a 15% stake to South Africa-based Vodacom Group has reportedly been put on hold after the Kenyan High Court allowed petitions challenging the sale’s constitutionality to go ahead.

On Monday, according to media reports, a panel of three judges appointed by Kenya’s Chief Justice issued a conservatory order blocking Safaricom and Vodacom from proceeding with the sale until a ruling is given on the petitions.

The panel agreed with petitioners that the deal raises significant constitutional questions around national security, data sovereignty, public participation and prudent use of public resources.

“Court process is not a mere inconvenience, and the proposed sale isn’t immune from judicial review and supremacy of the Constitution,” the judges wrote, according to a report from MyBroadband.

TechAfrica News reports that the panel also rejected an application by Vodafone (which owns Vodacom) for both of them to be removed as respondents in the case.

The High Court had previously ruled that the challenge itself was constitutional, and rejected the argument that dispute over the deal is purely a commercial issue, the report added.

Vodacom struck a deal in December 2025 to boost its stake in Kenya-based Safaricom from 35% to 55% by acquiring a 15% stake from the Kenyan government as well as a further 5% stake from Vodafone.

However, although the Kenyan Parliament approved the transaction in March, Kenyan opposition leader Kalonzo Musyoka petitioned the High Court last month to block the sale. Two other petitions opposing the sale have also been filed by private citizens, according to media reports.

Collectively, the petitions argue that the government failed to adequately involve parliament and the public in the decision, citing provisions of Kenya’s constitution, as well as laws governing the selloff of public assets. The petitions also argue that the deal is seriously undervalued.

The deal was saddled with strict conditions imposed by the Kenyan government when it was first announced, to include that Safaricom’s chairman and CEO must always be Kenyan citizens.

The government also said that Vodacom can’t change Safaricom’s corporate brand in any way without its consent, and that any restructuring of the business won’t result in employee layoffs “other than in the ordinary course of business”, the report said.

Vodacom would also be prohibited from making any changes to Safaricom’s existing supplier ecosystem for at least three years, and must consult the government regarding any plans to extend Safaricom’s footprint outside of Kenya, although it wouldn’t need the government’s approval to do so.

Press Release

The two operators join forces to launch a novel low-latency terrestrial route linking Peru and Brazil via Bolivia

Sparkle, one of the world’s leading global operators, and Entel Bolivia, Bolivia’s largest telecommunications company, have signed a Memorandum of Understanding (MoU) to jointly commercialize the terrestrial route connecting the Pacific and Atlantic coasts through Bolivia. The agreement, signed today on the sidelines of the ITW 26 global telecommunications event, focuses on bringing to market a high-performance alternative to existing submarine routes, meeting growing demand for scalable and resilient connectivity across regional digital ecosystems.

Latin America’s digital entertainment sector continues to expand rapidly, with Brazil acting as a central hub for game development, content distribution, and hosting services. However, several areas in western South America still rely on long-distance submarine or indirect international routes to reach the Atlantic, resulting in suboptimal performance for cloud gaming, real-time streaming, financial services, IoT and AI-driven applications.

The Bio-Oceanic Digital Corridor leverages Bolivia’s geographic position to establish a direct terrestrial pathway spanning approximately 4,370 kilometers across Peru, Bolivia, and Brazil. The route enables connectivity between Lima and São Paulo with latency reduced to below 60 milliseconds, compared to more than 120 ms on traditional submarine routes exceeding 12,000 kms. Rather than relying on fragmented routing architectures, the initiative introduces a unified terrestrial backbone designed to improve performance, route diversity and service resilience for regional and international traffic flows.

Under the MoU, Sparkle and Entel Bolivia will jointly commercialize the corridor, offering high-performance connectivity to gaming companies, ISPs, OTT platforms, digital service providers, and data centers across the region. A flexible commercial model will allow customers to access capacity through either partner, with revenue-sharing mechanisms to be defined in a subsequent agreement.

Entel Bolivia will contribute its terrestrial backbone infrastructure spanning national and cross-border segments, underpinned by a high-availability network comprising over 44,000 kilometers of fiber, advanced transmission technology, and a redundant architecture, connecting Lurín (Peru) with Puerto Quijarro (Bolivia) and multiple international interconnection points. Sparkle will manage the Brazilian segment from Puerto Quijarro to São Paulo. Together, the partners establish a high-capacity digital corridor designed to scale up to 60 Tbps, enabling diversified traffic flows between the continent’s two oceanic gateways.

The two companies will coordinate sales, operations, and maintenance activities, to ensure high levels of availability, security, quality of service, and route diversity at continental scale, thereby strengthening network resilience across South America.

“We are proud to collaborate with Entel Bolivia on this ambitious project, which reflects our shared vision to accelerate the region’s digital integration and support the growth of gaming, OTT services and cloud-based solution across Latin America” said Enrico Bagnasco, CEO of Sparkle.

“This initiative consolidates Bolivia’s position as a digital corridor in South America, enabling the efficient interconnection of the Pacific and Atlantic digital ecosystems, and unlocking new opportunities for the development of high-capacity digital services across the region,” added Jorge del Solar, General Manager of Entel Bolivia.

How is the international carrier industry changing in 2026? Join the discussion at Submarine Networks EMEA

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Two bits of domestic infrastructure news, and two more from across the Atlantic: … [visit site to read more]

Philippine telco PLDT announced on Tuesday that three indigenous cultural communities (ICC) representing the Tagbanua in Palawan province have given the green light to a subsea cable project designed to boost the telco’s network resiliency for the island.

The Palawan Resiliency Submarine Cable Project has been cleared to proceed after PLDT and the National Commission on Indigenous Peoples (NCIP) signed two Memorandums of Agreement (MOAs) – one with the Tagbanua Central ICC in Napsan and another with Tagbanua Calamian ICC in Busuanga.

PLDT and the NCIP are expected to sign another MoA with the Tagbanua Tandulanen ICC in Sibaltan, El Nido next month.

Under the MoAs, PLDT has committed to recognize and protect indigenous peoples’ rights and continue to adhere to cultural, social, and environmental safeguards as it deploys the subsea cable.

Led by PLDT’s Network team, the Palawan Resiliency Submarine Cable Project aims to enhance the reliability, resiliency and capacity of PLDT’s network across the province by adding more subsea cable routes.

“Through network resiliency and expansion projects in critical areas like Palawan, we can help bridge connectivity gaps, improve network reliability, and ensure that even far-flung communities are able to reap the benefits of the internet with no island left offline,” said Menardo G. Jimenez, PLDT’s COO and network head.