On February 10, 2026, during an official visit to Yerevan, U.S. Vice President JD Vance and Armenian Prime Minister Nikol Pashinyan announced the launch of Phase Two of a massive artificial intelligence infrastructure project. Firebird Inc., a U.S.-based AI cloud provider, has received regulatory approval and export licensing for the delivery of 41,000 NVIDIA GB300 graphics processing units (GPUs). This expansion builds upon the $500 million Phase One investment, bringing the total cluster to 50,000 GPUs with an overall investment value of $4 billion.

The project, which is rooted in a memorandum on semiconductors and AI signed between the two nations in August 2025, represents the most significant technology-driven capital investment in Armenia's history. The AI "factory" is designed to scale to over 100 megawatts of capacity, providing a sustainable ecosystem for high-performance computing (HPC). For Armenia, this infrastructure facilitates a shift from being a supplier of engineering talent to becoming a creator of intellectual property and globally relevant AI platforms. The cluster will support research across life sciences, robotics, space, and next-generation generative AI applications.

This technological surge coincides with steady growth in Armenia's telecommunications sector. Revenues from telecom and broadcasting activities increased by 2.3% in 2025, reaching 155.8 billion drams. Local operators are also aggressively modernizing; Ucom’s 5G network now reaches over 91% of the population, while Team Telecom Armenia is finalizing the decommission of its legacy 2G network to free up spectrum for faster 4G and 5G services. The Firebird megaproject is expected to provide these operators and local enterprises with GPU-as-a-Service capabilities, enabling them to train sophisticated models like the recently launched HyGPT locally.

On February 10, 2026, Deputy Prime Minister and Minister of Artificial Intelligence Zhaslan Madiyev detailed plans to establish an international computing hub centered in Ekibastuz, a primary energy production zone in Kazakhstan. The project leverages the region's extensive coal-fired power generation, specifically reserving 300 megawatts of capacity at the GRES-1 power plant. The government has already allocated a land plot and is currently in negotiations with international investors to scale this infrastructure.

The anchor facility for this hub will be a 50 MW AI-focused data processing center being built by national provider Kazakhtelecom, with commissioning scheduled for mid-2027. This facility is designed to be ten times more powerful than the recently launched government supercomputer in Astana. The initiative is part of Kazakhstan's "Affordable Internet" national project, which also aims to connect 3,000 rural settlements to high-speed fiber-optic lines by the end of 2027.

Strategically, Kazakhstan is moving from simple digitalization to the large-scale adoption of AI as a core economic driver. Venture investment in the domestic AI sector has risen fivefold over the past two years, reaching $73 million in 2025. While international platforms like ChatGPT remain dominant, the government is promoting domestic models such as KazLLM, which already serves approximately 600,000 users, and the upcoming Alem LLM. To support global data flows, Kazakhstan is also increasing its role as a transit hub between Europe and Asia, with projects like the Trans-Caspian fiber-optic route and the "West-East" hyper-highway designed to handle significantly more transit traffic.

Uzbekistan’s telecommunications and digital services sector experienced rapid growth throughout 2025, reaching a total value of $6.46 billion—a 22.7% increase year-on-year. Tashkent remains the primary market, accounting for $4.70 billion of this revenue. On February 9, 2026, operator Ucell announced a major infrastructure expansion with the commercial launch of 5G services in Termez, a key southern city. The network utilizes new base stations in the city center and business districts, delivering speeds up to 1 Gbps with minimal latency.

The expansion in Termez is part of a broader trend of technological advancement in Uzbekistan. Following its initial 5G launch in 2021, Ucell has expanded coverage to Samarkand, Fergana, and Kokand. Meanwhile, other major players are also scaling their B2B and AI capabilities. Veon’s subsidiary, Beeline Uzbekistan, recently launched BuildX—a software development firm headquartered in Tashkent's IT Park focused on creating export-ready AI solutions. Beeline also unveiled a new Network Operations Center (NOC) in Tashkent that provides 24/7 monitoring for over 5,850 base stations.

The country’s digital economy is further supported by government efforts to ease data localization rules for global payment platforms and strengthen fintech infrastructure through partnerships between UZCARD and international organizations like the CDTI. Additionally, the Asian Development Bank is collaborating with Uzbekistan on tax digitalization projects. These combined efforts in infrastructure, software development, and regulatory reform are designed to establish Uzbekistan as a leading technology hub in Central Asia.

Meta has entered into a long‑term agreement with Nvidia to secure millions of AI processors as part of a large‑scale expansion of its data center infrastructure. The deal includes Grace CPUs, Blackwell GPUs and the upcoming Vera CPU architecture expected to launch in 2027.

Industry sources describe the agreement as one of the largest AI hardware supply arrangements to date, potentially worth tens of billions of dollars, although the companies have not disclosed financial details. The move deepens Meta’s reliance on Nvidia’s ecosystem as competition among hyperscalers for AI compute capacity intensifies.

The deployment marks one of the first large‑scale implementations of Nvidia’s Grace architecture without third‑party CPUs, signaling tighter vertical integration between AI software workloads and hardware infrastructure.

For the telecom and cloud ecosystem, the agreement underscores accelerating demand for hyperscale data center capacity, high‑performance interconnects and power infrastructure. As AI workloads grow exponentially, network backbones and colocation facilities are expected to see continued investment growth.

IHS Towers has reached an agreement to divest its telecom tower operations in Brazil and Colombia to Macquarie Asset Management in a deal valued at approximately $952 million on an enterprise value basis.

The transaction covers around 8,860 tower sites operated by IHS’s subsidiary in the region. The sale reflects a strategic portfolio rebalancing as the company refocuses on other core markets.

Infrastructure investors continue to view tower assets as attractive long‑term investments due to stable cash flows supported by multi‑year contracts with mobile network operators. The transaction also highlights ongoing consolidation within the global tower sector, where private equity and infrastructure funds are expanding their footprint.

For the broader telecom market, the deal reinforces the role of tower companies as critical infrastructure providers supporting 4G and 5G network expansion.

Nokia and Vodafone have announced a partnership to commercialize Vodafone’s network APIs through Nokia’s Network as Code platform. The initial offering will include authentication and anti‑fraud APIs, with sales beginning in April 2026.

The companies plan to expand the portfolio over time to include additional APIs covering location services and advanced connectivity capabilities. The initiative is part of a broader strategy to monetize network functionality through programmable interfaces targeted at developers and enterprise customers.

API‑based monetization models are gaining traction across the telecom industry as operators seek new revenue streams beyond traditional connectivity services. The approach aligns with the transition toward 5G Standalone architectures and edge computing environments, where programmable network capabilities become increasingly valuable.

The agreement reflects the growing shift toward the Telco‑as‑a‑Platform model, transforming operator infrastructure into service‑oriented digital platforms.

GVG Glasfaser has raised €135 million in financing from an international banking consortium including Hamburg Commercial Bank, KfW and Raiffeisenlandesbank Oberoesterreich.

The funding will support the continued rollout of fiber‑to‑the‑home (FTTH) infrastructure across Germany as demand for gigabit connectivity increases. The company aims to strengthen its competitive position in the fixed broadband market, where fiber deployment remains a key strategic priority.

Despite tighter capital conditions in recent years, fiber infrastructure continues to attract financing due to its long‑term revenue visibility and structural demand growth. Banks and institutional lenders remain active participants in broadband expansion projects across Europe.

The transaction confirms that FTTH remains one of the most resilient investment segments in the European telecom sector.

DTE Energy confirmed a long‑term power supply agreement with Oracle to deliver 1.4 gigawatts of electricity to a new data center facility in Michigan. The contract runs through February 2045 with an option for extension.

State regulators approved the agreement under the condition that associated costs would not be passed on to existing customers. Alongside the announcement, DTE reported quarterly earnings above market expectations and reaffirmed its 2026 financial outlook.

The scale of the agreement highlights the growing energy requirements of hyperscale AI and cloud infrastructure projects. Securing multi‑decade power capacity has become a strategic priority for technology companies building large‑scale data center campuses.

For the telecom and cloud ecosystem, the deal underscores the structural link between AI infrastructure growth and long‑term energy procurement strategies.

On February 19, 2026, the World Bank’s Board of Directors approved an $846 million guarantee to support the modernization of Kazakhstan’s transport infrastructure. The mechanism is expected to attract a total of $1.41 billion in private investment.

The project includes the construction of a new 322‑kilometer railway line as part of the development of the Trans‑Caspian International Transport Route (Middle Corridor). The scope of work предусматривает the deployment of modern signaling systems, digital traffic management solutions, and telecommunications infrastructure.

According to the World Bank, the modernization will increase route capacity and reduce transit times. Implementation involves advanced digital technologies for infrastructure management and monitoring.

The project is structured under a public‑private partnership model.

On February 19, 2026, following negotiations in Washington, Uzbekistan and the United States announced the creation of a joint investment platform. The initiative involves the U.S. Export‑Import Bank and the U.S. International Development Finance Corporation (DFC).

The platform is designed to finance priority infrastructure, energy, and technology projects. Particular attention will be given to industrial modernization and digital sector development.

Both sides expressed their intention to expand the participation of U.S. financial institutions in projects across Uzbekistan. The initiative aims to attract long‑term capital and strengthen bilateral investment cooperation.

On February 24, 2026, Bharti Airtel announced plans to invest INR 20,000 crore (approximately $2.4 billion) in the development of its NBFC division.

The investment is aimed at expanding financial services, including lending and digital payment solutions. The company continues to diversify beyond traditional telecom services.

The move comes amid intensifying competition in the digital financial services market. Airtel is developing an ecosystem model that integrates mobile connectivity, financial products, and digital platforms.

On February 24, 2026, Microsoft unveiled an updated artificial intelligence platform for telecom operators ahead of Mobile World Congress in Barcelona.

The company stated that implementing generative and agent‑based AI enables operators to increase efficiency and optimize operational costs. The platform integrates cloud infrastructure, data analytics tools, and automation capabilities.

According to figures cited in the announcement, telecom companies actively deploying AI solutions demonstrate multiple‑fold improvements in return on investment metrics. The solution is designed to support network operations automation, customer service optimization, and advanced analytics.

On February 26, 2026, The Astana Times reported that Kazakhstan is moving forward with the implementation of the Data Center Valley project in the Pavlodar region. The initiative envisions the creation of Central Asia’s largest data center campus with a total planned capacity of up to 1 gigawatt.

The project’s progress was reviewed on February 25 during a government meeting chaired by Prime Minister Olzhas Bektenov. Authorities confirmed that 1,400 hectares of land have been allocated, while grid connection and supporting infrastructure are being prepared.

The development is designed as a greenfield zone to attract international technology partners. Initial power capacity is projected at 100 MW, with scalable expansion planned in subsequent phases. The facilities are expected to meet Tier III standards with a projected Power Usage Effectiveness (PUE) of 1.25.

Plans also include the construction of four specialized AI‑focused data centers with 50 MW capacity each. The project is positioned as a strategic step toward transforming Kazakhstan into a regional hub for digital and cloud infrastructure.

On February 28, 2026, Huawei announced the launch of an open-source project supporting the Agent-to-Agent for Telecom (A2A‑T) protocol during Mobile World Congress 2026 in Barcelona.

The A2A‑T protocol was initially introduced at TM Forum’s Accelerate Week on February 6, 2026. It is designed to standardize collaboration between AI agents within telecom environments and accelerate automation of operator workflows.

Huawei’s open-source initiative includes key implementation components such as SDK tools, an agent registry center, and an orchestration hub enabling low-code and no-code workflow management.

According to the company, the project is intended to reduce integration timelines from months to days while improving interoperability in multi-vendor telecom ecosystems.

The official presentation of the initiative is scheduled for March 2 at the Global Autonomous Network Industry Summit during MWC 2026.

On February 26, 2026, HCLTech announced its participation in Mobile World Congress 2026, where it will showcase AI‑native transformation strategies for the telecom industry.

The company aims to bring together telecom operators, hyperscalers, and technology partners to discuss AI-driven network evolution, autonomous operations, and platform-based service models.

HCLTech stated that the event will focus on enabling operators to transition toward intelligent, automated network infrastructures supported by artificial intelligence.

Representatives from Microsoft, Nokia, Ericsson, AT&T, Verizon, and Singtel are expected to participate in discussions around next-generation telecom ecosystems.

The initiative reflects the broader industry trend toward embedding AI at the core of telecom architecture and operational models.

Between February 24 and 26, 2026, GSMA released statements outlining the strategic priorities of MWC Barcelona 2026, marking the 20th anniversary of the event in the city.

According to GSMA, the industry focus is shifting from pure technology demonstrations toward commercial deployment and revenue generation models. Key themes include 5G Standalone, AI-driven automation, sovereign infrastructure, and enterprise digitalization.

The association noted that telecom operators are increasingly restructuring business models around enterprise services, programmable networks, and cross-industry collaboration.

MWC 2026 is scheduled to take place from March 2 to March 5 in Barcelona and is expected to gather global telecom leaders, technology providers, and investors.

The event reflects a broader transition in the telecom sector toward scalable commercial applications of advanced network technologies.

On February 27, 2026, reports confirmed that Accenture acquired advanced AI technologies developed by Avanseus to strengthen its autonomous network capabilities.

The acquired solutions include predictive analytics, anomaly detection, and network optimization tools designed to automate complex telecom operations and improve infrastructure efficiency.

The integration of these technologies is expected to enhance Accenture’s cognitive network platform and support the deployment of agentic AI models within telecom environments.

The move aligns with a broader industry push toward intelligent automation and self-optimizing networks driven by artificial intelligence.

The acquisition underscores growing investment in AI-powered network management tools as operators seek to reduce operational costs and improve performance.

On March 4, 2026, Accenture announced it had entered into an agreement to acquire Ookla and other brands from Ziff Davis’s Connectivity division for $1.2 billion in cash. The transaction includes Ookla, Speedtest, Ekahau, Downdetector, and RootMetrics.

Ookla is widely known as a provider of network performance analytics and benchmarking solutions for telecom operators, enterprises, and regulators. Following the closing of the deal, Accenture plans to integrate Ookla’s solutions into its Industry X division and expand its services for telecom operators, hyperscalers, and enterprise customers.

According to Ziff Davis CEO Vivek Shah, the sale represents significant value realization for shareholders. The company’s shares rose following the announcement of the transaction.

The acquisition strengthens Accenture’s position in network analytics and Wi‑Fi and 5G optimization, while expanding its capabilities in digital transformation services for telecom operators.

On March 2, 2026, Nokia announced the expansion of its partnerships with TIM Brasil and Deutsche Telekom within its broader strategy to deploy AI technologies in telecom networks.

The agreement with TIM Brasil extends the existing 5G network modernization contract to an additional 14 states, covering approximately 42% of Brazil’s population. The partnership will enable the operator to offer AI‑driven services to enterprise customers using Nvidia’s AI‑RAN platform.

Nokia also continues to strengthen its collaboration with Deutsche Telekom in the field of AI‑based network optimization.

The company is positioning AI integration as a key driver of future revenue growth amid the global 5G upgrade cycle and the transition of operators toward AI‑native network architectures.

On March 6, 2026, Reuters reported that Vietnam’s state‑owned operator Mobifone is in negotiations with Chinese technology firms regarding new contracts to build elements of its 5G network.

According to sources, the talks are taking place against the backdrop of previously signed agreements and despite U.S. warnings about potential security risks.

Mobifone plans to expand its 5G infrastructure to strengthen its domestic market position and accelerate the rollout of digital services. The project includes modernization of both the radio access network and the core network.

The Vietnamese government views 5G development as a key component of the country’s digital transformation strategy and industrial growth agenda.

On March 4–5, 2026, Google, Microsoft, Amazon, Meta and several AI companies signed an agreement at the White House under which they committed to covering the costs of new electricity generation sources needed to power their data centers.

The initiative aims to reduce pressure on electricity tariffs for households and traditional consumers amid the rapid growth in energy demand driven by AI infrastructure.

According to Reuters, the companies agreed to finance the construction of additional generation capacity necessary for new data centers, including facilities dedicated to AI workloads.

The rapid expansion of AI clusters and hyperscale data centers has significantly increased electricity demand in the United States, raising concerns among regulators and grid operators. Under the new model, major technology companies will directly participate in financing energy infrastructure.

The move reflects the scale of Big Tech’s capital investment in AI infrastructure and underscores that energy supply has become a critical constraint on data center market growth.

On March 10, 2026, AT&T announced its intention to invest more than $250 billion over the next five years in telecom infrastructure and operational development across the United States.

The investments will focus on mobile network modernization, fiber expansion, and the development of AI‑ready architectures.

The company stated that the funding will support broader coverage, increased network capacity, and the rollout of next‑generation services.

AT&T joins other major operators that are ramping up capital expenditure programs amid rising data consumption, growing AI workloads, and the continued expansion of fixed wireless access.

According to the report released on March 13, 2026, VEON's digital revenues surged by 84%, accounting for over 20% of the group's total revenue. The primary drivers were the markets of Uzbekistan and Kazakhstan, where the company is actively implementing its "Digital Operator 1440" strategy. In Uzbekistan, Beeline continues to scale its partnership with Rakuten Symphony to deploy Open RAN and AI solutions, which has optimized network costs and enabled the launch of personalized SaaS products for the retail sector.

VEON CEO Kaan Terzioğlu emphasized that the transformation from a traditional connectivity provider to a digital platform provider is complete. Specifically, in Uzbekistan, the company is focusing on supporting businesses through data analytics and cloud services, contributing to the country’s emergence as a regional IT hub. A 29% EBITDA growth confirms the effectiveness of investments in sovereign AI infrastructure and financial services (AdTech, FinTech), which are integrated into Beeline ecosystems across the CIS.

On March 15, 2026, it was announced that STC Group had taken an equity stake in the Saudi debt platform Tarmeez Capital. This acquisition is part of STC’s strategy to transform into a diversified technology conglomerate. Tarmeez Capital specializes in providing SaaS solutions for private lending, directly correlating with the recently launched STC Bank.

For the telecommunications industry, this is a significant signal: major operators in the Middle East and Central Asia (where STC has interests via partnerships) are penetrating deeper into the financial sector. The Tali Ventures fund, with $300 million in capital, focuses on AI and fintech projects, aiming to create a closed ecosystem where telecom infrastructure serves as the foundation for complex SaaS products. Analysts note that STC's moves create a blueprint for operators in Kazakhstan and Uzbekistan, who are also looking to monetize their subscriber bases through fintech services.

By mid-March 2026, the project to create the region’s most powerful AI center, equipped with NVIDIA Blackwell GPUs, became a central topic in Armenia's IT community. The infrastructure base is provided by Team Telecom Armenia and the Irish firm Imagine Broadband. The 100MW facility is intended to turn the country into a global AI hub.

However, experts have pointed out risks: under current plans, up to 80% of the computing power will be reserved for international corporations, leaving only 20% for Armenia’s internal needs. This has raised concerns regarding information security and the dependence of national critical infrastructure on external players. Nevertheless, the project's realization will ensure an unprecedented influx of technology and create thousands of jobs in SaaS and Data Science, solidifying Armenia’s status as a technological leader in the South Caucasus.

On March 14, 2026, Freedom Telecom management confirmed the receipt of the first major batch of equipment from the Finnish company Nokia as part of a contract to build the backbone network. This event marks the entry of a new player into Kazakhstan's mobile market, which was previously divided between Kazakhtelecom and Kcell. Freedom has set an ambitious goal: to build a completely cloud-native 5G network from scratch, bypassing the modernization stages of legacy 4G equipment.

The new network will be integrated with the Freedom ecosystem, offering subscribers converged SaaS solutions ranging from embedded fintech to exclusive investment service terms. For the market, this means increased competition and a potential revision of tariff plans by existing operators. The project also includes the construction of proprietary data centers to support Open RAN architecture, allowing the operator to manage loads flexibly and deploy specific services for businesses (Private 5G).

On March 12, 2026, Microsoft and Vodafone Group unveiled the next stage of their ten-year partnership. The new solution is a cloud-based service (SaaS) that allows small enterprises to leverage generative AI for customer service and inventory management without needing in-house developers. The service will be available through the Vodafone Business marketplace.

A key feature of this implementation is the deep integration of AI into the operator's transport network (MEC — Multi-access Edge Computing). This minimizes latency in request processing, which is critical for retail and logistics. While the primary launch targets Europe and Africa, this model serves as a benchmark for CIS operators who procure similar solutions from Microsoft for their B2B clients. The partnership also includes the migration of all Vodafone IoT devices to the Azure platform, creating one of the world's largest "Internet of Things" networks managed via a single cloud interface.

On March 16, 2026, the results of the Global WLAN Industry Forum were announced. The centerpiece of the event was the signing of an agreement between the World WLAN Application Alliance (WAA) and regional technology leaders to implement "AI-WLAN" standards. For Uzbekistan, this marks a transition from simple coverage expansion to intelligent network management. New AI algorithms will be embedded into Wi-Fi 7 infrastructure to automatically optimize signals in high-density environments, a critical requirement for the "smart cities" and shopping malls currently under construction in Tashkent.

The deployment of this technology will allow operators to offer businesses a new level of SaaS analytics: ranging from visitor heat maps to automated cyber-threat prevention at the access protocol level. Forum participants emphasized that the era of "simple internet" is over—networks must now be self-learning and proactive, ensuring deterministic low latency for VR services and cloud gaming.

On March 16, 2026, Nokia officially presented its new Optical Networking portfolio, specifically designed for high-performance interaction between data centers. The primary bottleneck for modern AI clusters has been the data exchange "gap" between thousands of GPUs. Nokia’s new products enable data transmission at speeds ranging from 1.6 to 3.2 Terabits, significantly reducing the Total Cost of Ownership (TCO) for infrastructure.

The technology features new high-density amplifiers capable of supporting up to 160 fiber pairs per rack. This is critical for hyperscalers and cloud providers deploying AI-based SaaS platforms. The equipment will be available for commercial use in the second half of 2026, with test samples reaching partners shortly. This innovation solidifies Nokia’s role as a key physical layer provider for the "Intelligent Cloud."

While plans for a National AI Center were initially announced in February, Kyrgyz authorities reported the launch of a functional technical base between March 12 and 19, 2026. The system is designed to analyze network traffic and protect critical infrastructure from cyberattacks, which saw a significant increase in the region during 2025.

In parallel, it was confirmed in March that AI infrastructure will become available to government agencies and businesses in the coming months. This is part of a broader strategy to transition to the G-Cloud (Government Cloud) model, where all services are provided via a SaaS framework. The regulator also noted disruptions in the national ELQR payment system on March 19, which accelerated the decision to implement AI for real-time monitoring of financial transaction stability.

Armenia has made significant progress in the development of its telecommunications and digital infrastructure, said Kristine Djondzhan, the head of the Union of Operators of Armenia, at the opening of Telecommunications Week 2026 in Yerevan. According to her, modern communication networks have become not only a technological foundation but also a basis for business, education, government services, and digital economy innovations.

The event brought together representatives from the private sector, international partners, and regulators to discuss key industry development directions, advanced technologies, and collaboration between government bodies and businesses. The event will feature discussions on AI, audiovisual media, regulation, market challenges, and the future of communication networks in Armenia.

The event will last several days and include specialized seminars, panel discussions, and sessions on strengthening the position of Armenian telecom companies on the international arena and creating favorable conditions for digital investments. Experts noted that such initiatives contribute to fostering quality business dialogue, knowledge exchange, and stimulating investments in key technological areas.

The Ministry of Digital Development of Uzbekistan announced the enforcement of updated regulations requiring mandatory biometric identification of subscribers when subscribing to telecom services. The new regulations, effective from January 6, 2026, aim to reduce fraud and increase the accuracy and security of user data.

According to the updated rules, telecom operators are required to verify subscribers' identity using biometric data when signing contracts for mobile services. This is part of a broader initiative to enhance the resilience of the digital sector and improve user trust, especially in the face of rising virtual services and online identification.

Additionally, citizens now have access to a self-verification tool on the government portal my.gov.uz, where they can check if their mobile number is registered in their name. This measure is aimed at reducing the use of virtual phone numbers and other fraudulent activities in telecommunications services.

The 2026 Global WLAN Industry Forum (WAA) took place with international participation from experts, operators, vendors, and researchers, focusing on creating a new AI-WLAN ecosystem standard. The main focus of the forum was on integrating artificial intelligence into WLAN infrastructure to enhance user experiences and industrial applications.

Participants discussed the future transformation of WLAN services from passive networks into proactive GA systems, supporting predictive traffic analysis, adaptive resource management, and network process automation. This will strengthen WLAN networks’ compatibility with IoT devices, AI data aggregators, and high-performance applications.

The forum attracted over a hundred participants from the global supply chain — from standardization experts to academic institutions and telecom operators. Two memorandums of cooperation in AI-WLAN standardization were signed, creating a foundation for accelerated adoption of compatible technologies globally and reinforcing the innovation ecosystem.

These initiatives will help the global development community unite efforts to create next-generation intelligent networks, improving efficiency in various scenarios — from smart cities to corporate solutions requiring high bandwidth and low latency.

The International Telecommunication Union (ITU) has announced that total investment commitments under its Partner2Connect initiative have exceeded $82 billion. The program is designed to expand internet access to the approximately 2.2 billion people who remain offline globally.

The initiative brings together governments, telecom operators, and technology companies to accelerate the development of digital infrastructure, particularly in underserved and remote regions. Investments are focused not only on network deployment but also on improving affordability and digital inclusion.

The announcement, made in the context of Mobile World Congress 2026, highlights a shift in the global telecom agenda—from expanding nominal coverage to ensuring meaningful connectivity and usage. While network availability has increased significantly in recent years, a large portion of the population still lacks access due to cost barriers, limited digital skills, or insufficient infrastructure.

Partner2Connect is positioned as a key coordination platform for aligning public and private sector efforts, reinforcing the role of connectivity as a foundation for economic growth and digital transformation.

India’s leading telecom operators, including Reliance Jio, Bharti Airtel, and Vodafone Idea, have raised objections to the terms of a new tender aimed at deploying mobile connectivity infrastructure in the Mumbai metro system.

The operators argue that the base pricing—approximately INR 1,000 per square foot, including unused areas—is economically unviable. As a result, they have declined to provide the required financial guarantees to participating vendors, effectively stalling the tender process.

Instead, the operators have proposed acquiring the existing infrastructure installed by contractor ACES and expanding it under a shared usage model. According to industry participants, this approach would reduce duplication of investments and accelerate deployment timelines.

The dispute underscores broader tensions between public infrastructure authorities and telecom operators over cost structures and return on investment. At the same time, reliable mobile connectivity in metro systems is increasingly seen as essential for both passenger safety and service quality.

Italy’s state-controlled postal and financial services group Poste Italiane has announced a bid to acquire Telecom Italia (TIM) in a deal valued at approximately €10.8 billion ($12.5 billion).

The offer includes a combination of cash and shares and represents a premium over the current market valuation of TIM. Poste already holds a significant stake in the operator and aims to consolidate its position through the acquisition.

If completed, the transaction would create an integrated platform combining telecommunications, cloud services, and data management capabilities. The combined entity is expected to generate around €27 billion in revenue and approximately €5 billion in operating profit.

Poste Italiane anticipates annual synergies of up to €700 million, driven by cost optimization and operational efficiencies. The deal also aligns with broader European efforts to strengthen control over critical digital infrastructure and enhance technological sovereignty.

The proposed acquisition reflects a growing trend of consolidation in the European telecom sector, as operators seek scale to offset declining margins and fund investments in next-generation networks and digital services.

Uzbekistan continues to develop telecom market regulation with a focus on user security. Authorities have announced the introduction of a system designed to detect and block fraudulent phone calls, responding to the growing number of digital fraud incidents.

The new system will be integrated into telecom operators’ infrastructure and will enable automatic identification of suspicious calls. It involves the creation of a centralized mechanism capable of analyzing traffic, detecting anomalies, and restricting malicious activity.

This initiative reflects a broader trend across Central Asian countries — increasing government control over digital communications while continuing to develop telecom infrastructure. For operators, this means implementing additional technological solutions, including data analytics systems and anti-fraud platforms.

The system is expected to increase user trust in mobile communications and digital services, while also reducing financial losses caused by fraud. At the same time, market participants note that implementing such solutions requires significant investment and coordination between the government and telecom operators.

In the long term, similar systems may become a regional standard, especially amid the growth of mobile financial services.

Kazakhstan continues to tighten regulation of the digital environment by introducing additional measures aimed at protecting users, including minors. The new initiatives focus on restricting access to harmful content and increasing the responsibility of platforms and telecom operators.

The measures involve expanding filtering and control mechanisms that must be implemented at the level of internet service providers and telecom companies. This requires the deployment of technical solutions for traffic analysis and content restriction.

For operators, this creates additional regulatory obligations, including the need to upgrade network infrastructure and implement traffic filtering systems. At the same time, authorities view these measures as a necessary step toward building a safer digital environment.

Experts note that such initiatives may affect the balance between online safety and internet freedom, as well as the investment attractiveness of the market. However, in the long term, they contribute to the development of a more stable digital ecosystem.

Kazakhstan remains one of the regional leaders in digitalization, and stricter regulation is part of its broader strategy to build a controlled and secure digital space.

Developments surrounding Telecom Italia and tower company INWIT are becoming a clear indicator of a global trend that is already influencing telecom markets in the CIS region. Operators are increasingly revisiting their infrastructure strategies and seeking to regain control over critical assets.

At the center of the issue is Telecom Italia’s potential early exit from a long-term contract with INWIT, alongside Fastweb’s parallel efforts to develop its own tower infrastructure. These moves reflect operator dissatisfaction with lease costs and rising infrastructure expenses.

For CIS countries, this trend is particularly relevant. Many regional operators have relied on tower-sharing models as a way to optimize costs, but the current situation highlights the risks of dependence on third-party infrastructure providers.

Amid rising investments in 5G and future networks, operators are increasingly moving toward vertical integration — taking control over base stations, data centers, and transmission networks. This shift may lead to a reassessment of investment strategies across Central Asia.

As a result, the European case is becoming a reference point for regional players and is likely to influence the long-term structure of telecom markets in the CIS.

The US telecom regulator — the Federal Communications Commission (FCC) — has announced plans to introduce new restrictive measures targeting Chinese telecommunications companies. The initiative aims to strengthen control over critical digital infrastructure and mitigate potential national security risks.

According to preliminary findings, the FCC is considering banning major Chinese operators, including China Mobile, China Telecom, and China Unicom, from operating data centers in the United States. In addition, regulators are discussing restrictions on interconnection between US operators and companies listed on the so-called “Covered List,” which identifies entities deemed to pose security threats.

Restrictions may also apply to points of presence (PoPs) operated by Chinese companies at internet exchange hubs. This could significantly limit their participation in global data traffic and complicate international telecom connectivity.

Experts note that these measures reflect the ongoing technological confrontation between the United States and China. For the global telecom market, this signals increasing fragmentation and the potential division of infrastructure into regional blocs.

The situation is also relevant for CIS countries, where many operators rely on Chinese equipment and technologies. Tighter restrictions could influence vendor selection strategies and infrastructure investment decisions.

US technology giant Amazon is in advanced talks to acquire satellite operator Globalstar, according to sources familiar with the matter. The deal could be announced in the near future.

The potential acquisition is seen as part of Amazon’s broader strategy to develop its own satellite infrastructure and expand its presence in the global connectivity market. The company is already heavily investing in low-Earth orbit satellite systems and aims to compete with other players in the satellite internet space.

Acquiring Globalstar would allow Amazon to accelerate infrastructure development, gain access to existing spectrum assets and customer base, and strengthen its control over the telecom value chain.

Experts highlight that Big Tech’s involvement in telecom infrastructure is becoming an increasingly prominent trend. Major technology companies are shifting from service providers to owners of physical infrastructure, including satellite networks and data centers.

For CIS markets, this could mean the entry of new global players in the satellite communications segment, potentially improving connectivity in remote areas and expanding internet access.

Global capital expenditures by telecom operators are expected to decline by around 2% in 2026, according to data from analyst firm Dell’Oro Group. This reflects a more cautious investment approach as existing network infrastructure reaches maturity.

Analysts note that current networks are largely capable of handling existing traffic volumes, reducing the need for large-scale investments in the short term. Instead, operators are focusing on improving efficiency and optimizing costs.

At the same time, long-term prospects remain positive. Investments are expected to gradually increase through 2030, driven by the development of 6G technologies and the expanding role of artificial intelligence.

AI is becoming a key driver of change in the telecom economy. Operators are increasingly exploring ways to monetize not only traffic but also computing resources, reshaping traditional business models.

For CIS countries, this trend suggests a need for a more balanced investment approach — shifting from aggressive infrastructure expansion toward efficiency, data localization, and preparation for the next technological cycle.