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Samsung unveils first tri-fold smartphone to rival Huawei

  • TriFold uses three panels to unfold into a 10-inch display, roughly 25% larger than Samsung’s latest Galaxy Z Fold 7.
  • Analysts say the device is likely to function as a technology showcase given its high price and manufacturing complexity, with the broader foldables category expected to remain niche for now.
  • Foldable phones are forecast to account for less than 2% of the global smartphone market in 2025 and under 3% by 2027.

Samsung Electronics unveiled its first multi-folding smartphone on Tuesday, the Galaxy Z TriFold, as the company seeks to reinforce its position in the premium foldable segment amid intensifying competition from Chinese rivals.

Priced at about 3.59 million won ($2,440), the TriFold uses three panels to unfold into a 253.1 mm (10-inch) display, roughly 25 per cent larger than Samsung’s latest Galaxy Z Fold 7. The device features Samsung’s largest battery among its flagship phones and supports super-fast charging to 50 per cent in 30 minutes. Production is based in South Korea.

“I believe the foldable market will continue to grow, and the TriFold in particular could act as a catalyst that drives more explosive growth in key parts of the segment,” said Alex Lim, executive vice president and head of Samsung Electronics’ Korea Sales & Marketing Office.

Lim added that the model targets enthusiasts rather than serving as a mass-volume driver, noting sharply rising component costs made pricing a “difficult decision.”

Global launch dates

Samsung said the TriFold will go on sale in South Korea on December 12, followed by launches in China, Singapore, Taiwan, and the United Arab Emirates before year-end. A US release is expected as early as the first quarter of 2026.

Analysts said the device is likely to function as a technology showcase given its high price and manufacturing complexity, with the broader foldables category expected to remain niche for now. Foldable phones are forecast to account for less than 2 per cent of the global smartphone market in 2025 and under 3 per cent by 2027, according to Counterpoint Research.

Still, Samsung’s shipment share in foldables surged to 64 per cent in the third quarter from 9 per cent in the prior quarter, highlighting the volatility driven by launch cycles. Counterpoint expects foldable shipments to grow 14 per cent this year, with annual growth in the 30 per cent range in 2026 and 2027 as Apple is widely anticipated to enter the segment.

Competition is set to intensify after Huawei introduced the industry’s first three-way folding phone in September and with Apple expected to debut a foldable next year.

Wipro wins AI transformation deal with Dutch telecom Odido

India’s Wipro has secured new business in Europe, signing a multi-year partnership with Dutch telecom operator Odido to overhaul its IT landscape using artificial intelligence in a bid to improve customer experience and operational efficiency.

Under the agreement, Wipro will upgrade Odido’s digital platforms and back-end systems, streamline technology usage across the organisation, and automate routine processes that slow operations. Odido expects the changes to enhance customer service, boost employee productivity, and lower operating costs.

The program will leverage Wipro’s AI platforms, WEGA and WINGS, which are designed to accelerate modernisation and increase reliability. Wipro said the tools will help Odido move faster, detect issues earlier, and respond more quickly to customer needs.

The deal comes as telecom operators face rising customer expectations and intensifying competition, pushing carriers to modernise core systems and adopt AI at scale. For Wipro, the partnership underscores its growing role in AI-led transformation and deepens its footprint in the European market.

Alibaba gains ground as China’s leading AI enable

  • Interest in Qwen climbed to 30% from 18% and is projected to reach 37% within three years, placing it ahead of DeepSeek, Huawei, ByteDance, and Tencent.
  • Hyperscalers becoming the preferred platforms for large AI models, with 47% of CIOs favouring them—a 10‑point jump—while interest in independent model developers declined.

Alibaba is emerging as China’s most influential artificial intelligence enabler, with CIO interest in its Qwen large language model and Alicloud services rising sharply in Morgan Stanley’s latest China CIO survey for the second half of 2025, according to analyst Gary Yu’s note to clients.

The survey indicates Chinese enterprises are increasing technology budgets and prioritising AI deployments heading into 2026. Forty per cent of CIOs plan to adopt generative AI via public cloud services in the next year, up from 28 per cent in the prior survey.

Hyperscalers are becoming the preferred platforms for large AI models, with 47 per cent of CIOs favouring them—a 10‑point jump—while interest in independent model developers declined.

Faster revenue growth

Vendor preferences are shifting as a result. DeepSeek remains the most popular individual AI vendor but saw its share fall by 20  per centage points to 45 per cent. Alibaba recorded the strongest improvement in sentiment: interest in Qwen climbed to 30 per cent from 18 per cent and is projected to reach 37 per cent within three years, placing it ahead of DeepSeek, Huawei, ByteDance, and Tencent.

Morgan Stanley said the findings support expectations for faster Alicloud revenue growth in the second half of fiscal 2026 as enterprise adoption accelerates. Citing research firm Omdia, the bank noted that Alibaba holds a 35.8 per cent share of China’s AI cloud services market, the largest in the country.

The results underscore a broader trend toward consolidating generative AI workloads on hyperscale cloud platforms that bundle models, tooling, and compliance, positioning Alibaba as a primary market-share beneficiary as AI spending increases.

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Oceans and space to host next wave of data centres due to AI workloads

  • Floating and underwater data centres provide scalable, efficient solutions by using seawater for cooling and by accessing renewable energy near coastlines.
  • Space-based data centres extend these innovations by leveraging the cold of space and abundant solar energy for high-performance computing.

Surging demand from artificial intelligence, cloud services, and digital applications is pushing traditional, land-based data centres to their limits, prompting exploration of oceanic and space-based alternatives, according to GlobalData’s Strategic Intelligence report.

GlobalData says ocean and space environments offer abundant natural cooling, renewable energy access, and flexible deployment models that could ease power and land constraints.

“Floating and underwater data centres provide scalable, efficient solutions by using seawater for cooling and by accessing renewable energy near coastlines,” said Martina Raveni, Strategic Intelligence Analyst at GlobalData.

She added that modular designs can reduce reliance on land and potable water, improve latency for coastal populations, and mitigate climate risks that threaten terrestrial sites.

Pilot projects

Pilot projects in North America, Europe, and Asia have demonstrated the viability of ocean-based deployments at megawatt scales with high rack density and potential for long-term operation. In a notable milestone, China in June 2025 launched its first commercial-scale underwater data centre off Shanghai, powered largely by offshore wind.

The project aims to reach 24 MW across two phases, target power usage effectiveness (PUE) below 1.15, and draw about 97 per cent of its electricity from offshore wind, with seawater cooling integrated into modular submerged units.

Raveni said space-based data centres extend these innovations by leveraging the cold of space and abundant solar energy for high-performance computing. Falling launch costs, reusable rockets, in-orbit networking advances, and optimized orbital choices are improving feasibility. Such platforms could provide low-latency processing and storage for satellites and spacecraft while complementing terrestrial networks.

While the use of ocean-based centres remains limited, GlobalData expects their footprint to grow over the next decade as technologies mature and benefits are validated. Space-based data centres, including orbital and lunar concepts, remain largely experimental, but the firm sees expanding opportunities for partnerships, funding, and research as the ecosystem develops.

France’s ANSSI and UK warn of surging smartphone threats

  • Calls for tighter smartphone security as devices become high‑value targets for cybercriminals, state‑sponsored groups, and private sector offensive actors
  • Report outlines how attackers exploit vulnerabilities in cellular networks, Wi‑Fi, Bluetooth, and NFC to intercept communications, track users, and remotely deploy malware.

France’s National Cybersecurity Agency (ANSSI), in collaboration with the United Kingdom, has issued a joint warning that smartphones have become prime targets for cybercriminals, state-backed groups, and private sector offensive actors, calling for stronger protections across consumer and enterprise use.

The agencies’ report outlines how attackers exploit vulnerabilities in cellular networks, Wi‑Fi, Bluetooth, and NFC to intercept communications, track users, and remotely deploy malware. It flags a growing wave of zero‑click exploits—attacks requiring no user interaction—that often leaves little forensic evidence and complicates detection and response.

Key findings

  • Network exploitation: Threat actors intercept communications, geolocate users, or inject malware via weaknesses in cellular, Wi‑Fi, Bluetooth, and NFC.
  • Zero‑click rise: Exploits requiring no user interaction are increasingly used to compromise targets covertly, complicating detection and incident response.
  • OS/app vectors: Vulnerabilities in operating systems and third‑party apps enable sensitive data collection, which can later fuel targeted phishing and long‑term access.

ANSSI said it has handled multiple incidents in recent years involving compromised mobile devices, citing both unsafe user behaviour and targeted spyware as causes. The report warns that operating systems and mobile apps remain common intrusion vectors for data theft that can later fuel phishing campaigns or provide persistent, covert access to organisational networks.

Recommended countermeasures include disabling wireless features (Wi‑Fi, Bluetooth, NFC) when not needed, avoiding public networks that can be spoofed or monitored, and maintaining rigorous patching of operating systems and applications. Users are advised to rely on strong, unique passwords, restrict app permissions, and favor authenticator apps over SMS for verification.

The guidance also urges hardening devices with platform-specific defenses—such as Lockdown Mode on iOS and Advanced Protection Mode on Android—to reduce the attack surface. ANSSI further recommends non‑biometric passcodes for device protection; the agency did not detail its rationale, though security practitioners often cite risks of biometric spoofing or coercion.

The France–UK advisory underscores escalating risk to both society and the corporate sector, pressing individuals and organisations to elevate mobile security baselines, tighten access controls, and improve incident readiness as smartphone‑centric threats intensify.

What’s next

  • Organisations should audit mobile fleets, enforce hardening at scale, and reassess high‑risk user groups (executives, admins, field teams). Individuals should adopt least‑privilege app permissions, keep radios off by default, and move to app‑based authentication with regular OS updates.
  • Policymakers may push for stronger default protections and clearer disclosure around mobile vulnerabilities, as smartphone‑centric threat activity continues to climb.

e& extends 5G Standalone lead over du on higher capex

  • Performance gains lift UAE’s network leadership globally.

The UAE’s two mobile operators launched 5G Standalone (SA) in 2023, but adoption is advancing faster at e& than at du.

e&’s SA penetration rose from 20 per cent in Q2 2025 to 24 per cent in Q3 2025, reflecting steady progress in nationwide rollout alongside growing device and SIM compatibility. du’s SA uptake remains slower by comparison.

SA is built on a dedicated 5G core—unlike 5G Non‑Standalone (NSA), which relies on 4G control—unlocking capabilities such as ultra‑reliable low‑latency communications (URLLC), network slicing, and stronger uplink performance. This underpins enterprise SLAs, edge computing, and new consumer experiences, and sets the stage for 5G‑Advanced with AI/ML‑driven, self‑optimising networks.

According to Opensignal’s stats, e& users on 5G SA averaged 403.7Mbps download speeds in Q3 2025, 62 per cent higher than the 249Mbps on NSA.

  • Upload speeds: SA reached 29.8 Mbps, 11 per cent above NSA’s 26.8Mbps. Notably, NSA held an early‑year uplink edge (Q1: 31.1Mbps NSA vs. 28.1Mbps SA), but SA overtook by Q3 as uplink scheduling, carrier aggregation, and radio resource management matured on the 5G core.
  • Stability: SA download speeds stayed above 400Mbps across Q2–Q3, while NSA averaged below 270Mbps, indicating SA’s consistency through the period.

Investment gap

  • e&: AED3 billion in Q3 2025 capex (excluding spectrum and licenses), with capital intensity of 16.3 per cent.
  • du: AED492 million in Q3 2025 capex, down from AED511 million in Q3 2024; capital intensity at 12.7 per cent versus 14.2 per cent a year earlier.
  • Context: Industry experts tie e&’s network performance to sustained investment and progressive upgrades, supporting SA densification and core optimisation.

The UAE ranks among top global markets for 5G SA download performance at about 384Mbps in recent benchmarks—well above its NSA results—underscoring the country’s leadership and e&’s contribution during Q3 2025.

Outlook for operators and enterprises

  • Adoption drivers: Continued SA growth depends on broader SA‑capable device portfolios, SIM provisioning, and indoor coverage. Enterprise demand for slicing, deterministic latency, and uplink‑heavy use cases (video sharing, cloud gaming, industrial telemetry) will be pivotal.
  • Competitive implications: e&’s higher capex and measured performance lead position it to capture more SA traffic and premium service tiers. du may need targeted densification, device partnerships, and differentiated enterprise offers to accelerate SA uptake.
  • Next phase: 5G‑Advanced initiatives—embedding AI/ML across RAN and core—are set to improve energy efficiency, automation, and service agility, potentially widening performance gaps for operators that invest early.

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