Apple shrugged off widely-reported delays to shipments of iPhone Duo models by delivering the first units to eager customers worldwide.

Pictures from various of the vendor’s retail locations showed a clamour for its first foldable model, which hit stores on time based on the release schedule Apple gave when it unveiled the device in September.

Apple stated it is offering a range of trade-in and leasing options on the devices, which have a starting price of $1,999 for versions with 256GB of storage.

The vendor may be particularly pleased with the turnout at a store in Shanghai, China, given the nation is one of its biggest markets.

Bloomberg journalist Vlad Savov wrote the iPhone Duo could ignite a so-far muted foldable smartphone market, though also cautioned the sector may remain niche if Apple fails to shift enough of the devices.

Reports last week pointed to significantly longer waiting times for customers ordering the devices online compared with previous Apple smartphones, with shipments tipped to take up to three months instead of the roughly six weeks of past devices.

Apple highlighted there are “exceptional” deals to be had purchasing iPhone Duo models through mobile operator channels.

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Telefonica listed universities, hospitals, research centres and start-ups as among the likely beneficiaries of a plan to install a quantum computer at a university in Spanish capital city Madrid.

The operator is working with IQM Quantum Computers to equip the Technical University of Madrid with an all-in-one machine to provide real-world experience of the next-generation systems.

Telefonica predicted the technological benefits would be felt throughout Europe. The machine is due to be up and running by year-end and will add to two the companies already provided for use at a supercomputing centre in the northwest of the country.

Borja Ochoa, non-executive chair of Telefonica Espana and CEO of its B2B unit, said the operator wants to become “the best gateway to digital technologies”. He asserted it is the first in Spain to employ post-quantum cryptography to protect “communications between data centres”.

IQM Quantum Computers CEO and co-founder Jan Goetz highlighted anticipated benefits for industries in the Madrid area: “Quantum computing becomes truly valuable when it moves beyond remote laboratory environments”.

The installation extends Telefonica’s recent track record in the quantum computing realm, which includes establishing a centre of excellence, and employing the approach in pharmaceutical research and logistics.

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Iceland’s telecoms regulator commenced a process which could boost local and private 5G network deployments by a host of industries and align the nation with broader global rollouts.

Fjarskiptastofa opened a consultation into allocating spectrum in the 3800MHz to 4200MHz frequency band, one which is widely regarded as ideal for local area networks where capacity matters.

The regulator listed factories, ports and utilities among businesses which could benefit from access to all or some of the spectrum, which it noted is also suitable for delivering fixed wireless access services.

It proposes providing two tiers of licences, one for low-power deployments and another for medium.

Fjarskiptastofa explained low-power settings would be confined within a 50-metre radius, with multiple transmitters allowed.

Medium-range deployments would be “limited to a specific transmission location”.

The regulator proposes licences spanning 20MHz, 40MHz, 60MHz, 80MHz and 100MHz of bandwidth, with the latter the maximum for each permit.

Licences would be valid for a decade and holders would be required to launch services within a year of receiving clearance.

Fjarskiptastofa’s consultation runs until 10 November, after which it intends to publish all comments not covered by confidentiality requests.

The band covered is already popular for private 5G services: in 2025, the European Union called for member states to harmonise access, arguing there are broad benefits for industrial and non-industrial players.

But there are concerns the harmonised approach in the region may not be the panacea it first seems: in 2022, the GSMA expressed concern some member states could favour specific systems and so constrain the market.

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LG Uplus and Ericsson boosted fronthaul coverage, addressing what the operator stated is a key element in the broader AI-RAN landscape and indicating a complete overhaul of equipment may not be necessary.

The companies conducted verification tests of Ericsson fronthaul equipment and network automation systems LG Uplus stated increased the reach of base station equipment by up to three-times over current methods without compromising quality.

LG Uplus clarified the effort focused on the connection between the Radio Unit and the Data Unit.

The operator emphasised there is more at play than expanding the distance connections can be maintained over: it argued the demonstration with Ericsson shows current equipment can be configured for AI-RAN uses, a benefit with obvious implications regarding infrastructure costs.

Lee Sang-heon, head of network advanced development with LG Uplus, said the operator intends to build on the fronthaul work by exploring other fresh technologies needed for “the next-generation network era”.

LG Uplus stated the effort would explore automation technologies and focus validation work on real-world network set-ups.

The operator stated the work would feed into a push towards autonomous networks employing AI.

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Bell Canada flagged cybersecurity credentials as increasingly important in consumers’ choice of businesses after research found almost 40% would shun a company if its protections were doubtful.

A survey of 1,523 adults conducted by the telecoms player’s Cyber division found nearly 60% would stop using a business if personal data was exposed and just shy of 80% reported being the target of an attack in the past 12 months.

Bell Cyber conducted its survey across seven days, beginning on 29 July. The research revealed growing public concern over the role AI is playing in cyberattacks, with 76% believing the technology is contributing to an increase in the sophistication of swindles.

Canadians believe companies are struggling to keep pace with the cyber scams AI is contributing to.

Confidence in companies’ ability to fend off attacks is low: 31% believe businesses can protect personal information from incidents involving AI.

Bell’s research highlighted worries over workplace cybersecurity training, with many staff saying they have taken the initiative by seeking information themselves.

Localisation is one confidence-boosting method the company suggests businesses adopt, with the research indicating trust is greater when information is stored on domestic servers and security overseen by Canadian companies.

The former may be a welcome statistic given Bell is investing heavily in domestic data centre capacity.

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Renowned German sports car maker Porsche hopes to break the mould on industrial digitalisation by forming a business unit to improve internal operations along with boosting its work with other sectors and companies.

Porsche Technologies is being formed by combining the company’s current engineering and digital units, a marriage deputy chair Dr Michael Steiner said would deliver the best of both worlds.

Steiner said the unit would “play a central role” in Porsche’s own “strategic development activities and in its business with other automotive and industrial customers”.

Sectors including space, maritime, defence and medical technology were listed as potential targets.

The company aims to launch Porsche Technologies early in Q2 2027 to provide services spanning development of hard and software through to validation of digital and physical products.

Porsche stated AI and data systems would play important roles in the work of the business, particularly for process optimisation.

Current Porsche Engineering CEO Markus-Christian Eberl (pictured, centre) is to head the new division.

Porsche Digital CEO Stefan Zerweck (pictured, left) is to become the CTO, with engineering unit CFO and COO Dirk Philipp (pictured, right) to occupy the same roles in the new business.

Staff numbers for the combined division stand at around 2,700, located at sites throughout Europe, the US and China.

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Toshiba addressed what it believes is complexity in deploying quantum-safe networks with the release of a platform it stated can lower the need for specific fibre connectivity and equipment.

The Japanese company is targeting the platform at network operators, enterprises, public-sector groups and companies running data centres. It is pitching the set-up as offering more than a bump to security, highlighting potential competitive advantages and revenue opportunities.

Toshiba echoed concerns expressed by many over the potential dangers of quantum computing, noting some nefarious types are already harvesting data to be decrypted when compatible machines come online.

It stated governments, “regulators and standards bodies” are already pressing for action to address potential threats.

The sales pitch for Toshiba’s platform centres on the simplicity of deployment. It states organisations “do not need to rebuild their networks” to use the set-up, which “integrates with existing network infrastructures” and can be run through “a single dedicated connection to large metro, hub-and-spoke, ring, mesh and long-distance networks”.

Andrew Shields, VP of Toshiba Europe and head of its Quantum Technology Division, said the platform should prove cost-effective in deployments “across large-scale networks”.

Toshiba equipped the platform with post-quantum cryptography, quantum key distribution and random number generation, technologies widely regarded as being suitably robust to secure the future computing systems.

Hiroshi Tsukino, VP of Toshiba’s ICT Solutions Division, said the move to quantum-safe technologies is “the largest cryptographic transformation in history” and urged organisations to begin preparing today.

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Telefonica demonstrated the military capabilities of its 5G infrastructure during an unmanned drone and vehicle exercise, one of the first moves it is making in a collaboration with Portuguese telecoms player NOS Comunicacoes.

The companies combined their 5G technologies during the Robotic Experimentation and Prototyping with Maritime Unmanned Systems demonstration. Telefonica stated the work proved the ability to provide fresh services and uses of the pair’s infrastructure.

Telefonica and NOS Comunicacoes formalised their partnership during the event with the signing of a memorandum of understanding covering joint development of future connectivity set-ups, secure communications and digital services.

Defence and security uses are foremost in the companies’ focus. NOS Comunicacoes board member Joao Ricardo Moreira said a changing security and defence “landscape requires digital infrastructure capable of operating in a coordinated manner across national borders”.

As such, network interoperability is one of the key areas the companies agreed to explore.

Also on the table is work involving edge computing, AI, 5G and fresh architectures. Telefonica stated there would also be a focus on how the technologies integrate with “command-and-control systems, autonomous platforms and other emerging technologies”.

It took the companies a year to hammer out the details of their collaboration.

Telefonica Espana director of defence and security Javier Lopez Gutierrez said the work holds the potential to boost European sovereignty and thanked the Spanish and Portuguese navies for providing the “operational environment” to test and evaluate the technologies involved.

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PLD Space kept the focus on European satellite communication ambitions, revealing progress in developing its reusable launcher a matter of hours after major operators outlined plans involving spectrum access.

The Spanish rocket company is gearing up for a demonstration flight of its MIURA 5 reusable launcher with a trio of machines, two on which it tests systems and one on which validated technologies are installed.

PLD Space stated the approach should reap repeatability benefits when it comes time to manufacture its launcher vessels, along with enabling it to validate fresh features without interrupting scheduled operations.

It is progressing development of flight hardware, engines and mechanisms to lift rockets in to position on launchpads.

Its test units have been used to develop fairings and the company is also confident in its trajectory modelling.

PLD Space has a quartet of flight avionic systems ready and is keeping an eye on the ground infrastructure needed, which includes 17,000 square metres of manufacturing facilities along with ten test benches.

The company is also building a launch facility in French Guiana.

Co-founder and CEO Raul Torres said PLD Space must test “every element of the system” rigorously, making the three-vessel approach vital to the speed of development.

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stc Group seized the initiative on AI-native networking, setting a target of employing the technology directly in its core infrastructure by 2030.

The operator believes placing the technology at the heart of its infrastructure is essential to keep pace with growing demand for AI services and the resulting changes to connectivity requirements.

stc detailed its ambitions and approach in a white paper released during the Network X event in Austria last week in which it argued AI is essential to handle the complexity of modern telecoms networks.

In a statement publicising the white paper, stc explained the evolution to 5G-Advanced is a principal driver of increased operational complexity. It also pointed to “AI-enabled calling and immersive communications” as factors necessitating the technology.

stc argued operators are set to become essential providers of connectivity as AI services take-off, stating agents and automated systems “need networks to coordinate communications and computing resources”.

It believes an AI-native network is essential in this regard because of the greater levels of automated decision making and resource allocation the technology should afford.

stc is also seeking to improve network maintenance and reliability.

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