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Ericsson recruited to UK defence list

Ericsson emphasised the strengths of advanced 5G technology for the defence sector as it got the nod as a supplier under the UK’s Tactical Communication Systems framework for public sector procurement.

The vendor explained it was selected under the sections covering services and components, noting the UK procurement vehicle had a budget of up to £8 billion over its eight-year span.

As a result of its selection, domestic authorities and military agencies are cleared to buy products from across the vendor’s range, including specific 5G offerings for mission critical uses.  

The UK government described the framework as providing it and other public sector organisations with a way to acquire specialised tactical communication and information systems.

Ericsson highlighted how the widely-publicised low latency and high bandwidth qualities of 5G could help armed forces in connecting sensors, personnel and platforms.

Potential applications listed span multi-domain command and control platforms, and intelligence, surveillance and reconnaissance systems.

Head of Ericsson UK Nadine Allen said it is now able to work directly with the UK’s Ministry of Defence “to deliver secure, resilient and future-proof communications that will serve as the foundation for the UK’s digital defence capabilities for years to come”.

Ericsson and rival Nokia are actively pursuing the defence segment with 5G equipment.

Notable projects announced by the Swedish vendor earlier this year include a standalone 5G trial with specialist Leonardo and the Italian Navy.  

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Viasat, BMW hail first in-vehicle satellite voice call

Viasat demonstrated what it claimed was the first satellite-enabled voice call integrated into a BMW Group vehicle, as the satellite operator targets a larger role for non-terrestrial network (NTN) connectivity in connected cars.

Showcasing the technology during the 5G Automotive Association (5GAA) Meeting Week in Munich, Germany, Viasat used a BMW iX3 Neue Klasse vehicle’s infotainment system to make the call.

The demonstration relied on Viasat’s L-band satellite network and used the NB-IoT protocol, a standards-based technology designed for lower-data-rate communications, to transmit voice.

Viasat used Qualcomm’s automotive connectivity platform, the Snapdragon Auto 5G Modem-RF Gen 2, and German IT research organisation Fraunhofer IIS’ NESC AI-based speech codec to support voice and audio transmission over the satellite network. The technology was integrated into the BMW vehicle’s architecture, allowing the call to be initiated and managed directly through the car interface.

According to Viasat, the trial demonstrated the potential of satellite connectivity to connect drivers and passengers in remote regions and support future automotive applications, including emergency communications, fleet management and messaging in areas with limited cellular availability.

Sandeep Moorthy, senior VP of advanced non-terrestrial solutions at Viasat, said the feat aims “to ensure consistent, resilient satellite capabilities for next-generation vehicles”, adding that “by bringing standards-based NTN to vehicles, we can integrate satellite voice and messaging and ultimately enable a future where drivers can remain connected, wherever the journey takes them”.

Viasat added that future releases could support more advanced services, including 5G New Radio (5G-NR) satellite capabilities, which could enable video streaming and improved interoperability between terrestrial and satellite networks.

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Bell edges closer to D2D service launch

Bell Canada completed construction of its first sovereign direct-to-device (D2D) satellite ground station, a milestone in a strategy to offer connectivity beyond the reach of its traditional wireless network.

The facility in the province of Quebec connects with AST SpaceMobile satellites, with testing underway as the operator works to build the infrastructure required to provide D2D services.

Bell stated the companies completed integration testing covering “text messaging, broadband data connectivity”, and voice and video calls.

Video streaming, IoT and public alert tests are scheduled for the coming weeks.

The milestone builds on demonstrations Bell and AST SpaceMobile ran in 2025.

In addition to connecting customers in rural or remote locations, Bell stated the service is expected to support use cases including emergency response, environmental monitoring, resource development, energy production and transportation.

The company is continuing to build ground station infrastructure elsewhere in Canada, with additional sites under construction in the provinces of Ontario, Alberta, and Newfoundland and Labrador.

Bell explained the facilities would provide nationwide D2D coverage while ensuring customer traffic runs through domestic infrastructure and data remains sovereign.

EVP and CTO Mark McDonald said the ground infrastructure “is designed to support a full suite of D2D capabilities including messaging, data connectivity, voice calling and video streaming”.

AST SpaceMobile CCO Chris Ivory pointed to Canada’s geography as a driver for the project, explaining the work with Bell would provide seamless connectivity “beyond the reach of traditional terrestrial networks”.

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South Korea looks to AI-RAN, 5G to fuel future industry

Authorities in South Korea kicked-off a project led by SK Telecom (SKT) and KT to pilot the use of advanced networks to support robots and other physical AI applications in industrial sites including shipyards and manufacturing facilities.

The Hyper AI Network Infrastructure Development project is being overseen by South Korea’s National Information Society Agency (NIA) and carries a total budget of KRW17.2 billion ($11.6 million).

Launching the project, the NIA revealed it selected two consortia to create the networks for industrial sites and hold the demonstrations.

One group is led by SKT and the other by its rival KT. Other organisations involved comprise AI companies, network vendors, universities, enterprises and certification bodies.

The project involves networks using standalone 5G and AI-RAN to provide the testing ground for a range of industrial applications under the broad umbrellas of physical and operational AI.

Equipment from various vendors and chipmakers is set to be used, with SKT identifying Samsung Networks, Nokia, Ericsson and HFR among its suppliers in its statement on the project.

Initial applications to be tested are “AI-based” welding, painting and patrol robots. From 2027 onwards, the infrastructure is expected to host demonstrations of humanoid robots.

Abilities of the AI-toting machines set to be verified include recognition, judgement and control performance in what the NIA described as high-risk and -difficulty working environments.

Swarm collaboration performance for multiple robots is one specific ability set to be looked at, a feature the agency highlighted as being “difficult to implement with on-device AI alone”.

The NIA expects the project to lay the groundwork for commercialisation of the technologies being assessed.

In a translated statement, the agency’s director Kim Hyung-chul noted “for physical AI to be safely and stably implemented in industrial settings, Hyper-AI networks that support ultra-low latency, high-reliability communication and large-capacity uplink are essential”.

“Through this project, we will verify the field applicability of next-generation AI network technologies such as AI-RAN, discover and spread physical AI service models optimised for industrial sites, and accelerate AX across the entire national industry.”

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Feature: Experts offer top tips for enterprise AI deployments

Experts speaking at the inaugural AMR Technology Forum offered a picture of the road to deploying AI in enterprise which is not unlike the early days of Formula One and other motor racing series.

The core message from Aston Martin Aramco technology partners is the best way to employ AI is to use it.

It is an ethos which is arguably the very basis on which Formula One racing is built. Want to try a different valve configuration on your engine? Do it. Is the car better with the power unit behind the driver than in front? Let’s find out. Are six wheels better than four and so on.

AI strategy
Speakers from the AMR Network of technology partners essentially said the strategy for deploying AI is no different to those shifts and trials in car design. Devise a clear plan about what you want to achieve and just do it. Do not be fearful, go all in and make sure what you do helps the people with the real expertise to do their jobs better.

David Ingham, digital partner in media and entertainment with Cognizant (pictured, third from right), said any AI deployment needs “to be solving a problem”, so it makes sense the first step would be to identify what that is, then the rest “falls in line”.

Ingham explained Cognizant’s approach is born of its position as a company which brings “all the layers of the AI stack” together. He referred to chips, infrastructure and software as the elements in mind, explaining the primary goal is to combine them into “a coherent workflow”, a “process that adds value”.

He argued Aston Martin Aramco’s racing cars are a great example, because individual components “don’t add value, they don’t win a race” until they are brought together.

An obvious use for AI in any organisation is coping with vast amounts of data, an element Ryan Lewis, head of Cohere’s operation in the UK and Ireland (pictured, second from right), said is another in which Formula One is a fitting example due to the volume of information teams generate and rely on.

He pointed to telemetry, diagnostic and simulation data as examples from the sport which emphasise the challenges any organisation faces in making the most of their information.

Data is “sometimes really hard to access” due to being stored in different systems, modalities or even languages.

Lewis believes “making sense of the data wherever it’s sitting” to enable rapid decision making “in high-stakes environments” presents a “really exciting opportunity for AI just to take that off the table”.

He envisions a set-up where individual AI agents communicate directly to synthesise the insights, “reports and responses” staff can use to work more effectively.

For Lewis, the watchword of deploying AI in a business is empowerment.

Cohere is not inherently seeking to use AI to “replace the things that are high value in organisations”, instead it is driving to “give the people the power to do the things that are mundane and routine” more easily, in turn accelerating the decision-making process.

A green Aston Martin Aramco Formula One car sits in a brightly lit garage or simulator facility, positioned centrally on a polished floor. Overhead equipment and gantries display the Aston Martin Aramco and Arm logos, while workstations and technical equipment are visible in the background. The image highlights the front and side profile of the race car in a clean, modern engineering environment.

Teamwork
Aston Martin Aramco technology ambassador Eric Ernst (pictured, second from left) elaborated on the empowerment theme, explaining it is the experienced staff within the team which drive the value of AI usage.

He noted machine learning is well-established, meaning AI deployment strategies today are more about how best to employ generative iterations.

Aston Martin Aramco is deriving benefits by using AI to create and assess several possible strategies, which knowledgeable engineers can then pick from based on their real-world experience.

Ernst’s advice is humans must remain the foremost element in use of AI, interpreting recommendations and conclusions the technology produces to derive the smartest outcomes.

For a Formula One team like Aston Martin Aramco, this could be as simple as when drivers should go flat out and when they should be more conservative during a race.

The point about the human element was picked up in a later session by Jonathan Armstrong, senior director of Brand and Creative at Arm, who noted AI is good at deconstructing “complex problems” but argued the full benefits of the technology can only be reaped when it is combined with the vision, ingenuity and creativity of people.

“When you have technology and AI and human insight altogether, that’s a powerful weapon.”

He said Formula One teams are working to optimise the combination of AI and human abilities, an “exciting” period for the engineering sector.

Simon Cox, chief transformation officer at ServiceNow (pictured, far right), urged organisations not to be paralysed by worries over the accuracy of their operational data. He explained the companies making the most of their AI strategies “are the ones that embrace” the chaos of current information sources and adopt a “fix it as we go” mindset.

He argued the iterations of AI involved in the latest dawn of the technology deliver the capabilities to correct data anomalies on the fly and so make a success of the very approach which embodies the ethos of Formula One racing.

The technology today can “find those gaps and see through the noise” in a company’s data. The volume of information and challenges of employing it should not hinder companies, instead Cox believes the secret to success is to “just start, get going”.

Cox’s advice to take the plunge was echoed by Ben Richardson, head of CoreWeave International (pictured, third from left), who urged companies not to wait for the perfect AI or deployment strategy.

“Like anything, if you really want to use it you’ve got to take risks, you can’t sit there and you can’t just wait”, because rivals are not.

“People have to be brave and you have to be able to say this is happening, it is here, how can I start to capture it”?

Richardson’s view is cracking on and using AI holds the potential to create a virtuous circle, where the technology becomes more valuable based on how much it is employed. Or, as he more succinctly put it: “the more people that use it the more you get out of it”.

Restrictions
With the experts’ broadly agreeing the best strategy is to learn about AI by using it, what do they think is holding most organisations back?

Lewis believes many large organisations are simply not clear enough about what they want to achieve and so are struggling to develop a “cohesive enterprise AI strategy”.

Companies must consider the result of their AI deployments and doing so requires “a top-down perspective”, one which ties every element together.

Rushing headlong into deploying any technology is, of course, inherently risky. Richardson acknowledged as much and advised companies to build protections into their strategy “if that’s what you need” to deliver the confidence required to reap the AI benefits he outlined.

Cox noted governance is a decidedly unsexy element in any discussion of AI, but explained it is still necessary.

Experience from using data, cloud computing and more has taught ServiceNow the importance of installing controls “from the beginning”.

“Resilience by design can give you the control tower for your AI and then you’re able to fly.”

Governance “sounds dull” in any discussion of enterprise AI strategy best-practice, but is an element Cox argues is absolutely necessary.

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Orange keeps finger on remote monitoring pulse

Orange Business highlighted an established presence in the digital health sector as it revealed remote cardiac monitoring service provider MicroPort CardioFlow decided to stick with it for another five years.

An extended deal continues to cover the transmission of clinical health data from devices embedded in patients to healthcare professionals. The information is used to remotely monitor users and guide treatment decisions.

Orange Business explained it provides the IoT platform and secure connectivity for the data, tapping the operator group’s cybersecurity division to test the system and provide relevant reports.

Implanted devices transmit patient information to a bedside device using Bluetooth low-energy, with the information forwarded on demand or at set times. Connections are authenticated using a mobile module and SIM, with data encrypted during transmission.

Orange Business stated roaming SIMs are used to connect patients and healthcare professionals in different geographies.

The operator emphasised remote monitoring can cut the number of hospital visits a person needs to make.

It stated it would work with MicroPort CardioFlow to explore potential connected health developments unlocked by emerging technologies, in particular the possibility for personalised treatments to boost the quality of healthcare provided.

Claire Scotton, VP of Healthcare and Life Sciences at Orange Business, said connectivity “underpins the next generation of remote health monitoring”, enabling MicroPort CardioFlow “to provide even more precise, personalised care for chronic conditions”.

Orange Business highlighted remote health monitoring as a prime example of the need for sovereign data protections, in particular arrangements enabling companies to provide global services while complying with local regulations.

The extension builds on a working relationship spanning more than a decade, Orange Business stated.

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Analysts tip rise of robots to boost private 5G spend

Support for so-called physical AI including automated vehicles, robot dogs, drones and semi-humanoid units was one of the main market drivers SNS Telecom & IT cited in a forecast annual private 5G spending would top $6.6 billion by 2030.

In its Private 5G Market: 2026-2030 report, the company predicted investments in the networks would grow at a CAGR of 34% over the period.

It expects a substantial proportion of this spending to be on highly localised networks for physical AI, automation and workforce connectivity across enterprise campuses and industrial facilities.

SNS Telecom & IT also pointed to continued adoption of 5G architecture for mission-critical uses by defence agencies, public safety organisations, railway companies and utility providers.  

In a statement on the top-line findings of the research, SNS Telecom & IT noted 5G could “address far more demanding performance requirements” than previous generations of mobile technology and is being positioned “as a viable alternative to physically wired connections for industrial-grade communications between machines, robots and control systems”.

The analyst house previously predicted annual private 5G investment would reach $5 billion by the end of 2028.

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Iridium releases hybrid IoT module

Iridium Communications launched a module it pledged would simplify the release of hybrid IoT devices when used in conjunction with an associated development kit.

The Iridium 9604 module combines the company’s Short Burst Data satellite and LTE-M connectivity, with GNSS used for positioning. A namesake development kit then helps device makers to prototype and validate products spanning space and terrestrial connectivity options.

Iridium sees uses in devices covering remote areas of land, oceans, airways and polar regions.

EVP Tim Last was proud of Iridium’s work, hailing it a “milestone” in efforts to provide global IoT connectivity.

He said integrating the satellite, mobile and GNSS elements into a single module would “simplify device design, reduce costs and create smarter, location-aware products” with the connectivity range well beyond that of land-based networks.

Iridium emphasised there had been encouraging feedback from early adopters and beta users in terms of the operational and economic benefits the 9604 module provides.

It explained device makers can tweak the subsystems of all three elements to control failure detection systems, connectivity choices based on location and how to route traffic depending on the service being run.

The module measures 16mm x 26mm x 2.4mm and is compatible with GPS, GLONASS, Galileo and BeiDou GNSS services.

Satellite connectivity compatibility is handled by Iridium’s network of birds operating in the L-band, a reliable range between 1GHz and 2GHz capable of getting signals through most weather.

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Telefonica Tech lights NB-IoT in coastal town

Telefonica Tech helped the people of Santa Pola on Spain’s Costa Blanca to see the bright side of life after contributing its NB-IoT capabilities to an upgrade of streetlights in the town.

The project is another collaboration by Telefonica’s digital business unit and a joint venture involving infrastructure player Ferrovial Energia, which this time is working with Spanish energy company Iberdrola Clientes.

Telefonica Tech’s NB-IoT capabilities are being used to enable remote management of LED street lighting in the coastal town. As in a previous deployment, 6,300 nodes made by Tellink are being deployed which the operator unit is connecting.

The system enables the Ferrovial Energia and Iberdrola Clientes joint venture to regulate lighting based on demand with a view to optimising energy consumption.

Telefonica Tech highlighted predictive maintenance as another benefit of the NB-IoT equipped lights.

Tellink CEO Dionisio Martinez said the company had won more than 100 smart lighting contracts and emphasised the experience it brings in installing and operating the systems.

For Telefonica Tech, the deal in Santa Pola is another notch in a move to establish itself as a leading digitalisation company, director of IoT Dario Cesena said.

The smart lighting system highlights its potential in delivering centralised management, Cesena added.

Loreto Serrano, Mayor of Santa Pola, explained upgrading its lighting systems is “one of our major challenges” for the current term in office and it is taking advantage of the need to improve systems to deploy a smart set up capable of cutting costs and its carbon footprint.

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Eutelsat propels AST maritime service

Eutelsat continued to make waves in maritime connectivity, renewing an agreement with specialist provider AST Networks involving its low Earth orbit (LEO) satellite fleet.

AST Networks already accesses Eutelsat’s LEO birds for its maritime services, so the latest multi-year deal looks to expand on the arrangement by literally growing the amount of satellite capacity used.

It continues a recent run of maritime contracts Eutelsat secured for its OneWeb unit.

The LEO option forms part of a broader connectivity service AST Networks provides to shipping industry customers which Eutelsat stated are increasingly seeking set-ups with high-level performance, resilience and global coverage.

Shipping companies employ such connectivity for staff wellbeing along with operation of their vessels and the running of digital services.

Eutelsat stated the renewed deal is in the multi-million-dollar range. VP of Aero and Maritime Connectivity Thierry Polycarpe said the agreement highlights “the growing demand for LEO-enabled connectivity across the maritime sector”, along with the company’s ability to integrate with hybrid set-ups.

AST Networks CTO Lukasz Latosinski said LEO brings the required level of reliability and low-latency.

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Nokia answers military call of duty

Defence company KNDS enlisted Nokia to provide 5G capabilities intended to boost communications for military personnel and enable autonomous war machines.

The contract for Nokia Defense involves using its Banshee portfolio to close gaps in battlefield communications.

Nokia stated Banshee systems would be integrated with a KNDS armoured vehicle for infantry to deliver a communications set-up described by the Finnish vendor as fit for a “transition from armoured vehicles into complex mission environments”.

It explained the integration would enable “more responsive and coordinated operations”, highlighting modern warfare requirements spanning “continuous communication across many manned and unmanned systems”.

An eight-wheeled military armoured personnel vehicle moves at speed through a muddy field while the gun turret points at 90-degrees to the direction of travel

The connectivity gap targeted involves communications with personnel once they are outside their vehicle. Nokia explained 5G would tackle this, along with laying the groundwork for the data exchange required to run robotic systems.

Ari Kynaslahti, head of Nokia Defense, said “reliable, real-time data” is now a must for military operations, a view echoed by KNDS France CEO Nicolas Groult, who said “connectivity is becoming a core enabler of future land operations”.

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Vodafone, Airbus harden emergency devices

Vodafone Group and Airbus rolled out the carpet for a ruggedised device maker in a three-way collaboration which is offering European emergency services and critical industries a dedicated communications bundle.

RugGear devices are being added to a package involving Vodafone’s connectivity and an Airbus collaboration platform in a move the operator believes will simplify its pitch to emergency service and business customers.

Vodafone Business CEO Marika Auramo said the trio are delivering “a complete mission-critical communications” package.

Olivier Koczan, head of public safety and security with Airbus Defence and Space, declared the arrangement as “the ultimate toolset” for critical industries.

The package uses Vodafone’s Mission Critical Communications service, a cloud- and on-site Airbus platform, and RugGear’s range of toughened devices.

Vodafone noted the devices address the dangers of potential damage to units in the field and stated the broader deal deepens a relationship with Airbus originally struck in 2025.

The operator’s network is configured to prioritise communications from emergency personnel. Vodafone launched the service in Germany and is now widening availability to other European markets.

It stated Airbus’ Agnet secure critical communications platform can connect a large number of users to control rooms.

RugGear’s devices offer military-grade specifications, high intensity torches, scanners, GPS tracking and PTT capabilities.

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Feature: How do security pros view the AI revolution?

AI is an inescapable topic in any business or technology-linked conference in 2026, with sessions often presented by vendors crowing about the abilities of LLMs to transform businesses, up productivity and cut costs.

One of the areas arguably most exposed to the benefits and downsides of the hugely-hyped technology is security, with those dedicated to protecting enterprises seeing an increase in AI-aided attacks but also viewing the technology as a part of the defence.

So it was no shock to see security front and centre at conference Infosecurity Europe 2026 held earlier this month in London, with almost half of the nine keynotes on the opening day featuring AI in the title and the topic frequently mentioned across a large proportion of the other sessions.

During a panel comprising cybersecurity professionals working for McDonald’s, Live Nation Entertainment, IHG Hotels and Resorts, and international law company RPC, there was optimism about the prospects of AI as a defensive tool, though its limitations and potential threat from the technology when used by criminals was also raised.

On the attack.
Spencer Scott, head of information security at RPC (pictured below, far-left), said as with other sectors the legal industry is experiencing a “big uptick in deep fake voice cloning, where you have people impersonating C-suite” taking the form of spoofed executives joining voice calls and phishing through messages.

Panel of four guests on a conference stage with the words Infosecurity behind them

McDonald’s senior analyst cyber defence Ellie Hallam (pictured, far-right) argued this type of AI-driven trend is especially problematic for organisations reliant on distributed workforces.

“I’d argue if you have organisations reliant on remote workers you’re far more likely to fall victim to that because [attackers] are so good at using AI voice cloning,” she added, noting in an earlier session at the event it was revealed “you now need three seconds of voice to clone someone’s voice”.

Citing current reports on industry trends, Hallam highlighted a consensus AI is accelerating attacks, so “it’s just much more difficult for us as defenders to catch things when we need to, before they’ve become significant risks to the business”.

In terms of how attackers are structuring assaults, she indicated automation for selected tasks is more common than blanket AI being present across every element.

Boring jobs.
A regular selling point of AI across a lot of industries is the ability to take away repetitive tasks which often involve scything through huge volumes of data. These roles are unlikely to be enjoyed by staff or viewed as a good use of an experienced professional’s time.

For these labour-intensive tasks the panel was united in agreeing the technology offers plenty, though the need for human oversight was repeatedly stated.

However, not everyone was convinced by a lot of the vendor claims around use of the technology.

Live Nation Entertainment senior cyber threat intelligence analyst Alice Smith (pictured above, second from left) described AI as a “buzzword” and said she is not the “biggest fan”.

“It’s so hard to sift through all of the noise, all of the information” about the technology, she added, noting it is “always going to be a tool that’s going to be used to make things quicker and to make things more productive”.

“But in terms of actual value, we’re always going to add that.”

Information security director for AMER and EMEAA Managed Hotels at IHG Matt Gregory (pictured above, second from right) added security is “a constant evolution, as the attacker changes we change as well”.

“The tools are there to make things easier and more effective”, he emphasised, but echoed the fact there is a need for “human engagement” and oversight.

Scott explained from his perspective “we’re still not ready to trust AI to take over. It’s not human in the loop, it’s humans on the loop: continuous review with AI as a partner until you feel confident enough it can take [on] those low-level tasks with 100% certainty it’s doing the right thing, not hallucinating and going outside its” boundaries.

“I don’t think we’re there on that yet.”

Smith added “you know the culture of your organisation, you can read the room, you know the nuances, you can bring that to the table”.

“AI can organise the data, but especially [for] intelligence, there has to be a human there bringing that perspective,” she concluded.

On the attack.
Elsewhere on the keynote agenda, Stuart McKenzie, MD EMEA for Google Cloud subsidiary Mandiant Consulting, provided insight from its latest intelligence on threat trends facing the audience of security professionals.

Noting “attackers have adopted AI wholeheartedly”, he explained “we’re beginning to get to the speed and scale of some of the attackers that we have to start thinking about how we’re going to deploy AI to get into those battles”.

“We have to move as fast as the attackers, if not faster, or they’ll be through our environments so quickly”.

McKenzie added the abilities of criminals used to be five-to-seven-years behind activity from nations, but this gap is now nearer 18 months.

Quote Icon

The ability for criminal threat actors to identify vulnerabilities is now greater than it’s ever been

Stuart McKenzie, MD EMEA Mandiant Consulting

This “step-change” in speed and scale has seen hackers “exploiting vulnerabilities more often than not before anyone is aware of them”.

“The ability for criminal threat actors to identify vulnerabilities is now greater than it’s ever been with the help that LLMs provide them. It’s given them an uplift in sophistication”.

However, he noted it is not all “doom and gloom”, with new technologies and tactics available to aid defenders too.

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KDDI refreshes Aeris IoT management deal

Japanese operator KDDI renewed an IoT connectivity management deal with US platform provider Aeris, a significant backing for the company and its development of the set-up since acquiring it from Ericsson in 2023.

KDDI signed up to what is now the Aeris IoT Accelerator in 2017 and remained a customer after Ericsson’s sale, tapping global connectivity orchestration, management of devices throughout their lifecycles, security and diagnostics, and eSIM orchestration capabilities.

Aeris stated modernisation of the platform involved cloud-readiness along with broader cooperation between international connectivity providers.

The platform is used in 104 million IoT devices and 42 million connected vehicles.

KDDI stands to benefit from “seamless service continuation” as a result of the renewed contract.

The Japanese operator is an important spearhead for Aeris’ ambitions to access what it stated is strong growth in IoT connectivity throughout the Asia-Pacific region. The company expects the global market to grow by 21.7% by 2033 on demand for secure connectivity capable of operating in multiple markets across various industries.

Aeris highlighted automotive and utilities as among the target markets.

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Salesforce ups AI agent play with $3.6B Fin buy

Salesforce struck a deal to acquire AI customer service specialist Fin for around $3.6 billion, a move positioned as bolstering its ability to help companies quickly deploy agents across communications channels.

Fin’s main product is a customer support AI agent which uses its proprietary Apex model. It is marketed as resolving queries across numerous channels including live chat, email, WhatsApp, SMS, Slack and over the phone.

Salesforce plans to use Fin’s offering to compliment its Agentforce platform.

It noted the combination of assets would provide fast “time-to-value options” for businesses, citing SMBs and those which “need to launch quickly, integrate with existing systems and deliver measurable outcomes” as likely customers.

The acquisition also brings Salesforce access to Fin’s experienced team and an “established global customer base of more than 30,000 companies”.

Salesforce chair and CEO Marc Benioff said Fin brings “proven agent technology, a deep commitment to customer success and an incredible AI team that will complement Agentforce with powerful service agent capabilities”.

Fin co-founder and CEO Eoghan McCabe enthused the deal as a “major win for consumers of the world”, adding the combination with Salesforce would enable it to deploy its products “far and wide at a rate far faster than we could have ever achieved on our own.”

The deal is subject to regulatory approval and other closing conditions including potential customary price adjustments. It is expected to close in Salesforce’s Q4 2027 (the three months to end-January 2027).

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Sateliot cracks Brazil with LEO cattle drive

Sateliot pressed the benefits of satellite connectivity for agriculture in a test with Brazilian innovation centre CPQD which it stated showcased the advantages of non-terrestrial IoT.

Standard NB-IoT devices were connected in a remote area out-with the reach of land-based mobile networks as part of a Sateliot initiative to boost use of low Earth orbit (LEO) satellites in Brazil.

The company explained the “performance and commercial viability” of satellite-enabled IoT was verified, proving the “feasibility of seamless roaming” between land- and space-based networks.

Sateliot and CPQD put the technology to work tracking cattle.

The Spanish company’s Conecte o Brasil LEO NTN push involves device validation and interoperability testing. The initiative is intended to help Sateliot unlock a nation it stated is “one of the largest untapped IoT markets in the world”.

Sateliot highlighted large portions of Brazil are still not in range of mobile networks, potentially hampering the nation’s ability to capitalise on growth in cellular IoT services.

Elitelma Souza, CPQD solution manager for Automation, IoT and Hybrid Computing, said extending the “reach of IoT” services could “enable new operating models for various sectors of the economy”.

Sateliot CCO Gianluca Redolfi highlighted the test was the company’s first “commercial demonstration in Brazil”, making it “a crucial milestone” in its push there and beyond.

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Verizon, Ericsson target enterprises with private 5G

Ericsson highlighted its private 5G service is now available through Verizon Business beyond US borders, giving multinational enterprises the ability to extend connectivity and boost digital transformation opportunities.

The Swedish vendor explained the expansion means global enterprises already running Ericsson technology in Verizon Business Private 5G Networks in the US can now replicate those capabilities across their operations worldwide.

As AI drives greater demand for secure, high-speed and low-latency connectivity, the collaboration is designed to offer enterprises more flexibility as they scale internationally.

Hannes Ekstrom, SVP and Head of Customer Unit Verizon at Ericsson Americas, said the vendor’s multinational customers in the US had already unlocked significant growth through 5G-enabled private networks and are now looking to extend those capabilities globally.

“By simplifying 5G adoption and enhancing reliability, low latency, and security, we are empowering industries to harness next-generation connectivity and drive innovation on a global scale,” he stated.

The Ericsson Private 5G platform operates as a dual mode 4G and 5G network with global spectrum support, built to connect in challenging indoor and outdoor environments.

It is designed to deliver ultra-low latency and high reliability for real-time applications including automated manufacturing, industrial IoT and AI-driven analytics, while keeping sensitive data within the enterprise’s private network to support compliance requirements.

Industries including manufacturing, logistics, healthcare, energy and higher education are among those expected to benefit from the international rollout, with use cases spanning smart factories, warehouse automation, remote diagnostics and AI-powered research infrastructure.

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Docomo gets sassy on IoT security

NTT Docomo Business, the group’s global connectivity unit Transatel and cybersecurity player Zscaler moved to grasp an opportunity in IoT protection by providing a centralised SIM-based set-up the Japanese giant believes overcomes many weaknesses in device defence.

The Cellular SASE for IoT service uses the multi-SIM capabilities of Transatel’s network, the zero-trust security nous of Zscaler and NTT Docomo Businesses’ managed services products to secure the link between IoT devices, cloud and internal IT settings.

NTT Docomo Business stated the service tackles current inherent weaknesses in IoT device security including the “limited processing power and capacity” units have to run systems offering protection from “malicious communications” and unauthorised access.

It noted some devices are “vulnerable to cyberattacks”.

The operator unit explained centralising security using the SIM removes the diversity of device makers and specifications from the protection equation, asserting the approach is simpler and safer than deploying VPNs or embedding “software on each device”.

NTT Docomo Business highlighted “multi-carrier route redundancy” as another selling point, a nod to the multiple markets an IoT device might cross and the hassle of arranging connectivity in each one.

It emphasised secure cloud communications also reduce “the attack surface”.

Nathan Howe, VP of emerging technologies at Zscaler, said the system would enable “customers to deploy on a large scale, based on consistent policies”.

The operator stated the trio would continue to collaborate to improve the defences offered.

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Telefonica dives into Spanish smart meter move

A regional Spanish government tasked Telefonica with a major overhaul of water metering systems, employing the operator’s NB-IoT network to connect 175,000 smart gauges to uncork a host of operational and management upgrades.

The operator is also tasked with installing the smart meters in the Castile and Leon region in northwest Spain. The upgrade covers real-time data collection along with remote management and monitoring of consumption in domestic and industrial settings.

Telefonica branded the scheme a “step towards data-driven prediction models”.

The project is being handled by the region’s Public Infrastructure and Environment company and involves Telefonica providing a platform to analyse meter data, a move expected to boost service accuracy across gauges from multiple manufacturers.

Telefonica Tech director of IoT Dario Cesena said it is providing “more and better services to customers” by combining its NB-IoT network with managed services.

The company explained the smart meters gather data hourly, boosting detection of abnormal consumption, operational efficiency and service planning.

Security is a high priority in the communications network and management platform: Telefonica highlighted compliance with “the standards required for critical government services”.

It added the smart meter programme contributes to the digital development of the Castille and Leon region.

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BT offers critical services priority access

BT Group embarked on a mission to improve critical communications, launching a portfolio of services to boost resilience by providing prioritised access to 4G and 5G networks through its EE unit.

Mission Boost spearheads a namesake range combining BT’s mobile and cloud infrastructure, and security capabilities with services from a host of partners. The system puts essential communications first during periods of network congestion or high demand.

Partnerships position the set-up for use by organisations involved in key national infrastructure, emergency response and transport.

BT plans to evolve its range to include contact management capabilities and PTT. It positioned the move as part of a $40 billion investment in digital infrastructure spanning the decade to 2030.

Faisal Mahomed, MD of Critical Communications, said the Mission portfolio is BT’s response to the “increasingly complex environments” organisations find themselves operating in.

Electricity provider UK Power Networks is among the first companies adopting BT’s system: its director of Asset Management Kieran Coughlan said reliable connectivity is now essential to the running of its network, highlighting capabilities including the capacity to remain connected to staff in the field and tools to help turn the lights back on during power outages.

Operators are increasingly looking to reposition themselves as trusted central players in digital sectors by combining their infrastructure with third-party services.

Orange Business and Telefonica are among those to recently make comparable moves.

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