Spark New Zealand added heat to rural IoT connectivity competition, working with natural resource protection company Dryad Networks and a local authority to provide advanced warning of wildfires in a major forest.

The set-up in the Waitangi Endowment Forest uses Dryad Networks sensors equipped with AI to detect fires at an early stage and inform the Far North District Council (FNDC) and woodland authorities.

Spark stated the sensors are capable of detecting smouldering, meaning alerts can be generated even when there are no visible signs of smoke or flames to provide early warning and give fire fighters more time to respond, along with enabling swifter evacuation of the forest.

The system is being configured and connected to the internet by Spark company Adroit, with FNDC installing the sensors. The authority is also to match funding for the project provided in a recent round of investment by New Zealand’s Ministry of Business, Innovation and Employment.

A total of 250 sensors are to be deployed, providing full coverage of Waitangi Endowment Forest. The system is to be in place for 15 years.

FNDC group manager for Corporate Services Charlie Billington said the project is an opportunity to train AI for the setting, localising the technology and making it more accurate.

Further fine-tuning is scheduled for February 2027, when forest managers and owners, iwi and business representatives are set to trek the ground to explain the system and tweak it for specific smoke signatures.

Spark stated there is a broader goal to integrate the set-up with systems used by Fire and Emergency New Zealand.

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AST SpaceMobile decoupled from recent launch disappointments by scheduling the orbital deployment of its next three satellites on a SpaceX Falcon 9 rocket.

The space-based mobile network company hopes to blast its BlueBird 8, 9 and 10 satellites into low Earth orbit (LEO) on 17 June. As ever, launches are dependent on various environmental and other factors, so precise timing is fluid.

AST SpaceMobile expects the latest satellites to deliver almost twice the data rates of its initial BlueBird models, which it noted recently hit 98.9Mb/s in the downlink.

Company president Scott Wisniewski said the significance of the satellites goes beyond expanding its constellation and coverage: they represent the culmination of an in-house manufacturing drive and bolster claims to having birds with the largest phase-arrayed antennas at LEO heights.

AST SpaceMobile stated the trio of satellites are already stacked using a proprietary architecture and ready to be integrated with the SpaceX rocket.

The scheduled launch is something of a firing back by AST SpaceMobile at commentators who questioned whether a recent failure of a Blue Origin New Glenn rocket during a test would impact a plan to conduct regular launches throughout 2026.

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SK Telecom declared itself the first private company based in Asia to be picked to contribute to European Union (EU) work to develop next-generation quantum cryptography technology to boost the security of communications.

The South Korean operator was picked to help develop a quantum key distribution (QKD) system using Quantum Photonic Integrated Circuit-AI as part of the EU’s €95.5 billion Horizon Europe science and technology research financing programme.

SKT staff are to work with researchers in Greece, Austria and Germany, focusing on reducing the bulk, weight and cost of QKD equipment.

The theory is access to QKD-based security would be boosted if the equipment is easier to deploy: SKT stated current systems are unwieldy because “precision optical components…must be individually assembled and aligned in the form of discrete equipment”.

SKT believes optical elements can be combined into a single chip using Photonic Integrated Circuit semiconductor process technology, an approach it likened to producing smartphone camera modules.

The operator expects real-time optical calibration to be possible by embedding AI into the system to boost “overall QKD system stability”.

Project coordination is to be handled by the National Centre of Scientific Research Demokritos in Greece, which is also tasked with developing the AI.

The Austrian Institute of Technology is to develop the key management system and German semiconductor start-up Synogate the functional logic.

SKT highlighted a side mission to help harmonise European and South Korean quantum cryptography standards by identifying differences in respective current approaches. The work could ultimately help develop a global approach, it stated.

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Orange made a second decisive acquisition move in as many days after completing a buyout of its partner in Spanish joint venture MasOrange.

The French operator detailed the completion of the deal late yesterday (8 June), two days after a move involving the assets of domestic rival SFR.

Orange began its quest to purchase the 50% of MasOrange it did not own from partner Lorca in October 2025 and the process ran relatively smoothly, with a definitive deal made two months later and regulatory clearance secured earlier this year.

MasOrange CEO Meinrad Spenger gains a place on Orange’s executive committee. He said the buyout cements the operator’s foundations and improves its “capacity for investment and innovation”.

Orange intends to refinance MasOrange debt “over time”.

The operator highlighted the acquisition of the remainder of MasOrange as important to a current strategy focused on the theme of trust, while also bolstering its position in Spain, its second-largest market in Europe.

“It paves the way for accelerated industrial, operational and commercial synergies”, CEO Christel Heydemann said.

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Siemens and Infineon Technologies teamed to tackle a little reported but quite important element of digital transformations, namely protecting electrical supplies in data centres, production facilities and battery storage systems.

The pair are working to provide semiconductor breaker technology, which Siemens describes as providing protection for electronic devices, circuits and components in the event of a short-circuit or power surge.

Infineon is to provide silicon carbide power modules which Siemens intends to install in its semiconductor circuit breakers. The German-headquartered company stated the move would “enhance the efficiency, power density and reliability” of the products.

Siemens explained the lack of mechanical elements in semiconductor circuit breakers can cut the reaction time from milliseconds in traditional set-ups to microseconds.

It argued the speed boost is “essential for direct current grids” and would deliver a much-needed improvement in protection for systems used in manufacturing and AI data centres.

Andreas Weisl, EVP and chief sales officer for Industrial and Infrastructure at Infineon (pictured, right), said the importance of swift protection is growing due to the increased electrification of data centres and factories.

Siemens Smart Infrastructure CEO for Electrical Products Markus Grabmeier explained many industrial facilities are keen to tap the lower energy consumption of direct current power supplies and further boost environmental protection goals by using batteries to cut peak power use.

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Finnish enterprise and public sector users were promised better telecoms connectivity after local network operator Voimatel tapped Eutelsat for low Earth orbit (LEO) satellite coverage.

The French headquartered satellite service provider stated its LEO connectivity would be integrated with Voimatel’s terrestrial network to improve coverage in Arctic and high-latitude areas of Finland, boosting the resiliency and redundancy of critical communications.

Voimatel describes itself as the builder and operator of fixed and mobile networks: Eutelsat expanded, stating the company provides services to operators, utilities and public sector groups.

The LEO coverage opens remote and rural areas where terrestrial installations are trickier, though Eutelsat noted the arrangement would also benefit urban parts of Finland.

Voimatel CEO Mikko Heinonen said the low-latency and Arctic coverage provided by Eutelsat’s LEO birds were important elements in its decision to work with the French company.

The coverage will “complement our existing infrastructure capabilities and support the evolving connectivity requirements of our customers”, he said.

Eva Bisgaard, president of Eutelsat’s Connectivity business unit, said the deal is another example of “the growing role of LEO connectivity in supporting critical telecom infrastructure”.

It also adds to a recent run of agreements involving Eutelsat’s geosynchronous satellites struck in April and May.

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Ericsson dug deeper into a mining automation deal with Swedish equipment maker Epiroc, adding LTE and 5G equipment distribution to a near decade-long research arrangement.

The companies anticipate ever-growing demand for complete operational technology systems spanning mining equipment and connectivity. Ericsson cited ease of access to digitalisation techniques as among the benefits the expanded deal offers.

Epiroc Digital Solutions division president Paul Bergstrom said there is a rising need for connectivity systems from mining companies as they “advance automation and digitalisation throughout their operations”.

The equipment manufacturer plans to add Ericsson private 5G systems to its own telematics, remote control and position sensing products.

Last month, Epiroc advanced a deep automation product range with systems for drilling and material handling, expanding a portfolio offered since 2023 which it stated helped mines “unlock millions of tonnes of ore” they would not otherwise have been able to safely recover.

Ericsson Enterprise Wireless Solutions head of product and engineering Pankaj Malhotra said the updated deal with Epiroc ties into the operational goals involving safety, productivity and efficiency.

The pair is “helping mining companies modernise operations at scale”, he said.

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