Telefonica Tech targeted a bump to its IoT business in the US by providing the connectivity for a range of protective equipment produced by industrial health and safety product maker Halotech Digital Services.

An arrangement was made involving Telefonica Tech’s managed IoT connectivity with a Halotech Software-as-a-Service platform which uses AI to provide real-time information relating to worker safety in industrial settings.

Telefonica Tech country manager for the US Luis Lepe Marquez said the combination would help customers “transform workers’ day-to-day activities”, providing clear “actionable intelligence to improve safety”.

The operator unit explained Halotech AI integrates with various namesake protective helmets developed for “complex industrial settings” including mines and oil rigs.

Telefonica Tech is providing the connectivity to collect, transmit and process information from the safety wear to produce insights to improve staff procedures and help predict potential dangers. It listed automatic fall detection, emergency alerts, provision of location information and environmental monitoring among the capabilities on offer.

Real-time decision-making capabilities can reduce “workplace incidents by up to 60%”, Telefonica Tech stated.

Halotech CEO Manuel Marin said companies are changing their approach to safety by seeking systems which can help predict incidents instead of reacting to them.

The companies have history, having developed post-quantum encryption for various industries in 2024.

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The GSMA and a group of aviation, security and connectivity companies called for industry alignment on drone identification, tracking and connection in a bid to build safer airspaces.

In a Joint Requirements Statement developed through the GSMA’s Fusion initiative, contributors including Ericsson, Nokia, Viasat, NextNav and the UK’s National Cyber Security Centre set out the role of mobile networks in supporting drone operations. The organisations urged operators, regulators, aviation stakeholders and governments to integrate telecom capabilities in future drone and airspace policy.

The group stated mobile networks could support drone identity, authentication, geolocation, real-time telemetry assurance, prioritised connectivity and cross-border interoperability. It also pointed to non-terrestrial networks as a key resilience tool for drone operations, especially in areas beyond traditional coverage for remote, maritime, disaster recovery and national security related missions.

Programmable network capabilities and APIs, including GSMA Open Gateway and CAMARA-aligned frameworks, were also tipped as tools to support aviation safety, security and efficiency requirements.

The group emphasised the importance of electronic conspicuity, the identification and visibility of drones and aircraft to airspace users and authorities through real-time data sharing. It highlighted the growing importance of drone tracking as governments and regulators step up the deployment of flights beyond the visual line of sight, drone first responder programmes and autonomous aircraft.

A lack of early coordination could leave the sector with fragmented national approaches before global drone frameworks are established, the group warned.

Barney Stinton, GSMA Fusion market development lead for aviation, said the drone market is “scaling far faster than many of today’s airspace and identification frameworks were originally designed for”, adding the statement is “an important signal from industry that mobile networks have a major role to play in supporting safe, trusted and interoperable drone operations at scale”.

He explained the goal is “not to replace existing aviation systems but to bring together aviation, government and telecom industries early enough to avoid fragmentation”.

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Axon Networks acquired Greenwave Systems, combining two companies with shared roots to create a more unified, AI-powered network orchestration platform.

The US-based company stated the deal strengthens its cloud-agnostic Axon Maestro platform, purpose-built for telecom operators, institutions and enterprise service providers.

Greenwave’s software-defined mobile network services, including its network-as-a-service orchestration portfolio, will be added to Axon Maestro.

Greenwave’s technology will be folded into the Maestro platform as dedicated modules, with its engineering team shifting focus to OSS/BSS product development with expanded support for mobile connectivity.

Financial terms are not available.

At the heart of the integration is Axon’s real-time digital twin technology, which the company said will serve as the foundation for next-generation network inventory management.

Axon CEO Martin Manniche, who co-founded Greenwave in 2008 alongside other current Axon executives, stated operators are too often constrained by legacy operational support systems which require heavy customisation and slow down innovation.

“This limits their agility and effectiveness, delaying innovation and time-to-market for new services,” he said.

The deal also positions Axon to capitalise on growing operator interest in fixed wireless access and low earth orbit satellite connectivity.

As those technologies gain traction in access networks, the company argues end-to-end orchestration from the mobile core to in-home devices will become increasingly critical for delivering a consistent subscriber experience.

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