AI Transforms Telecom Networks
Nokia Launches AI-Native RAN to Boost Efficiency Across Modern Telecom Networks
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Key Points
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Nokia describes its AI-native RAN as an open, programmable, and extensible platform that enables third-party applications and extensive data access for real-time AI use cases, with governance through the AI-RAN Alliance and 3GPP to ensure standards-based evolution and trust.
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ActivePort Group reported FY26 revenue of $6.15 million and a net loss of $14.68 million, while highlighting growth in SaaS revenue, international expansion, and the launch of an AI orchestration portal as part of its Global Edge platform.
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Nvidia-led funding accelerates photonics and optical interconnects, including a $6 billion investment across Coherent, Lumentum, and Marvell, plus an additional $125 million to iPronics for second-generation optical circuit switching (OCS) technology.
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Booz Allen's new Cyber Weapon Index report highlights AI-enabled autonomous cyberattacks, introducing Counter AI tools (e.g., Vellox Labs Guile) and calling for sector-specific readiness deadlines to defend critical infrastructure against autonomous threats.
Nokia is rolling out its first AI-native RAN platform, a new type of mobile network software designed to let artificial intelligence make decisions in real-time Nokia. The platform is open and programmable, meaning other companies can build their own applications on top of it. This shift marks a major change in how telecom networks operate — moving from rigid systems to flexible ones powered by AI.
The move reflects a broader trend: telecom companies are embedding AI throughout their networks to cut costs and improve performance Fierce Network. From automating complex network tasks to spotting problems before they happen, AI is becoming central to how modern mobile networks function. Nokia's approach emphasizes open standards and third-party innovation to accelerate this shift.
Nokia's Open Platform Strategy Attracts Third-Party Developers
Nokia's AI-native RAN gives developers, enterprises, and cloud providers access to real-time network data Nokia. The platform uses industry-standard interfaces so outside companies can build and add their own applications. This openness is critical — it lets startups and tech firms innovate without waiting for Nokia or other large vendors to build every feature.
The AI-RAN Alliance and 3GPP standards bodies oversee the platform's evolution Nokia. This governance structure ensures that changes remain trustworthy and follow global telecom standards. Nokia sees this as the path forward: networks that learn and adapt through AI, guided by open rules that everyone follows.
ActivePort Expands AI Orchestration and International Revenue
ActivePort Group reported FY26 revenue of $6.15 million and net losses of $14.68 million, but is accelerating growth in cloud-connected network software Kalkine. The company launched an AI orchestration portal as part of its Global Edge platform. This tool automates the complex task of managing networks spread across multiple cloud providers and locations.
ActivePort is seeing strong demand from international markets and its software-as-a-service (SaaS) division Kalkine. The orchestration portal lets network managers use AI to optimize performance across diverse infrastructure. This automation reduces manual work and helps operators make smarter, faster decisions about resource allocation.
Nvidia-Backed Photonics Investment Prepares Networks for AI Scale
Nvidia is investing $6 billion across three optical technology makers: Coherent, Lumentum, and Marvell Fierce Network. These companies build the physical hardware — fiber optic cables and switches — that move massive amounts of data across networks. As AI workloads grow, telecom networks need faster, denser optical connections to handle the traffic.
Separately, Nvidia put $125 million into iPronics to develop next-generation optical circuit switching (OCS) technology Fierce Network. OCS lets networks dynamically reroute data traffic at the speed of light, adapting to real-time demand. This technology is essential for supporting large-scale AI deployments where network bandwidth requirements constantly shift.
Security Experts Warn of AI-Powered Cyberattacks on Infrastructure
Booz Allen released a Cyber Weapon Index highlighting a new threat: AI-enabled autonomous cyberattacks that can operate without human control Fierce Network. These attacks could target critical infrastructure like power grids and water systems. The concern is that AI can automate attack planning and execution faster than humans can defend.
Booz Allen is pushing for sector-specific readiness deadlines and the deployment of Counter AI tools like Vellox Labs' Guile Fierce Network. These defensive tools use AI to detect and stop AI-powered attacks before they cause damage. The firm warns that without rapid preparation, critical infrastructure remains vulnerable to a new class of autonomous threats.
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