NASA Begins Building Nuclear-Powered Dragonfly Drone for Titan Mission

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NASA has started building a groundbreaking spacecraft called Dragonfly , a nuclear-powered drone designed to explore Titan , the largest moon of Saturn. The mission is scheduled to launch in July 2028 and could become one of the most ambitious robotic exploration missions ever attempted.   Dragonfly is not a traditional space probe. Instead, it is a rotorcraft that works like a large drone with multiple rotors. This design will allow it to fly from one location to another on Titan’s surface, collecting data and studying different environments. Scientists believe Titan holds important clues about the chemical processes that may have led to life on Earth.   A Drone Designed for an Alien World The Dragonfly spacecraft is roughly the size of a small car and features eight rotors that allow it to take off and land vertically. This design helps provide stability and ensures the mission can continue even if one rotor fails.  Unlike most drones, Dragonfly will be powered by...
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Nokia and NVIDIA Partner to Drive AI-Native 6G Networks

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Nokia’s Strategic Pivot: AI and 6G with NVIDIA

At Mobile World Congress 2026 in Barcelona, Nokia revealed a major shift in its network strategy by partnering closely with NVIDIA to power the next generation of mobile networks with artificial intelligence. The focus of this new direction is the development and deployment of AI-driven radio access networks (AI-RAN), laying the foundation for AI-native 5G-Advanced and future 6G infrastructure.  

Nokia’s leadership highlighted that traditional network hardware will make way for a flexible, software-defined architecture that integrates AI capabilities directly into core network functions. This approach leverages high-performance GPUs provided by NVIDIA to support both standard cellular traffic and complex AI workloads on the same platform, improving efficiency and performance.  

A cornerstone of the collaboration is NVIDIA’s investment of $1 billion in Nokia, a commitment that accelerates the integration of GPU-based computing across Nokia’s RAN portfolio. This financial and technological support enables Nokia to expand its product offerings and support enhanced AI services for telecom operators worldwide. 

Partnerships with major carriers and technology firms are already underway. For example, Nokia and NVIDIA have demonstrated successful GPU-accelerated AI-RAN tests with operators like T-Mobile, showing that networks can handle advanced AI applications alongside standard 5G services. Trials also include collaborations with global operators such as BT, Elisa, NTT DOCOMO, and Vodafone, underlining strong industry adoption of AI-optimized networking solutions.  

Nokia’s AI-RAN vision aims not only to improve connectivity but also to unlock new revenue streams. By embedding AI at the edge of the network, operators can support real-time analytics, intelligent automation, and future services that rely on integrated AI processing. This shift from hardware-centric systems to software and AI-driven networks represents a foundational change in how mobile infrastructure is built and operated.

As the telecommunications sector looks toward the future, the Nokia-NVIDIA partnership demonstrates how leading technology firms are embracing AI to redefine mobile infrastructure, paving the way for smarter, more efficient, and AI-ready 6G networks.

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