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    NASA says space station's robotic arm is stuck for nowโ—NASA, for the time being, is unable to move the space station's large robotic arm https://arstechnica.com/space/2026/09/MmastodonTechnologyRobotics329 min ago

    The large robotic arm on the International Space Station has stopped working, and NASA says it cannot move it for the time being. Engineers are working to understand the fault on Canadarm2, which is essential for catching cargo spacecraft, moving astronauts during spacewalks and repositioning modules. The outage raises questions about station operations until the arm is restored.

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    Voice AI startup Modulate raises $25 millionโ–ผVoice AI startup Modulate raises $25M to bring audio-native models to more developersโœ‰newsBusinessStartups42 min ago

    Voice AI startup Modulate has raised $25 million in new funding to expand access to its audio-native models for more developers. The company builds voice-focused AI technology, and the fresh capital will support broader developer adoption of its tools. The announcement was reported by SiliconANGLE and is drawing attention as investment continues to flow into voice and audio AI startups.

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    Voice startup Modulate raises $25 millionโ—Modulate raises $25M for its voice models and analysis suiteโœ‰newsBusinessStartups11 h ago

    Modulate has raised $25 million to expand its voice modelling technology and voice analysis suite. The company builds tools around synthetic and analysed voice, and the fresh funding will support growth of its platform. The announcement was reported by TechCrunch, drawing attention from the startup and tech community.

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    Genetic Module Enables Male-Sterile Watermelon Hybrid Breedingโ—Genetic Module Unlocks Male Sterility for Hybrid Watermelon Breeding | Newswiseโœ‰newsScienceBiology7 h ago

    Researchers have identified a genetic module that produces male sterility in watermelon, a breakthrough for hybrid seed production. Male-sterile plants cannot self-pollinate, making it easier and cheaper to breed hybrid watermelons without manual emasculation. The finding could streamline commercial watermelon breeding programs and is being noted in plant science and agricultural circles.

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