Tag: Hubble

  • Hubble Network Plans Satellite Upgrade for Global Bluetooth Coverage

    Hubble Network Plans Satellite Upgrade for Global Bluetooth Coverage

    Hubble Network is set to significantly enhance its satellite-based Bluetooth system. The Seattle startup, aiming to bring Apple’s Find My to enterprises, has built a phased-array receiver for a “true Bluetooth layer around the Earth,” says CEO Alex Haro.
    Image Credits: Techcrunch

    Hubble Network is set to significantly enhance its satellite-based Bluetooth system. The Seattle startup, aiming to bring Apple’s Find My to enterprises, has built a phased-array receiver for a “true Bluetooth layer around the Earth,” says CEO Alex Haro.

    Next-Gen Satellites to Boost Global Coverage and Device Efficiency by 2027

    This technology will launch aboard two large MuSat XL satellites from Muon Space, scheduled for 2027. The satellites will provide 12-hour global revisit times and detect BLE signals using 30x less power, extending device battery life.

    The pair will serve as the foundation of Hubble’s BLE Finding Network, targeting industries like logistics, infrastructure, and defense.

    Hubble made headlines in 2024 as the first company to establish a direct Bluetooth link with a satellite. Its core pitch is simple yet powerful: rather than requiring custom hardware, users can connect to the Hubble network by adding a firmware update to existing chipsets.

    Global Coverage Without Infrastructure

    The company says its space-based network offers major advantages — global coverage, including remote regions, and an infrastructure-free solution for developers to track assets easily.

    Hubble currently operates seven satellites and aims to expand to 60 by 2028. CEO Alex Haro notes that the long-term plan includes upgrading the entire fleet to larger, more capable satellite platforms for enhanced power and performance.

    The timeline is ambitious, but Haro said Hubble chose Muon for its rapid manufacturing scalability. A $146M funding boost will support this, with Muon planning to build 500+ satellites annually by 2027.

    Hubble Taps Muon’s Powerful MuSat XL Platform Amid Push for Defense Contracts

    Hubble will be the first to use Muon’s 500-kg MuSat XL, offering high power, fast downlinks, optical links, and near real-time communication. The deal also reflects Muon’s growing ambitions to secure larger contracts, including from the Department of Defense.

    The XL platform is ideal for SDA Tranche missions,” said Smirin, citing the agency’s missile defense effort in low Earth orbit. “It reflects our advancing tech stack and growing role in delivering versatile spacecraft.

    Muon uses a space-as-a-service model, building and operating satellites with its integrated Halo system. This approach lets companies with innovative payloads access space without building their own satellite infrastructure. This lets Hubble focus on its BLE network while Muon handles satellites and operations.


    Read the original article on: Techcrunch

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  • Hubble Reveals the Stunning Chaos of Star Formation in the Tarantula Nebula

    Hubble Reveals the Stunning Chaos of Star Formation in the Tarantula Nebula

    Hubble reveals the vibrant star-forming complexities of the Large Magellanic Cloud’s Tarantula Nebula, a spectacular display of cosmic dust and colorful stellar phenomena. Credit: ESA/Hubble & NASA, C. Murray

    Dive into a celestial masterpiece with the Hubble Space Telescope’s latest snapshot of the Large Magellanic Cloud, showcasing the Tarantula Nebula’s vibrant star-forming regions.

    Amid serene blue gas and vibrant stars, explore how cosmic dust influences star and planet formation.

    The latest image from the Hubble Space Telescope captures a stunning view of the Large Magellanic Cloud, a dwarf galaxy about 160,000 light-years away. Though smaller than the Milky Way, this galaxy is nonetheless home to incredible celestial phenomena. In fact, it hosts some of the most remarkable and awe-inspiring sights in our cosmic neighborhood.

    Stellar Giants in the Tarantula Nebula

    The Large Magellanic Cloud, with only 10-20% of the Milky Way’s mass, contains some of the most active star-forming regions. This image focuses on the Tarantula Nebula, the largest such region nearby, where massive stars, each around 200 times the mass of our Sun, are born.

    Colors of Creation: Blue Gas and Red Stars


    The nebula shows blue gas, brownish-orange dust, and colorful stars. Dust absorbs more blue light than red, making stars behind the dust appear redder.

    Advancing Astrophysics Through Hubble’s Eyes

    This image combines ultraviolet, infrared, and visible light. By studying these dusty regions in the Large Magellanic Cloud and beyond, scientists aim to understand the role of cosmic dust in star and planet formation.


    Read Original Article: Scitechdaily

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