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We partnered with Planet to send a prototype satellite carrying four TPUs into orbit. We’ll be looking to see how well the TPUs withstand the harsh conditions of space to assess whether we can eventually host machine learning in orbit.

Google

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We’re sending TPUs to space (yes, really). After years of research, we’re launching a satellite to evaluate if and how Google Tensor Processing Units (TPUs) hold up in orbit. The test mission, as part of our latest moonshot — Project Suncatcher — is designed to gather data exploring how we can one day host machine learning infrastructure in space.

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Learn more about next month’s satellite launch from the team of scientists who worked on Project Suncatcher.

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#ISRO's Aditya L1 shall be the first space-based Indian mission to study the Sun. The spacecraft shall be placed in a halo orbit around the L1 of the Sun-Earth system,A satellite placed in the halo orbit around the L1 point has major advantage [📹 JWST Halo orbit around L2]

#ISRO's Aditya L1 shall be the first space-based Indian mission to study the Sun. The spacecraft shall be placed in a halo orbit around the L1 of the Sun-Earth system,A satellite placed in the halo orbit around the L1 point has major advantage [📹 JWST Halo orbit around L2]

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🇨🇳 China has launched nine computing satellites into orbit. A Kinetica-1 rocket from CAS Space launched from the Jiuquan launch site and placed several satellites, including the Chaozhisuan-1, into a sun-synchronous orbit. This satellite serves as a technology demonstrator for a future orbital computing constellation. The satellite is equipped with powerful computing resources and laser communication capabilities. It will be able to process data directly in orbit, receive "raw" data from other satellites, and transmit the results to Earth.

🇨🇳 China has launched nine computing satellites into orbit. A Kinetica-1 rocket from CAS Space launched from the Jiuquan launch site and placed several satellites, including the Chaozhisuan-1, into a sun-synchronous orbit. This satellite serves as a technology demonstrator for a future orbital computing constellation. The satellite is equipped with powerful computing resources and laser communication capabilities. It will be able to process data directly in orbit, receive "raw" data from other satellites, and transmit the results to Earth.

𝕊𝕡𝕣𝕚𝕟𝕥𝕖𝕣 𝕻𝕣𝕖𝕤𝕤

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“If you want satellites that can confidently spot really tiny wildfires, you can build a really big, expensive, high-resolution satellite that stares at the ground for a long time. Or you use smaller, lower-cost satellites — meaning you can launch a lot more of them — but you have to make up the precision difference with machine learning and AI. We chose the latter,” says Google Research scientist, Chris Van Arsdale. We spoke with Chris about our FireSat initiative and how we’re using AI to detect and track wildfires.

“If you want satellites that can confidently spot really tiny wildfires, you can build a really big, expensive, high-resolution satellite that stares at the ground for a long time. Or you use smaller, lower-cost satellites — meaning you can launch a lot more of them — but you have to make up the precision difference with machine learning and AI. We chose the latter,” says Google Research scientist, Chris Van Arsdale. We spoke with Chris about our FireSat initiative and how we’re using AI to detect and track wildfires.

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“In the history of spaceflight, only four entities have launched a space capsule into orbit and successfully brought it back to the Earth. The United States, Russia, China, and Elon Musk.”

“In the history of spaceflight, only four entities have launched a space capsule into orbit and successfully brought it back to the Earth. The United States, Russia, China, and Elon Musk.”

ELON CLIPS

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There are two ways to improve space access: 1. kg to orbit - make it cheap to put more up 2. m3 in orbit - compile matter on top of Earth’s gravity well For the latter, satellites and compute don’t need to be overbuilt to survive a strenuous launch. 10x better mass efficiency.

There are two ways to improve space access: 1. kg to orbit - make it cheap to put more up 2. m3 in orbit - compile matter on top of Earth’s gravity well For the latter, satellites and compute don’t need to be overbuilt to survive a strenuous launch. 10x better mass efficiency.

troy mccann

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Space used to be one‑and‑done: launch a satellite and make the most of its capabilities. Our Mission Robotic Vehicle (MRV) is like a multi-tool in orbit, inspecting, repairing, upgrading and extending the life of existing spacecraft.

Space used to be one‑and‑done: launch a satellite and make the most of its capabilities. Our Mission Robotic Vehicle (MRV) is like a multi-tool in orbit, inspecting, repairing, upgrading and extending the life of existing spacecraft.

Northrop Grumman

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The "Neoclouds are too scared of Jensen to offer TPUs!" tweet reminded me of this quote from the Odd Lots episode with Hudson River Trading's Head of AI: "If you're using TPUs, you're also kind of entering a very close relationship with Google, some feeling of vendor lock in.. It's a complicated thing if you go down that path. But if you're compute hungry like the big labs, you'll take what you can get. I think Anthropic takes TPUs, Trainium, and GPUs, they need them all." You can also just look at the hoops and hurdles Google is going through to find external buyers of TPUs: - Invested $10B+ in Anthropic (and committed to invest $40B+) - Back-stopped Anthropic's data center leases so that Anthropic's data center developers can obtain financing to house the TPU's Anthropic is buying from Google - Created a new neocloud via a JV with Blackstone to offer TPUs (e.g. buy them from Google to rent) CoreWeave and Nebius are already sold out on the GPUs for which they have data center capacity to bring online.. Both want to diversify their customer bases away from hyperscalers and large AI labs. Doesn't seem to make any sense for them to offer TPUs, when Anthropic is the only company actually buying TPUs from Google, and only after being heavily incentivized to do so. $GOOG $CRWV $NBIS

The "Neoclouds are too scared of Jensen to offer TPUs!" tweet reminded me of this quote from the Odd Lots episode with Hudson River Trading's Head of AI: "If you're using TPUs, you're also kind of entering a very close relationship with Google, some feeling of vendor lock in.. It's a complicated thing if you go down that path. But if you're compute hungry like the big labs, you'll take what you can get. I think Anthropic takes TPUs, Trainium, and GPUs, they need them all." You can also just look at the hoops and hurdles Google is going through to find external buyers of TPUs: - Invested $10B+ in Anthropic (and committed to invest $40B+) - Back-stopped Anthropic's data center leases so that Anthropic's data center developers can obtain financing to house the TPU's Anthropic is buying from Google - Created a new neocloud via a JV with Blackstone to offer TPUs (e.g. buy them from Google to rent) CoreWeave and Nebius are already sold out on the GPUs for which they have data center capacity to bring online.. Both want to diversify their customer bases away from hyperscalers and large AI labs. Doesn't seem to make any sense for them to offer TPUs, when Anthropic is the only company actually buying TPUs from Google, and only after being heavily incentivized to do so. $GOOG $CRWV $NBIS

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Hivemind's first flight in orbit. Onboard a NOVI Space satellite in low Earth orbit, Hivemind integrated with Sedaro’s Autonomy Framework for the Edge (SAFE), demonstrating trusted satellite autonomy capabilities. Hivemind made autonomous mission decisions while SAFE provided mission assurance, showing how autonomy can help operators move from managing a single satellite to coordinating fleets at scale. The demonstration also proved that Hivemind can operate on existing satellites not originally designed for autonomy. Full release: Autonomy for the world. The greatest victory requires no war.

Hivemind's first flight in orbit. Onboard a NOVI Space satellite in low Earth orbit, Hivemind integrated with Sedaro’s Autonomy Framework for the Edge (SAFE), demonstrating trusted satellite autonomy capabilities. Hivemind made autonomous mission decisions while SAFE provided mission assurance, showing how autonomy can help operators move from managing a single satellite to coordinating fleets at scale. The demonstration also proved that Hivemind can operate on existing satellites not originally designed for autonomy. Full release: Autonomy for the world. The greatest victory requires no war.

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Isar becomes the first of Europe's newSpace companies to reach orbit. Multiple satelites are on board, and are now on track to be successfully put into space, Europe is back in Space! Isar plans to scale to 40 rockets per year with the current architecture.

Isar becomes the first of Europe's newSpace companies to reach orbit. Multiple satelites are on board, and are now on track to be successfully put into space, Europe is back in Space! Isar plans to scale to 40 rockets per year with the current architecture.

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BREAKING : India is moving closer to becoming the world’s second nation to demonstrate on-orbit satellite refuelling. With OrbitAid’s 25-kg Ayulsat set to launch aboard ISRO’s PSLV-C, the mission could mark a historic leap in advanced space technology. Representative Video)

BREAKING : India is moving closer to becoming the world’s second nation to demonstrate on-orbit satellite refuelling. With OrbitAid’s 25-kg Ayulsat set to launch aboard ISRO’s PSLV-C, the mission could mark a historic leap in advanced space technology. Representative Video)

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against the likes of Fulham, Carrick’s United will face a different challenge—to break blocks & create space to attack. to predict how well they might fare, we need to assess the tactical principles employed to break City & Arsenal down when they settled into their blocks. 🧵.

against the likes of Fulham, Carrick’s United will face a different challenge—to break blocks & create space to attack. to predict how well they might fare, we need to assess the tactical principles employed to break City & Arsenal down when they settled into their blocks. 🧵.

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2025 was a landmark year for local machine learning. We're looking back at how Transformers.js and WebGPU enabled state-of-the-art models right in the browser. See how to build the future of the web with @HuggingFace's Xenova →

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T-5 days until Blue Ghost says goodbye to Earth! With the accuracy we achieved on our first two burns, we were able to skip the third Earth orbit maneuver. Blue Ghost is already in a good position to perform our trans-lunar injection in just under a week. Our #GhostRiders continue to capture some incredible shots of our home planet along the way. #BGM1

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Here’s how Starlink next‑generation V3’s laser network works in space Each Starlink V3 satellite is equipped with six high-capacity space lasers capable of operating at up to 400 Gbps These laser links connect satellites directly to one another, creating a fast, high-bandwidth and resilient mesh network in orbit that can route massive amounts of data around the planet without relying entirely on nearby ground stations That means more network capacity, faster data routing, greater reliability and stronger connectivity across remote and hard-to-reach regions Starlink V3 is not just a more powerful satellite It is a major upgrade to the internet infrastructure being built in space

Here’s how Starlink next‑generation V3’s laser network works in space Each Starlink V3 satellite is equipped with six high-capacity space lasers capable of operating at up to 400 Gbps These laser links connect satellites directly to one another, creating a fast, high-bandwidth and resilient mesh network in orbit that can route massive amounts of data around the planet without relying entirely on nearby ground stations That means more network capacity, faster data routing, greater reliability and stronger connectivity across remote and hard-to-reach regions Starlink V3 is not just a more powerful satellite It is a major upgrade to the internet infrastructure being built in space

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we mapped tents in Rafah by applying machine learning to high resolution satellite imagery from Planet. we also show damaged buildings from analysis done by corey scher and Jamon Van Den Hoek. 🛰️ read here 🎁: a small thread with some model specifics 🧵

we mapped tents in Rafah by applying machine learning to high resolution satellite imagery from Planet. we also show damaged buildings from analysis done by corey scher and Jamon Van Den Hoek. 🛰️ read here 🎁: a small thread with some model specifics 🧵

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We are thrilled to have partnered with Davidson F. for the release of his latest short film, Orange Bowl. Exploring the concept of how emotions can be fluid, we designed a series of visuals that include posters, titles, & promo announcements to complement the film's narrative.

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🇰🇷🇺🇸🇮🇷 “We cannot send our young people into a sea of death!” Protests have erupted in Seoul against South Korea potentially joining U.S.-led operations in the Strait of Hormuz. Demonstrators marched past the U.S. Embassy chanting, “We cannot send our young people into a sea of death!” and carrying signs opposing participation in what they called a “war of aggression.” Seoul has dispatched a fact-finding team to the UAE to assess conditions in Hormuz amid mounting U.S. pressure, but the government stresses that no decision on military deployment has yet been made.

🇰🇷🇺🇸🇮🇷 “We cannot send our young people into a sea of death!” Protests have erupted in Seoul against South Korea potentially joining U.S.-led operations in the Strait of Hormuz. Demonstrators marched past the U.S. Embassy chanting, “We cannot send our young people into a sea of death!” and carrying signs opposing participation in what they called a “war of aggression.” Seoul has dispatched a fact-finding team to the UAE to assess conditions in Hormuz amid mounting U.S. pressure, but the government stresses that no decision on military deployment has yet been made.

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