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ELON MUSK: "You should be able to have a Starlink, like you have an AT&T or T-Mobile or Verizon or whatever, you could have an account with Starlink that works with your Starlink antenna at home with free Wi-Fi as well as on your phone. We're not going to put the other carriers out of business. They're still going to be around because they own a lot of spectrum. It will allow SpaceX to deliver high bandwidth connectivity directly from the satellites to the phones, but there are hardware changes that need to happen in the phone. You should be able to watch videos anywhere on your phone."

For context, Global bandwidth is somewhere between 2-8 Pbps (2,000-8,000 Tbps) depending on if your measuring fiber public backhaul (like international fiber) or all public and private connections. 100,000 V3 Starlinks equals 100 Pbps 10x-50x the total bandwidth available today. If Starlinks V4s are 5x more capable we are looking at 50x-250x more bandwidth than world has today over the next 10 years. This may sounds like a supply shock but remember ~2B people don’t have regular access to the internet today, and we are connecting robots (digital and physical agents) to the internet at an accelerating pace. Distributed sensor data collection (on and off planet) is growing. On top of that individual internet usage does steadily increasing. In 10 years we’re probably going to move two orders of magnitude more information per second around than we do today.

Jupiter COO @kashdhanda on the unique thing about Solana: "Solana is the network that keeps getting better, and it's one of the few networks that actually does that. There's a focus on practical value and what actually works." "A lot of the conversations are, 'How do we increase bandwidth? How do we reduce latency?' Those are the things that really matter." "Applications on Solana do the majority of application revenue across any ecosystem, because the focus is on supporting builders, supporting companies and supporting real businesses."

Elon Musk just spent seventeen billion dollars to make every cell tower on Earth a relic. Musk: “It will allow SpaceX to deliver high bandwidth connectivity directly from the satellites to the phones.” Not through towers. Not through cables. Not through any infrastructure on the ground. Directly from orbit to the phone in your pocket. For over a century, connectivity followed the same blueprint. Build a tower. Run a cable. Expand the network one piece of ground at a time. Coverage went where the money was. Where the population density justified the investment. Everywhere else got silence. Four billion people still don’t have reliable internet. Not because the technology doesn’t exist. Because no one could justify building a tower where they live. Connectivity was never a technology problem. It was a geography problem disguised as one. Musk: “The phones that are able to use the spectrum that was acquired probably start shipping in around two years.” Two years. Then the phone in your hand connects straight to space. No tower required. No carrier infrastructure between you and the signal. The entire telecom industry was built on one assumption. That connectivity requires ground infrastructure. Every carrier. Every contract. Every coverage map. All products of that assumption. Starlink just bypassed it from orbit. From orbit, every point on Earth is equidistant. The word “remote” only exists because connectivity was built from the ground up. From space, there is no remote. There is no coverage gap. There is no place on Earth harder to reach than any other. The ground decides who gets connected based on where they are. The sky doesn’t know the difference. Human potential was always distributed evenly across the planet. Access to information never was. The gap between those two facts is the greatest waste in human history. We spent a century deciding who deserved access to information based on where they happened to be born. Musk just made that question obsolete from 550 kilometers above the answer.

SpaceX's newest satellites carry about 1,024 gigabits of bandwidth each. The generation before carried 96. That is a tenfold leap in a single design cycle, beamed down from orbit. Jumps like that do not happen in industries that have given up, if so can you name me any?

Starlink’s V3 Era… A Major Leap in Global Connectivity @SpaceX has just shared new footage highlighting the impressive progress of its @Starlink V3 satellites. These next-generation spacecraft mark a significant step forward in capacity, with advanced inter-satellite laser links and improved overall performance that are helping expand reliable high-speed internet to more parts of the world. What’s striking is how quickly the network has scaled. Thousands of satellites are now in orbit, delivering low-latency connectivity to users in remote communities, during disasters when traditional infrastructure fails, and even in challenging environments like aviation and maritime operations. The V3 design builds on earlier versions with better bandwidth and efficiency, making truly global coverage feel increasingly achievable. Of course, challenges remain, including responsible spectrum use, orbital sustainability, and healthy competition from other players. But the engineering momentum behind Starlink is clear, and these V3 satellites show how rapidly the system is evolving. It’s a fascinating example of how private innovation is reshaping global connectivity.

Each Starlink V3 satellite is equipped with six high-capacity 400 gigabit space lasers, allowing high-bandwidth traffic to flow uninterrupted between any two points in the world with redundant paths across a petabit laser mesh network →

Starlink V3 satellites launching today will make every Starlink customer better off. This is a much bigger deal than most people realize. Today, Starship Flight 13 is expected to deploy the first 20 real Starlink V3 prototype satellites. These will test next-generation solar arrays, antennas, and laser links in orbit. The increase in capability is massive: • Each V3 satellite is designed to deliver ~1 Tbps of downlink capacity, which is roughly 10× more than today’s V2 Mini satellites (~96 Gbps). • Starship will eventually carry 50-60 V3 satellites per launch, compared with about 27 V2 Minis on a Falcon 9, resulting in 20×+ more network capacity per mission. The awesome thing is you won’t need to buy any new hardware… whether you have a Starlink Mini, Standard, Roam, or another current dish, your terminal automatically connects to the best satellites in the constellation. As more V3 satellites come online, users should benefit from: 1/ Faster speeds 2/ Less congestion during peak hours 3/ Better reliability 4/ Higher peak performance 5/ An even better internet experience almost anywhere on Earth As the V3 constellation grows, SpaceX is targeting up to 100× more total network bandwidth over time. Today’s launch is the beginning of the next generation of Starlink, and it’s good news for every current and future Starlink customer. LFG @SpaceX! 🚀

SpaceX’s thirteenth Starship test flight on Thursday is going to be a big one. The gap since the last flight will be about 55 days, which one of the quickest turnarounds so far. SpaceX is aiming for a monthly Starship launch cadence. They’re getting close. During Flight 13, for the first time ever, @SpaceX will deploy actual Starlink V3 satellites (the video below shows simulators being deployed on the previous flight). These satellites will enable higher bandwidth, faster speeds, and expand global coverage. V3 has improved antennas, deployable solar arrays, and high-capacity lasers, and is also much bigger thanks to Starship. Thursday will be an important day. It’s also the first launch as a Public Company.

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