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SpaceComputer
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SpaceComputer
@SpaceComputerIO
Scalable orbital computing and space internet infrastructure 🛰️ Developer support👇 https://t.co/OuYPKv3FsM
https in orbit Katılım Mayıs 2024
91 Takip Edilen4.4K Takipçiler
It is time to move past 'trust us' and embrace certainty.
If you cannot verify that your compute is actually in space, then for all you know, it could be running on a cloned server in someone’s basement right here on Earth.
SpaceComputer@SpaceComputerIO
In a world of 'trust us' contracts, we offer a 'verify us' protocol. When you sign a contract for your compute workload runs on a satellite, it's hard to verify your task is running in orbit (and not just in someones basement). Proof of ET is our way of verifying where the compute workload runs, on which satellite. Secure and verifiable compute doesn't have to be a compromise. Found out more: blog.spacecomputer.io/proof-of-execu…
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In a world of 'trust us' contracts, we offer a 'verify us' protocol.
When you sign a contract for your compute workload runs on a satellite, it's hard to verify your task is running in orbit (and not just in someones basement).
Proof of ET is our way of verifying where the compute workload runs, on which satellite.
Secure and verifiable compute doesn't have to be a compromise.
Found out more: blog.spacecomputer.io/proof-of-execu…
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SpaceComputer retweetledi
we have considered this, though it’s not common right now.
On a high level our approach to security is in both hardware and software.
> We use a security protocol where majority of satellites in the network must agree that the data or “message” received is correct. If one of the satellites doesn’t submit the right data, it is considered faulty and not included
> We also have a physical testing method in place to tell if the seal of the satellite has been breached
Not sure if the majority of satellite providers are taking security measures like this but if an attacker could manage to physically connect to an unsecured satellite…it could take a while to notice 😅
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@SpaceComputerIO @SpaceNews_Inc I wonder how long that will last? I can only imagine "harmless satellites" in LEO moving closer to some compute platform in orbit, attaching, and breaching it physically. Once it's sucked all of the data dry, it transmits it to a surface location and falls out of orbit.
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SpaceComputer to conduct on-orbit test of secure computing infrastructure spacenews.com/spacecomputer-…
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@Tomasthanes @SpaceNews_Inc yeah there are a lot of breaches 😅
how we see it is: if you can reach it you can breach it. This happens even with secure compute like TEEs.
It's much easier (in some aspects of course) to secure compute in orbit because nobody can physically reach it.
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@SpaceComputerIO @SpaceNews_Inc I just see breaches weekly so I assume that it's not as easy as some people think.
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@Tomasthanes @SpaceNews_Inc what's hard about secure computing on the Earth's surface?
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@SpaceNews_Inc If it's hard to have secure computing on the Earth's surface, will it be easier in Space? [I don't think so.]
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SpaceComputer retweetledi
Data provenance from space? We have it.
The next challenge is making it usable across the entire space stack.
SpaceComputer is building the secure fabric for deployments in orbit: helping data move, prove its origin, interoperate across systems, and stay secure from satellite to ground to application.
Excited for this next on-orbit milestone. Stay tuned!
SpaceNews@SpaceNews_Inc
SpaceComputer to conduct on-orbit test of secure computing infrastructure spacenews.com/spacecomputer-…
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SpaceComputer retweetledi
The glorious space era is bringing innovation across so many verticals!
- Airline-like rocketry (Spaceline ?)
- Digital frontier: The Space Internet
- Multiplanetary exploration - expanding human consciousness
- Mining and resources - transition from Kardashev type 1 to type 2.
Reuters@Reuters
Exclusive: SpaceX spending on Starship tops $15 billion in rush for airline-like rocketry reut.rs/3OCPNMx reut.rs/3OCPNMx
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SpaceComputer retweetledi
@SpaceComputerIO is building the Space Internet with in-orbit secure compute hardware and software
Introducing Space Fabric secure hardware + software architecture for software isolation dual secure elements integrated onto PCBs.
We’ve October ride to space.
@SpaceNews_Inc @spacereportr
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sharing for greater visibility …
tagging the incredible students at @CalBlockchain & @PennBlockchain 👇🏼
SpaceComputer@SpaceComputerIO
Come work with the SpaceComputer team this summer! We're looking for 1-2 university students starting in June 2026 To help build Orbitport, our dev-friendly satellite-to-ground station comms API gateway Deadline to apply: May 7, 2026 How to apply: Check application details👇
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@Lithos_eth @rezabfil @Nodemonste agreed! if you're ever looking for more of Filip highly recommend our youtube aha @spacecomputerIO" target="_blank" rel="nofollow noopener">youtube.com/@spacecomputer…
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Listen in to @rezabfil on how geographic decentralization and security are non-negotiable.
Thank you for hosting us @Nodemonste🙏
node monster@Nodemonste
Wrapped Episode #2 of The Validator Voice 🎙️ Thanks to @SpaceComputerIO, @RaylsLabs and @InfStones for joining us 🤝 - SpaceComputer is building the first blockchain running in literal orbit; satellite-based confidential compute. - Rayls is building a blockchain for banks and financial institutions with native compliance. Both agreed on one thing: geographic decentralization and security are non-negotiable. That's exactly why bare-metal data centers and geographic distribution are crucial, and how we, and operators like InfStones, contribute to our partners. Until the next episode! x.com/i/spaces/1RKZz…
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@Lithos_eth it's in the description you have to dig into projects. Check out the SpaceComputer description here: tum-blockchain-dev.notion.site/Space-Computer…
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@SpaceComputerIO okay, can i know what programming language will be required since i can't find it there ?
am not longer a student by the way, finished my M.Engr in petroleum 4 months ago.
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Come work with the SpaceComputer team this summer!
We're looking for 1-2 university students starting in June 2026
To help build Orbitport, our dev-friendly satellite-to-ground station comms API gateway
Deadline to apply: May 7, 2026
How to apply: Check application details👇
TUM Blockchain Club@tbc_munich
🚀 Blocksprint is back! We are once again pairing ambitious students with industry leaders to tackle real-world Web3 challenges. Looking for a short-term working student job? We’ve got three high-impact projects lined up, and you’ll be earning €20 an hour while building the future: Herita: Define Herita’s blockchain strategy and validate key concepts through prototypes while simultaneously laying foundations for ISO 27001-aligned, bank-grade security infrastructure. @SpaceComputerIO: Extend Orbitport, Space Computer’s gateway between Earth and orbital infrastructure by expanding and integrating additional ground station providers, improving platform capabilities and exploring partnerships with future ground station partners. DG Nexolution: Analyze, stabilize and further develop an existing Web3-based loyalty platform, reducing external dependencies and preparing it for production use. ⏳ Deadline: May 7th, 2026 🔗 Apply now: industry.tum-blockchain.com Are you interested in the student initiative behind BlockSprint? Apply for the TUM Blockchain Club: tum-blockchain.com #TUMBlockchain #Blocksprint #Web3 #StudentJobs #FinTech #SpaceTech #NFT #BlockchainDevelopers
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@Lithos_eth Take a look at the application requirements! We are looking for students to help with Orbitport development, so yes to coding knowledge and experience👍
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@SpaceComputerIO sorry is it only for students that have coding knowledge or any student willing to spread and growth space economy ?
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Satellite controlled cattle paddocks was not on my 2026 space bingo
The future is fenceless
Sawyer Merritt@SawyerMerritt
Halter announced today the launch of direct-to-satellite connectivity using SpaceX's @Starlink for its smart cattle collars, a world-first that removes the need for cell towers or on-ranch infrastructure. "Using Starlink enables ranchers to manage cattle anywhere they can see the sky. Combined with a suite of new tools for reproduction, animal behavior, and precision pasture management, the release significantly expands what is possible for cattle ranch management. Beef ranchers in remote and rugged regions that were limited by connectivity can now turn to virtual fencing to run more productive and sustainable operations - at a time when they face rising fuel costs, labor shortages, and an aging workforce pressures." Halter’s internal modeling estimates direct-to-satellite capability expands coverage of the U.S beef cattle market by 2.5x. Until now, Halter’s solar-powered, GPS-enabled collars relied on Halter’s proprietary long-range radio towers. With direct-to-satellite, the collars can communicate via Starlink, eliminating ground infrastructure entirely.
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