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Image displaying investors in SpaceComputer's $10 million seed round to further build TEEs in space on small satellites.

SpaceComputer Raises $10M to Bring Trusted Execution to Orbit, Merge Cryptography, Satellites, and Confidential Smart Contracts

SpaceComputer, developers of satellite infrastructure to deliver a tamper-resistant onchain environment, today announced its seed round, having raised $10 million to bring its in-orbit Celestial network to space. The raise is intended to support the launch of an initial satellite constellation, custom space-grade hardware design, consensus development, ecosystem development, and

Frist episode of the Frontier Podcast with Dahlia Malkhi, advisor to SpaceComputer and professor of computer science at UCSB.

The Frontier Pod Episode 1 with Dahlia Malkhi Transcript

This is the transcript for the first episode of The Frontier Podcast with Dahlia Malkhi, hosted by Tom Mitchelhill and SpaceComputer CoFounder Daniel Bar. Welcome to the first episode of the Frontier Podcast, a new show where we interview the pioneers pushing technology and humankind into the future and going

Integration partnership with EigenCloud and SpaceComputer to provide Data Availability across the Ethereum Ecosystem

SpaceComputer Partners with EigenCloud: Data Availability for the Orbital World Computer

SpaceComputer has entered a strategic partnership with EigenCloud, selecting EigenDA to serve as its Data Availability (DA) layer, This marks a major milestone in the roadmap toward a physically verifiable, space-based compute network. This integration will underpin the development of SpaceComputer’s two-tier L1/L2 stack, ensuring high-throughput, high-security, and

Design of Eason Chai, DevRel at SpaceComputer, for the Sign in with Ethereum and cTRNG sign in feature demo

Generating Secure Nonces for Sign In with Ethereum using Verifiable Cosmic Randomness from Space

Introduction True randomness is essential for bolstering security in decentralized applications (dApps), particularly in authentication mechanisms where predictability can lead to devastating exploits. SpaceComputer Orbitport tackles this head-on by harnessing satellite technology to deliver verifiable, tamper-proof randomness and secure compute through its robust APIs. This guide is crafted to be

Satellite orbiting above Earth with a sensor for Space-based RNG using cosmic entropy to generate Ultra-Secure ciphers.

Generating Secure Passwords with Verifiable Randomness from Space

Introduction True randomness is vital for ensuring fairness and security within decentralized applications (dApps), especially in scenarios involving cryptography and gaming. SpaceComputer Orbitport addresses this critical need uniquely by leveraging satellite technology to offer authentic and tamper-proof randomness and secure compute, through its innovative infrastructure and APIs. This comprehensive guide

Feature image of Dahlia Malkhi, advisor to SpaceComputer discussing the concept of Orbital Root of Trust on stage at the BASS Conference on Stanford University Campus.

Recap: Building the Orbital Root of Trust w/ Dahlia Malkhi

Earlier this month, SpaceComputer Advisor Dahlia Malkhi gave a talk on “Building Orbital Root of Trust with State-of-Art Technology” at the BASS Conference. This talk is the most comprehensive breakdown of SpaceComputer to date, starting with the broad vision of the space economy and motivations behind the project, then breaking

feature image of the seven phases to SpaceComputer's sp/acc roadmap blog

𝕤𝕡/𝕒𝕔𝕔 | The SpaceComputer Roadmap

𝕤𝕡/𝕒𝕔𝕔 = the movement from merely virtual decentralization to physically verifiable, orbital security primitives–an architectural shift toward space-native trust minimization. Consequential to our ongoing efforts on research and engineering with our initial security service product (cTRNG), we are ecstatic to reveal the official 𝕤𝕡/𝕒𝕔𝕔 roadmap. This marks the next chapter in our