Decentralized Small Satellites and why they matter for SpaceComputer
A constellation of smallsats can do what a single large satellite did, and no single entity or government holds the keys. The network is permissionless infrastructure
SpaceComputer Mission and Technical Vision
At Frontier Forum with Daniel Bar and Filip Rezabek
All right, so for the beginning of the session, we'll share a little bit of insight into what brought us the motivation to work in space and how the space sector currently looks like.
So what does spacefaring mean
SpaceComputer Providing Reliable True Randomness from the Tamper-Proof Decentralized Orbital Network
Among the multitude of SpaceComputer's interstellar and earthbound missions, is to reliably provide true randomness from our tamper-proof decentralized orbital network.
This blog will cover the need for entropy as well as the underlying architecture currently being employed to achieve this mission.
Entropy and Random Number Generators (RNGs)
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
Why Trust Belongs in Orbit (Satellite-Based TEEs)
Recently, we launched the public beta of cTRNG—the Cosmic True Random Number Generator, our first system built on SpaceComputer’s satellite infrastructure.
cTRNG delivers verifiable randomness sourced from space to support critical cryptographic functions including key generation, consensus randomness, as well as dApp functionalities like NFT trait assignment, governance,