ETHPrague 2026

ETHPrague 2026

Orbitport: Bridging the Gap to Orbital Compute
2026-05-08 –, Masaryk Stage

Orbitport is SpaceComputer’s gateway between Earth and orbital infrastructure.
It abstracts the complexities of satellite communication—scheduling, ground station coordination, and cryptographic integrity—into a developer-friendly API.

In this workshop, we will explore the core ingredients of Orbitport & its runtime on confidential compute, the complexities of interacting with Low Earth Orbit (


Orbitport is a universal portal between Earth and in-space infrastructure, serving as the primary gateway for SpaceComputer’s own orbital services - including Cosmic True Random Number Generation (cTRNG) and Orbital Key Management Systems (KMS).

Orbitport is built to scale. It provides a secure, vendor-neutral bridge for third-party operators to manage communications with orbital assets, supported by a growing network of integrated ground station providers. By abstracting the non-trivial complexities of satellite interaction into a developer-friendly platform, Orbitport makes integrating with space-based assets as seamless as any terrestrial cloud service.

Workshop Outline:

  • Space Infrastructure Complexities: A look at the realities of LEO networking. We will discuss how Orbitport handles high latency, intermittent line-of-sight, ground station routing, and maintaining state across a constellation of moving nodes.
  • Trust-minimized Infrastructure: Deeper dive into how a secure connection is established between Orbitport and the satellites, TEE 2 TEE.
  • Orbital Services: Exploring supported services - cTRNG (cosmic True Random Generator) and KMS (Key Management System), and how to integrate in existing pipelines.
  • Modularity and Extensibility: We will explore the underlying architecture, how multiple plugins are used to mitigate integration with terrestrial & celestial infrastructure with multiple parties.

Founding Engineer & Tech Lead @ SpaceComputer, focusing on space communication, embedded systems and confidential computing.

Strong background in distributed systems and blockchain tech from past time in Chainlink Labs and SSV.network, as well as solid fundamentals in software engineering and architecture from SAP.