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Tara Everding

Canada

Marketing Lead at SpaceComputer. Bachelor of Sciences at Dalhousie University.

SpaceComputer processor chip with silicon-like patterns for compute around the chip representing the hardware capabilities of TEEs.

What are Trusted Execution Environments & Comparing the Top 5 TEEs.

Introduction to Trusted Execution Environments Trusted Execution Environments (TEEs) are one of the most widely deployed security primitives in modern computing, and also one of the least understood outside security circles. They are the reason you can run sensitive code on a cloud provider you do not own, pass cryptographic

Image displaying light data cables touching on a compute silicon chip or PCB board, showing secure data transfers.

The Post-Quantum Cryptographic Expiration Date on Every Satellite You're Launching

There are approximately 14,000 satellites in orbit right now. US Congress just introduced the Satellite Cybersecurity Act. Fewer than 5% of enterprises around the world have a post-quantum transition plan, and Google recently moved its internal post-quantum deadline forward to 2029. Every organization needs a post-quantum

4 small Satellites offering security services orbiting above Earth with network connecting lines and code and architecture maps traced translucently on the sky

Satellite Security Services in Low Earth Orbit

SpaceComputer delivers satellite security services from low Earth orbit: confidential compute, key management, and verifiable randomness, all accessible through a single API on Orbitport.

title image displaying a satellite next to a lunar eclipse.

Cooling for Orbital Compute: A Landscape Analysis

Key Takeaways 1. Thermal management is the defining engineering bottleneck for orbital compute at every scale. 2. Space is cold, but it does not cool things, and the physics of heat rejection in vacuum are fundamentally different from anything used in terrestrial data centers. 3. At megawatt scale, radiator mass

Title graphic image, showing cosmic radiation from the surface of the sun, to match the cosmic randomness service (cTRNG) that SpaceComputer offers.

Randomness as Infrastructure

Randomness is the invisible foundation of digital security. Every security key ever created, and every encrypted message ever sent depends on a random number that nobody could have predicted. In February 2025, North Korean hackers executed the largest cryptocurrency theft in history, stealing $1.5 billion in ETH from Bybit.

Title image for why decentralized Small satellites are critical infrastructure for the in-space economy, and why their architecture matters for SpaceComputer.

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

Diagram of the current space tech ecosystem, as we enter the 'new space economy'. Includes compute, launch, in-orbit services, hardware, EO, comms, and logistics.

Space Tech Ecosystem

Space is the hottest emerging sector of 2026, focused on the opportunity to expand humanity beyond the bounds of Earth. The major players in the space economy right now are building the orbital economy and building for the multi-planetary future over next 10-20 years.