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Tara Everding

Canada

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

image of different keys acting as 'nodes' connecting in over a globe to a single lock source of truth connected by network lies.

Threshold Cryptography Explained: Splitting Trust Across Nodes

The traditional model of cryptographic security has one key, one vault, one point of failure. This format is collapsing under the weight of quantum threats, orbital infrastructure expansion, and escalating cyber-physical risks. Enterprise security leaders face a stark reality: adversaries are already harvesting encrypted data today, waiting for quantum

image of (right to left) Daniel Bar, Tom Mitchelhill, and Filip Rezabek in front of a spacecraft orbiting above Earth's atmosphere.

Frontier Podcast Episode 5: Filip Rezabek & Space Fabric Architecture

If you'd like to listen along to this transcript blog, subscribe and tune in on YouTube! Welcome back to The Frontier Podcast, the show where we interview the pioneers pushing technology and humankind into the future, going deep on the original cypherpunk values of cryptography, digital sovereignty, and

Improving Satellite Resource Utilization: Single-Service Siloes to Interoperable Infrastructure. Earth with a network hovering in Low Earth Orbit while the sun peaks over Earth's surface

Improving Satellite Resource Utilization: Single-Service Siloes to Interoperable Infrastructure

Key Takeaways 1. The scaling constraint in space is no longer the rocket. It's the spacecraft. 2. Purpose-built design converts every new requirement into a new satellite, which compounds congestion, spectrum contention, and debris risk. 3. Unused power, downlink time, and processing capacity are widespread across the

What Is Orbital Compute? A Guide to Space-Based Data Centers

What Is Orbital Compute? A Guide to Space-Based Data Centers

Welcome to orbital compute 101. Terrestrial data centers are hitting a wall. Power grids strain under AI's insatiable appetite for electricity, water supplies and land usage. The solution we see isn't going to be building bigger facilities on Earth, but moving compute infrastructure into Earth'

a satellite orbiting above Earth and sending signals for space computing from Low Earth Orbit. Title is '5 Things You Should Definitely Know About Space Computing'

5 Things You Should Definitely Know About Space Computing

You should know space computing runs on specialized, rugged systems designed to survive harsh cosmic conditions. It faces intense radiation and limited power, so it uses radiation-hardened hardware and power-efficient components. Data is processed and transmitted with precision despite long distances and bandwidth limits. Cutting-edge innovations like

image of a satellite orbiting in low Earth orbit above Earth showing a land mass with rivers and roads.

The 6 Layers of Space Internet Infrastructure

It’s no longer a thing of the future: space internet infrastructure is being developed today - and is already facing high demand. A single ground network provider is handling more than 5,500 satellite contacts a day, orbital data center operators are running production workloads in space, and optical mesh

a satellite background above earth with network lines and data packets floating between small satellites.

What Is Big Tech's Role in Space Exploration?

What Is Big Tech's Role in Space Exploration? What is big tech's role in space exploration? In short: big tech supplies the infrastructure layer. Google, Amazon, Microsoft, and Nvidia leave the rockets to launch providers and bring connectivity, cloud services, chips, and capital to orbit instead,