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Magazine BEAST #15 2019

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#Science | Space<br />

55<br />

And while commercialized space projects have<br />

braved through all the challenges, they are still<br />

tied to conventional economic models that may<br />

hamper the type of development that we’ve seen<br />

in other data and hardware systems. All of these<br />

issues hinder space exploration and technology<br />

innovation. SpaceChain is pushing for a world<br />

where developers can openly innovate with spacebased<br />

technology at very low costs creating things<br />

that we have not yet imagined.<br />

What is the aim of the « SpaceChain » Node that<br />

your company launched in the space on October<br />

25, 2018?<br />

Our second space node that was launched in<br />

October 2018 is a proof of concept platform for<br />

testing transactions and hardware capabilities.<br />

Through the SpaceChain OS system, each node can<br />

host multiple applications secured by a blockchainsupported<br />

sandbox.<br />

What are the latest progress / innovation<br />

of SpaceChain?<br />

Recently SpaceChain has expanded its operations<br />

to the United Kingdom to leverage Europe’s<br />

advanced space technologies and to drive<br />

economic development through SpaceChain’s<br />

satellite infrastructure and blockchain technology.<br />

SpaceChain UK Limited will be based in Harwell,<br />

Oxfordshire at the Satellite Applications Catapult<br />

(SAC), an independent innovation and technology<br />

company created by Innovate UK. SpaceChain has<br />

already partnered with several UK-based companies,<br />

including: Open Cosmos, a microsatellite platform<br />

designed to manage the process of bringing satellite<br />

services to businesses; NanoAvionics,<br />

a nanosatellite mission integrator<br />

that delivers new generation<br />

satellite buses and propulsion<br />

systems; and Alba Orbital, a pioneer<br />

in the development of PocketQube<br />

satellites.<br />

As for hardware and software, our team<br />

completed the first space-based multi<br />

signature Qtum transaction earlier<br />

this year and we continue to develop<br />

our technology stack. We are<br />

working on integrating<br />

new blockchains with<br />

our operating system<br />

and we are planning our<br />

next launch.<br />

How do you see the future of SpaceChain?<br />

What are your ambitions for the years to come?<br />

Satellites in space traditionally have a single owner and<br />

perform a single function. This is very stifling from a business<br />

perspective. However, the use of blockchain technology<br />

with the revolutionary SpaceChain OS changes this.<br />

Take for example your smartphone. It ships with a preinstalled<br />

OS that enables all kinds of applications to run.<br />

The smart phone also has a sandbox that keeps all the<br />

applications separated from one another.<br />

Similarly, SpaceChain has created smart hardware that<br />

can be installed onto satellites with SpaceChain OS. The<br />

universal space OS converts single-operator satellites into<br />

multi-tenant ones, while the blockchain provides a highly<br />

secure sandbox between multiple space applications. That<br />

way, users will be able to develop different types of spacebased<br />

applications on a single satellite, maximizing the<br />

efficiency from this expensive resource.<br />

SpaceChain OS also enables compatibility between<br />

SpaceChain’s hardware and various applications that<br />

developers are developing and/or using. It acts as a<br />

bridge that lets both participants in the space arena and<br />

SpaceChain “speak” to each other in order to advance to<br />

the next stage. Developers can create applications using<br />

the environment provided by SpaceChain OS, as it greatly<br />

lowers the difficulty of developing space applications while<br />

putting the resources, i.e. infrastructure, to best use.<br />

Best of all, this network is open-source. This means<br />

anyone, from an aerospace university student to a software<br />

developer, can write an application and load it onto a<br />

SpaceChain satellite network. This system of operation<br />

is more affordable compared to a decade ago where a<br />

single entity had to buy, operate and launch the entire<br />

satellite into space in order to develop space applications.<br />

The economics of this offers an ideal environment for many<br />

new use cases and endless possibilities.<br />

Finally, how does the future look in the field<br />

of space and blockchain?<br />

True advancements can only come from a community<br />

comprised of software and hardware developers, investors,<br />

space tech enthusiasts and professionals. Together on<br />

SpaceChain’s decentralized platform, they can contribute<br />

to the space industry. SpaceChain’s vision has always<br />

been that of open access and collaboration to foster the<br />

development of an entire ecosystem that would connect<br />

millions of businesses, developers and consumers, as well as<br />

open up new businesses and socio-economic models that<br />

seemed impossible before.<br />

<strong>BEAST</strong> MAGAZINE <strong>#15</strong>

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