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The structure of the Space Economy is a very fascinating subject that I'd like to discuss with you today…
In Space, we will have to contend with a number of severe issues at once, including a great distance, a hostile environment, and scarce resources! So that, I've created a concept based on:
blockchain principles - because the distance to transit information is very large,
steganography and cryptography - because the first hides the fact of information transfer and the second only the information itself. They work better in combination!
AI and AirGap, but about this later. Let's start with an easy one!
A list of recent articles and studies on this subject from various authors is provided below!
Despite the fact that we are currently unable to test any of the concepts that have been put forth in practice, I am confident that this work—among others—will move us closer to the day when we will be able to.
Part of NASA's Mars Science Laboratory mission, at the time of launch, Curiosity was the largest and most capable rover ever sent to Mars at that time.
I'd also like to thank the following authors for their work!
We’ll need a financial connection between Mars and Earth at some time, won’t we?
Classic cross-boarder payment systems & protocols are unsuitable due to their thousands of bank-node chains… Well, we can build a chain of satellite banking nodes, but, this way, they will definitely require an ability to work autonomously!
Artificial intelligence (AI) andMachine Learning (ML) would be helpful in this regard to enable the system to self-heal and respond to circumstances. Keep in mind that the Earth's signal will take several minutes to arrive!
If you did not know, in all global payment systems the system is based on a chain of banks, each of which takes a commission and the money itself looks like a regular Zip-file!
Unfortunately, it would be difficult to put such a system on every asteroid or every satellite… almost impossible and very expensive. The only one solution which comes to mind is a blockchain… or something we’ll call an EMPS that combines encryption and other technologies!
🔖This repository includes resources and demos from the Defcon 30 Presentation "Space Jam: Exploring Radio Frequency Attacks in Outer Space". 🛰In this lab(Satellite Eavesdropping), you'll learn about one of the most popular satellite communications protocols - DVB-S (Digital Video Broadcasting for Satellite) - and how anyone with inexpensive radio equipment and freely available software can intercept and listen to these signals.
https://github.com/deptofdefense/dds-at-DEFCON/tree/master/2022/av-satellite-eavesdropping
A simple simulator for modeling earth-to-space RFI attacks. Demonstrated at DEFCON 30. - deptofdefense/satellite-jamming-simulator
Sharding is the process of breaking down a blockchain network's workload into smaller pieces. Learn more about blockchain sharding in this guide now.
A list of scientific literature and resources on this issue is provided below! I hope you enjoy my new short note format! 🙂
Blockchain Properties for Near-Planetary, Interplanetary, and Metaplanetary Space Domains
Full text 🔼 | Link №2 | Mirror Link №1 | Mirror Link №2 | Mirror Link №3 | Mirror Link 4 (uploaded to IPFS via cointool.app)
Exploring the future of financial services in Earth’s orbit and beyond — by
Distributed Web and File Storage using Blockchain IPFS protocol
CubeSat Project
SpecTRM-RL (Specification Tools and Requirements Methodology)
SDH — Synchronous Digital Hierarchy, SONET
This study via deepl.com
Data transmitted 1 km using elusive particles
You may also want to take a look at this!
This paper makes the first exhaustive attempt to identify and define the properties of all physical and digital forms of money: arxiv.org/pdf/2111.04483.pdf
Since 2007, the most advanced APT groups, though relatively rarely, have used satellite channels to manage their campaigns - most often the command server infrastructure. This method offers some advantages (e.
In essence, cold wallet is just a pseudo-AirGap system (100% AirGap is impossible to achieve on Earth by definition, that’s why CubeSat and similar projects topic are so interesting) and it can be cracked!
https://officercia.mirror.xyz/OWdu4NkAeygp2dh-AXr82gM_fWD95WuFSP3WzMnpddc
https://officercia.mirror.xyz/eU-JruI_-nqV9-QajA1GJmvXv_GKj75BPIz93T9kpw4
https://officercia.mirror.xyz/8ecJG-s_5E6J1t-h8gUNGqV3hbX8If-E5NnrFrOJHUA
medium.com/@zenon.network/the-new-nft-standard-when-cryptography-meets-steganography-9e356007dcaa
www.sciencedirect.com/science/article/pii/B9780323858540000095?via%3Dihub
www.academia.edu/73123346/A_Novel_and_Robust_Hybrid_Blockchain_and_Steganography_Scheme
On April 28th NASA and its partners achieved another major milestone in the future of space communications - achieving 200 gigabit per second (Gbps) throughput on a space-to-ground optical link between a satellite in orbit and Earth, the highest data rate ever achieved by optical communications technology.
Cover Image: wallpapercrafter.com/desktop/96595-SpaceX-rocket-spaceship-digital-art-space-art-space.png via photomosh.com
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But how to send it? In space we can use either a classic — Radio waves! See this research. | Source №2 | Source №3 | Source №4 or a laser!
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