Davinc.it - D1 & D1+

📂 — 2020 #D1 — Space Weaponry Alert

In July 2020, I strongly suspected that my digital infrastructure had been severely penetrated. I was working on advanced space military concepts and I chose to share them urgently to neutralize the informational advantage offered to the pirates that stole them. I did it discreetly using a niche on Twitter by exploiting the automated intelligence OSINT scrapers.

Before posting, I signaled my identity and intentions to the French secret services.

On December 16, 2020, I tagged several intelligence services and shared my new space weaponry concepts. This was done to alert on new possible space risks and ensure that the cyber-intruders on my network do not try to resell or exploit these dual ideas for themselves.

20f6bd.pdf

📂 — 2022 #D1+ — Deorbitation and Space Risks Securisation

Following the last drop, and linked to it, I presented counter-measures to avoid the happening of a Kessler Syndrom. This is another use for one of our first concepts to clean the orbital space of small and medium-sized space debris.

On January 7, 2022, I used our intelligence scraped niche again to push it forward.

Deorb_&_D1+.pdf

A month later, a video was published showing what it could look like: Isaac Arthur — Kessler Syndrom Planets (@ 25min 45s)

Nonetheless, speaking of ancienty, I later found a scientific paper dating back from 2015 presenting this same idea (space-based laser system to tear down space debris). The ground-based version of this idea already existed with another name: Laser Broom. A protective space-based laser broom was even planed to be put on the ISS in early 2000s, called "Project Orion" (ancient version).

Based on what we can find, it seems that this concept's militarization might have been seriously planned, as a reporter from Seeker made the point back in 2017.

🗞️ —NASA's Cost Analysis Publication from March 2023

The full document (137 pages) specifically addresses the subject of orbital debris deorbiting through various means. The then dual solution presented in [D1][JB] that I then reversed in 2020 is stated as the least costly, most rapide and effective solution.

otps_-_cost_and_benefit_analysis_of_orbital_debris_remediation_-_final.pdf

This image is from NASA's study (dating back from q 2021 paper), costs-gain of this idea are disruptevily exposed.

✅ — Update

Similarly, to continue with the applications of the ideas shared in D1 — the "Deorbiting Foam" solution first proposed by ESA — and taken up here — could prove extremely useful for securing satellites dating from the Cold War period with unstable batteries that could explode, if the expansive material can properly cling to the satellite, thus changing its mass and therefore its orbit — causing it to be consumed in the Earth's atmosphere — while protecting the space ecosystem from an explosion, if the expansive material can properly absorb it and minimize the creation of debris.

🗞️ — Press

2020, September : L'armée de l'Air devient « L'armée de l'Air et de l'Espace »

2021, May : Australia to create new space command under RAAF

2021, May : Laser to help clear the sky of space debris

2021, June : G7 Nations commit to fight space debris

2021, June : Space Force wants to use directed energy weapons for space superiority

2021, July : Germany establishes new military space command

2022, January : US Space Awareness Improvement

2022, February : Reduction of space debris through laser stations

2022, July : Canada to set new space command for tomorrow threats

2022, Summer, a Japanese start-up using this idea to clean up space debris uncover : Using lasers and 'tow-trucks', Japanese firms target space debris

2022, December : IRSEM — La guerre spatiale aura t-elle lieu ?

2023, January, a French firm transform space debris surveillance — or "Space Awareness" — into a western niche market : NewSpace : Share My Space s'installe à Toulouse pour accélérer la surveillance de l'espace

2023, November : Airbus dévoile son petit boîtier pour limiter les débris spatiaux

2023, December : IARPA : SINTRA : Space debris identification and tracking

#Key:Starred

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