Bruno

[Bruno @cold_bru_]

@Jerusalem_Post Who dunked grimace in nair

[Bruno @cold_bru_]

@LASHYBILLS Why the cut? Cuz it’s AI at the end

[Bruno @cold_bru_]

@BurritoBandit0_ Chairman Maoyama

[Bruno @cold_bru_]

@HeroDividend 4 shares? The yacht would be in the background

[Bruno @cold_bru_]

@CryptoMaster_70 The more you spin, the more you make. Iykyk

[Bruno @cold_bru_]

@CryptoMaster_70 Blackwell by day, glizzy down the well by night

[Bruno @cold_bru_]

@SawyerMerritt Puked in my mouth a bit

[Bruno @cold_bru_]

@vvestiges Happens all the time

[Bruno @cold_bru_]

12/ Tickers relevant to this thesis (not advice, just the map):

Pure-play debris removal: Astroscale ($186A, Tokyo)
Operators with skin in the game: $IRDM, $ASTS, $VSAT, $RKLB
Tracking and situational awareness: $LHX, $LDOS
Earth observation downstream: $PL, $BKSY, $SPIR
Defense primes: $LMT, $NOC, $BA
Broad ETFs: $ARKX, $UFO, $ITA

SpaceX soon…

[Bruno @cold_bru_]

1/ Could a chain reaction of satellite collisions trap humanity on Earth?

The short answer: not exactly. But what's actually happening up there is more interesting, and more uncomfortable, than the Hollywood version.

A thread on Kessler Syndrome.

[Bruno @cold_bru_]

11/ The real frame:

Kessler syndrome isn't a doomsday clock. It's a slow choice we're making about whether orbit remains a usable commons.

The atmosphere doesn't become inescapable. We just lose access to one of the most strategically valuable layers of it.

[Bruno @cold_bru_]

10/ But removal costs around 86 million euros per object right now. There's no revenue model for janitorial work in space.

So the question isn't really physics. It's whether we build the liability frameworks and incentives before the trajectory becomes irreversible.

[Bruno @cold_bru_]

9/ Is there a path out?

Yes, and this is the part most coverage misses.

Anything below ~600 km self-cleans via atmospheric drag.
Modeling shows that 90% post-mission disposal + removing 5 large objects/year stabilizes LEO.
ESA's ClearSpace-1 launches this year.

[Bruno @cold_bru_]

8/ There's a quiet second harm nobody talks about:

Satellites burning up on reentry release aluminum oxides and nitrogen compounds that damage the ozone layer.

Emissions of these substances nearly doubled between 2020 and 2022. We may be trading one atmosphere for another.

[Bruno @cold_bru_]

7/ The cascade isn't a movie. It plays out over decades, maybe centuries.

That makes it harder to fear, and easier to ignore.

It's a slow-motion failure of collective action, where every individual launch decision is rational and the aggregate outcome is catastrophic.

[Bruno @cold_bru_]

6/ How catastrophic, honestly?

You don't get trapped on Earth. Crewed missions cross the danger zone too fast.

What you lose is LEO as functional infrastructure: GPS, internet, weather, comms, reconnaissance. Some altitude shells could be unusable for centuries.

[Bruno @cold_bru_]

5/ Here's the structural irony: China explicitly cited Starlink congestion when justifying its megaconstellations.

A race to fill the commons, justified by the fact that the commons is filling up.

This is tragedy-of-the-commons in real time, at orbital velocity.

[Bruno @cold_bru_]

4/ The players, ranked by how much they shape the risk:

SpaceX: ~6,800 active Starlinks. Aiming for 40,000+.
China: Guowang (13k) + Qianfan (15k) + ITU filings for up to 200,000 satellites.
Amazon Kuiper: ~3,200.
Russia: the ASAT wildcard.

[Bruno @cold_bru_]

3/ We already have trash up there. A lot of it.

2007: China destroys its own satellite with a missile. 3,000+ fragments still in orbit 19 years later.
2009: Iridium-Cosmos collision.
2021: Russia repeats the ASAT test.

Each event seeded debris across hundreds of km of altitude.

[Bruno @cold_bru_]

2/ The setup: low Earth orbit is held together right now by constant, active maneuvering.

A recent paper introduced the "CRASH Clock." It calculated that if we lost command of avoidance maneuvers tomorrow, the first catastrophic collision would happen in ~2.8 days.