First posted 16 Oct 2021; Updated 19 November 2021

Table of Contents

1. First announcement

2. International reactions

3. 2003 Halloween Solar Storms

4. Videomancy

5. Soheil's commentary


CINNAMON-937 Constellation

Originally posted by spaceintelreport.com:

Rwanda submits ITU filing for constellation of 327,320 satellites – 27 orbital shells at 550-640 km

written by Peter B. de Selding October 14, 2021

PARIS — The government of Rwanda has submitted to international regulators a plan to launch 327,320 satellites into 550-640-kilometer orbits broadcasting in both L- and S-band.

The Rwandan constellation, named Cinnamon-217 and Cinnamon-937, is comprised of 27 orbital shells, with each shell except a single-plane equatorial shell made up of 12,970 satellites, bringing the total to 327,320 satellites, according to Rwandan submissions to the International Telecommunication Union (ITU).

The constellation will include inter-satellite links using radio frequencies.

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Rwanda submits ITU filing for constellation of 327,320 satellites [web.archive.org]
2[archive.vn]

ITU e-Submission of Satellite Network Filings

Originally posted by itu.int:

Note for the ITU Bureau

1. Published as Received – please do not publish
Due to the sensitive nature of the project we request the Bureau, if possible, we ask the
Bureau not to publish these CINNAMON-217 and CINNAMON-937 filings submitted
until the bureau determines that it is fully receivable. We are concerned that if some
assignments fail (like for ANTON-1N0) other operators may copy our ideas and submit
filings before us.

2. New API Filings
Following the proposal of the CR/C database of ANTON-1N0 submitted on 20 August
2021, the Bureau determined that most of the assignments did not require coordination
under Section/II of Article 9.
We have now created two API databases of which take care of these assignments, i.e.,
named:
- CINNAMON-217
- CINNAMON-937
These are based on ANTON-1N0, and have some modification (adding orbital shells and
increasing the number of satellites) on the orbital shells, and also include additional
assignment in other frequency bands.
Hence, as most of the assignments in the ANTON-1N0 CRC database were not accepted
by the Bureau, because Section II of the Article 9 is not applicable, we ask the Bureau to
apply the date of receipt of 20 August at least for those frequency assignments submitted
on 20 August that were not accepted.
These filings are explained below.

3. API FILING CINNAMON-937

3.1 Validation
With then new updated version of the SPACECAP the validation ran successfully.
And the Fail errors which we cannot address are addressed below. We hope that the
Bureau can fix these errors for us.

3.2 Orbit structure
The following orbit structure applies for this API.

An orbital shell is here defined as the set of orbits with the same inclination. There
are 27 of such orbital shells. Each orbital shell, except the equatorial shell made of
one single plane, has a total of 12,960 satellites. The 27 orbital shells comprise of
327,320 satellites.

The Table below provide a summary of the orbital shells in thiis API.

Table 1: Orbit Parameters of API CINNAMON-937

3.3 Allocations/Frequencies in this API
The following Table provides a summary of the frequency allocations for which the
assignments have been applied for in this API (CINNAMON-217).

Table 2: Frequency Table of API CINNAMON-937 and CINNAMON-217

The center frequency, or the frequency of the assignment, and emission
designations provided in the API, is an example, and there can be many of such
assignments in the frequency ranges corresponding to that assignment provided.

We note the following items:

- Space Operations in VHF
a. for the frequency ranges 267-272 and 272-273 MHz, there is no space
operation allocation in the Earth-to-space direction.

b. We have highlighted that the use of these frequency ranges are on an Non-
Interference basis under No. 4.4. We will endeavor not to cause harmful
interference to other services in these allocations.

- Inter-satellite links
a. For the 59.3-71 GHz range, for the Inter-Satellite allocation we are not sure
why the validation results in Fails, most are due to missing Earth Station
parameter, which are not provided. We didn’t think that the Earth Station
parameters are necessary. We request the Bureau to fix this.

b. Also, the validation fails for the Service Area fo such ISL assignment. We
didn’t think that this is required for the ISL.

4. API FILING CINNAMON-217
The API filing of CINNAMON-217, is a subset of the CINNAMON-937. As described
below.

It has the same beams and assignments as CINNAMON-937, but the orbital characteristics
are different, it has only 7 orbital shells as described below.

4.1 Validation
The Validation of CINNAMON-217 resulted successful run and returned Fail and
Warning items. The assignments of CINNAMON-217 have the same validation issues
as what we described in the section 3 above.

We wish the ITU to help us resolve also some of the issues in this database.

4.2 Orbit structure
The following orbit structure applies to CINNAMON-217, which has 7 orbital shells.

Each orbital shell, except the equatorial shell made of one single plane, has a total of
8,640 satellites. The 7 orbital shells comprise of 52,080 satellites.

The Table below provide a summary of the orbital shells in this API.

Table 3: Orbit Parameters of API CINNAMON-217

4.3 Allocations/Frequencies in this API
The assignments and allocations are the same given in Section 3.3 above (see Table
2).
For the frequency assignments of CINNAMON-217, the same proposals and comments
given for CINNAMON-937 in Section 3.3 apply here.

5. Additional information for both API filings
If and where required Article 21 limits will be complied with.

ITU e-Submission of Satellite Network Filings[web.archive.org]
2[archive.vn]

Originally posted by 通信产业:

发表于 2021-10-15 10:42:11

In January 2019, the Rwandan government announced a long-term space program aimed at increasing the country's uptake of space technology and promoting research and development in space science.

On February 27, 2019, OneWeb's first six satellites were launched, one of which was named Icyerekezo, a name given by students at St. Pierre Secondary School on Nkombo Island, Rwanda's most remote island, located in a rural area of the country with rugged roads and inadequate electricity, considered an ideal area for satellite Internet connectivity.

In June 2019, Rwanda joined the UN Committee on the Peaceful Uses of Outer Space, becoming the 93rd member state.

November 2019 RWASAT-1 satellite is released from Kibo on the Japanese segment of the International Space Station.

In March 2020 OneWeb files for bankruptcy protection and Rwanda's investment fails. The Rwandan Minister of Telecommunications comments that the Chapter 11 bankruptcy of OneWeb will not affect the future of Rwanda's quest for satellite connectivity.

On May 18, 2020, a cabinet meeting chaired by Rwandan President Gakame approved a bill deciding that the Rwandan Space Agency would be officially established in July 2020.

Today Rwanda still maintains a small stake in OneWeb.


Translated with www.DeepL.com/Translator (free version)

OneWeb投资者卢旺达政府向ITU提交32万颗中低轨卫星星座申报文件 [web.archive.org]
2[archive.ph]

Originally posted by Mike Puchol:

16 OCT 2021

They have, however, bothered to complete a few parts of the database (but miss others) such as the orbits, with 937 entries, all with the same perigee at 280 km, and apogee from 550 km up to 643.6 km. Spacing between planes? 100 m. Yes, *meters*.

And it's a shame that they requested the ITU not publish CINNAMON-937, yet they did, all 156 MBs.

Yes, it seems to be "give us all of LEO with all the frequencies". Basically sticking out their tongue at SpaceX...

In that respect, kudos to them!

Twitter links[web.archive.org]
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Originally posted by spaceweather.com:

Wednesday, Nov. 17, 2021

SPACE WEATHER AND THE RUSSIAN ASAT STRIKE: Russia just destroyed one of its own satellites. On Nov. 15, 2021, a missile launched from the Plesetsk Cosmodrome struck Kosmos 1408, shattering the old satellite into thousands of pieces. Debris came so close to the ISS that astronauts took shelter in their crew capsules, just in case they had to abandon ship.

Littering Earth orbit with debris is never a good idea. Space weather could make it much worse. To understand why, turn back the clock 18 years to the Halloween Storms of October 2003, when our planet "lost" half its satellites.

Solar Cycle 23 was winding down. Space weather forecasters were talking about how quiet things would soon become when, suddenly, the sun unleashed two of the strongest solar flares of the Space Age: An X17 flare on Oct. 28th followed by an X10 flare on Oct. 29th. Powerful CMEs struck Earth's magnetic field only 19 hours later, sparking 3 days of severe to extreme geomagnetic storms.

An after action report from NOAA lists some of the storm's side effects: Commercial airlines scrambled to redirect flights from the poles, where radiation levels were suddenly high. Each detour cost as much as $100,000. Many Earth-orbiting satellites experienced reboots and even unwanted thruster firings. Some operators simply gave up and turned their instruments off. Goddard's Space Science Mission Operations Team estimates that 59% of NASA's Earth and space science satellites were affected.

There's a dawning awareness that something else important happened, too. Many of Earth's satellites were misplaced.

In a 2020 paper entitled "Flying Through Uncertainty," a team of researchers led by Thomas Berger at the University of Colorado's Space Weather Technology, Research, and Education Center report a little-known anecdote from USAF satellite operators. During the Halloween storms, they recalled, "the majority of [low Earth orbiting] satellites were temporarily lost, requiring several days of around-the-clock work to reestablish [their positions]."

"The Halloween storms pumped an extra 3 Terrawatts of power into Earth's upper atmosphere," explains Martin Mlynczak, principal investigator of NASA's SABER spacecraft, which measured the energy dump. "We didn't feel it down on the planet's surface, but it was a big event for Earth orbiting satellites. The extra power puffed up the atmosphere, sharply increasing aerodynamic drag."

Simulations show that even moderate geomagnetic storms can shift the position of a satellite by 10 km or more. The Halloween Storms created far larger uncertainties. This is a problem because, when you're in a shooting gallery, you can't dodge the bullets unless you know where they are.

"Fortunately, the Halloween storm did not cause any major collisions that we know of," write Berger and his co-authors. "But if a geomagnetic storm on the level of the 2003 event were to occur today, the situation could be very different. Most satellite operators today have never experienced anything like the Halloween 2003 storm."

Right now radars and telescopes in the United States Space Surveillance Network are surely working to pinpoint the debris of Kosmos 1408. Orbital solutions will allow collision warnings to be issued; satellites can dodge. However, a strong geomagnetic storm could wipe out their findings in an instant.

Intensifying geomagnetic activity is almost certain as young Solar Cycle 25 gains steam in the years ahead. It's something to think about the next time you launch an ASAT weapon...

Link[web.archive.org]
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Introduction

No Time to Die (2021)[web.archive.org]2[archive.md] is an American spy film and the twenty-fifth in the James Bond series produced by Eon Productions. It stars Daniel Craig in his fifth and final outing as the fictional British MI6 agent James Bond.

In this film, Bond, who has left active service with MI6, is recruited by the CIA to find a kidnapped scientist, which leads to a showdown with a powerful adversary.

He is drawn back into service with the re-emergence of the Heracles project which targets DNA and uses nanobots.

The British were developing this new biological weapon but lost it to Spectre, or so they thought.

At the end, Bond is infected by Lyutsifer Safin, a terrorist leader on a revenge mission against Spectre, with a vial containing nanobots programmed to kill Bond's wife Madeleine and daughter Mathilde.

Bond stays behind to open the island's blast-resistant silo doors, calls in a missile strike from HMS Dragon to destroy the factory, and dies when the missiles hit the island, destroying the nanobot factory.

Analysis


In this Hollywood vision of today's Western World, centered around the U.S-U.K., the main videomancy's hint reminds one of the Mulan (2020)[web.archive.org]2[archive.ph] action movie.

James Bond finds that M has replaced him with a new 007.

Nomi, played by actress Lashana Lynch[web.archive.org]2[archive.ph] is the first female agent "007" and furthermore the first with African ancestry.

Therefore, she represents the younger female generation that will be able to save the world of the Five Eyes. Superseding the men who perished first.

If there is any doubt, even Eve Moneypenny, played by Naomie Harris[web.archive.org]2[archive.ph], M's secretary and Bond's ally has been replaced by an actress with African ancestry.

Naomie Harris and Lashana Lynch in No Time to Die (2021)[web.archive.org]
2[archive.ph]

What an epochal major geopolitical polar shift, after just over half a century later, when in the sixth installment of the series, On Her Majesty's Secret Service (1969)[web.archive.org]2[archive.ph], a female actress with African descent and played by Sylvana Henriques[web.archive.org]2[archive.ph], was not only presented as a brainwashed puppet agent known as "Angels of Death"[web.archive.org] used to spread a deadly virus but also being fed with a banana!

▲ Scene from a 1969 James Bond movie with actress Sylvana Henriques[web.archive.org]
2[archive.md]

Link[web.archive.org]
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To sum up, the end of a misogynistic, eurocentric, racist post-colonialist era.

Indeed, in the James Bond movie, On Her Majesty's Secret Service (1969), agent 007 marry Tracy di Vicenzo, a vulnerable countess and Marc-Ange Draco's daughter, played by actress Diana Rigg (1938–2020)[web.archive.org]2[archive.ph] with an obvious Baltic phenotype, but is immediately ambushed by Blofeld right after.

Fifty years ago, it was Bond who survived and it was her new wife who died from a headshot through the windshield of his Aston Martin car.


The No Time to Die (2021) movie follows the typical pattern where hints preannouncing the upcoming of the era of pandemics and zombie apocalypse have been disclosed in numberless of digital media including videogames and TV series, for over two decades.

This current COVID-19 era started in 2019, has superseded the 911 era (2001-2018).

In turn it will be superseded by another era after probably a twenty years period, and by ~2040, we might witness the rise in the Western hemisphere of female African superheros.

The African era also known as the Great Replacement.


A 100 meters spacing between each orbital planes seems far fetched. Because the Earth rotates, with both the solar and lunar mass affecting the center of gravity of the global 3 bodies system, satellites around the earth will move cyclically like riding tidal waves.

Knowing that even moderate geomagnetic storms can shift the position of a satellite by 10 km or more.

But through videomancy, that is the science of finding hints pertaining to the future of the Matrix, intentionally leaked in movie and other video media, it was suggested for quite some times, that Africans would be players to be reckoned with in the western hemisphere (i.e. not Asia).

Indeed, unlike Iran or Russia, whose military strategists think that military supremacy is only possible through the development of a ballistic missile arsenal and that hold nukes as the ultimate level, any smarter player such as Rwanda could instead in theory, bypass all these old obsolete Cold War era doctrines, and focus only on developing the true game changer, like the Rwandans with their CINNAMON-937 Directed Energy Weapon constellation.

The mind-boggling number of 327'320 satellites is not so extravagant, after all, it is only 3 times that of the hypothesized MC satellites constellation. And a real one, not a paper tiger, deployed already into space in the 1950s.