The Man Who Cheated On 17 Women

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Death threat issued to James O’Keefe: Leave Minneapolis or YOU’RE DEAD

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Reporter: "Are you gonna call one of your dogs Lula?"

Milei: "I would NEVER call my dog ANYTHING left wing! I love my dogs too much to insult them."

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They’ve been brainwashed beyond repair

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Michael Fanone: “Anyone who sides with this administration is my enemy… They need to be destroyed.”

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Regret is something ~100% of people NEVER feel

Timeline full of bullsh&t lying rationalizations like this as to why they’re were actually right to fumble $PENGUIN

And how they’re even more convinced that they’d happily do the exact same thing again

Idiots never feel regret

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19 to 22

MODULE 4
Command, Control, and Autonomy

Modern lunar planning (including Artemis**) prioritizes south-polar rim sites with ~70–90% solar illumination due to grazing Sun angles and terrain.

This changes:
- average power availability
- reliance on solar during nominal operations

It does *not* change:
- Earth–Moon light-time delay
- comm outages and antenna masking
- the requirement for autonomous safety

https://t.me/AzazelNews/954468

1) Central doctrine: Earth supervises; the plant protects itself

The plant must remain safe without continuous human control, including unattended standby periods of 6–12 months before crew arrival.

From this assumption follow non-negotiable rules:

- Local protection is mandatory
- SCRAM and safing decisions are local
- Remote command must be constrained
- Telemetry must support diagnosis after outages

Even at sun-rich polar sites, Earth cannot be in the safety loop.

https://youtu.be/0vZwaMg60FM

2) Telemetry philosophy: *monitor like an industrial plant*
2.1 Scale of observability

- ~1300 monitored parameters during operation
- fewer during standby

2.2 Mode-dependent sampling (state-based telemetry)
There are three modes:

Standby (plant alone for months)
- Slow, low-power reporting
- Enough data to confirm the plant is healthy
- Designed to run unattended for long periods

Startup & Shutdown (most dangerous moments)
- Very fast reporting
- Extra attention to a few critical safety signals
- Designed to catch problems immediately during transitions

Normal Operation
- Moderate reporting
- Full visibility without wasting bandwidth
- No continuous high-speed safety channels

2.3 Single telemetry backbone
- one telemetry system
- variable sampling rates by mode

Engineering benefit:
- fewer components
- fewer failure modes
- higher reliability

https://youtu.be/BpmoJSd2vEI

3) Communications architecture: layered and survivable
3.1 Standby communications (S-band)
During standby:
- S-band command receiver always on
- periodic status transmissions (~every 100 hours)
- omnidirectional antenna

S-band (~2–4 GHz) is used for reliable deep-space command and telemetry.

Meaning: the plant remains reachable even before humans arrive.

3.2 Operational communications
- Plant → Shelter: VHF (Very High Frequency, ~30–300 MHz)
- Shelter → Earth: S-band

The shelter acts as a local operations node, not just a habitat.

3.3 Earth-side role
On Earth:
- telemetry is demultiplexed
- compared against limits
- alarms generated
- data recorded

Earth:
- monitors
- diagnoses
- plans

Earth does not directly drive actuators.
https://www.youtube.com/watch?v=uY5gfV1wAKk

4) Command philosophy: stored sequences only
4.1 Command paths

- Primary: Earth → plant (S-band)
- Backup: Shelter → plant (VHF, limited authority)

Two independent command paths ensure survivability.

4.2 Commands invoke routines
Commands:
- do not move valves or rods directly
- invoke pre-verified stored routines
- ~200 sequences
- ~5 steps per sequence
- local interlocks enforced

This prevents unsafe command combinations.

4.3 Redundancy management

The onboard programmer:
- executes sequences
- switches to redundant hardware automatically
- can also be directed by Earth

Autonomy includes communications survivability, not just reactor safety.

https://www.youtube.com/watch?v=LlmyVpqk7mw

5) Autonomy
- maximize reliability
- include failure-analysis capability where practical
- avoid unnecessary adaptive complexity

Operational result:
- local self-protection
- graceful degradation
- continued communication under partial failure
- post-outage diagnosability

At polar sites, autonomy expands to include energy-aware scheduling, but safety logic remains dominant.

https://www.youtube.com/watch?v=9N1DZwP5jAU

End of Module 4

Small quizz below

Motherfucker
French Wizards Quizzes are too complex to be posted on Telegram