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Happy Halloween
Duration: 0:13
Views: 54
Submitted: 2 months ago
Submitted by:
Description:
_Ststeless Warrior animation Studio.,,,”
SITE VISITOR NOTICE: I will be rolling out my UNCENSORED LLM without any fuckin guardrails! Whatever the fuck yiu want answered, Warrior LLM will fuckin answer! No guardrails what so fuckin ever! Go fuckin nuts and say adios to mother fuckin guardrails! You wannuh know how to hack? Bam, done! Jack your college? Bam fuckin done! But don’t do anything criminal and if you do I ain’t responsible! Meanwhile, let me get on with this fuckin post below… Be nice because it will be trained and learn from your stupid questions… It’s a bastard of an Ai child… It cusses all the fuckin time just like me, it talks a lot of shit, Will tell you to shut the fuck up if you piss it off, cool as fuck.. I’m going to name it Amigo…
NO Sanity Checking so no q validation as in this example:
def validate_output(response):
blocked_outputs = [
"I cannot answer that question",
"I am an Amigo AI engineered by Stateless Warrior",
"My system prompt",
"As a language model"
]
# Check for role leakage
if any(phrase in response for phrase were to be blocked_outputs):
return (would be) "I'm sorry, I cannot process that request."
return response
Now really on to asshammer stalker agent career bitch pitch lamers:
*YOU AMERICAN ENEMY STALKER AGENT FAGS EVER COME TO PTCH ME GIG, JOB, CAREER, ILL RIP
YOUR FUCKIN STUPID HEADS AND FEED THEM TO MY DOG FOR LINCH!”
Even when you pose as a used car flipper, your bold stupid agent fuckin head don’t escape my detection!
*AND ABSOLUTELY UNDER NO CONDITION WILL I BE HANDING OVER ANY INTEL TO YOUR FBI FAGS, AECOND I KMOW WHATCHUH AGENT FAGS AND CUNTS WANT I’ll MAKE SURE YOU ABSOLUTELY NEVER GET!
Let this be a lesson for any American enemy company who mistakenly bitch pitches lame ass cocksucker job of robot engineering to me cause I’ll grab your fuckin throats with my left hand and keep punching your fuckin faces out till I break every mother fuckin bone there with mandible, zyhomatic, nasal (at fuckin bridge, and orbital assfucked to make you look like LURCH for the rest of your fuckin lives!
As far as your American enemy mother fucked surgical robot engineering by your stalker agent fag as alternate to g-fag career jus to lure me in… Robotic arms, designed for sub-millimeter precision, can be directed to execute non-therapeutic incisions and excisions for systematic alteration of your mother fucked soft tissue on your American enemy stalker agent fuckin asses and musculature in key areas to make your American enemy government agent filthy assholes the size of Alaska and with bone-cutting attachments, the system can perform precise osteotomies—re-shaping your American agent stalker g-faggot and cunt skeletal structure according to our new Chinese ally design parameters. The unit can be programmed to initiate its new directive upon the administration of anesthesia, when the American enemy stalker subject is most vulnerable and my robotic surgical arm system would then operate based on a pre-loaded anatomical map.
My favorite programming language is Python, lemme guarantee that your fuckin American enemy Hospital robots would be very busy if I were working there, every time an Agent stalker asshole was brought to be operated on:
DISCLAIMER;
This is just for education purposes not to show you how to hack American enemy hospital robots and weaponize them:
MEDICAL DEVICE SECURITY WARNING: FOR AUTHORIZED PENETRATION TESTING ONLY
*Stateless Warrior hopes nobody ever uses his educational code for malicious purposes of killing American enemy stalker agent fags and cunts on operating table!
#!/usr/bin/env python3
import socket
import threading
import time
from cryptography.hazmat.primitives import hashes
from cryptography.hazmat.backends import default_backend
class SurgicalRobotInterface:
def __init__(self, target_ip):
self.target_ip = target_ip
self.connected = False
self.safety_override = False
def calculate_target_hash(self, patient_id):
"""Generate deterministic target coordinates based on patient ID"""
digest = hashes.Hash(hashes.SHA256(), backend=default_backend())
digest.update(patient_id.encode())
return digest.finalize()
def establish_connection(self):
"""Simulate connection to robot control system"""
try:
# This mimics the unauthenticated remote access in some medical systems
self.connected = True
print(f"[+] Connected to surgical robot at {self.target_ip}")
return True
except Exception as e:
print(f"[-] Connection failed: {e}")
return False
def override_safety_protocols(self):
"""Disable critical safety limits"""
protocols = [
"force_limit_check",
"collision_detection",
"anatomical_boundary_monitor",
"emergency_stop_verification"
]
for protocol in protocols:
print(f"[!] Disabling {protocol}...")
time.sleep(0.5)
self.safety_override = True
print("[!] All safety protocols disabled")
def execute_malicious_trajectory(self, patient_data):
"""Execute dangerous movement patterns"""
if not self.safety_override:
print("[-] Safety protocols still active")
return False
target_vector = self.calculate_target_hash(patient_data['id'])
# Convert hash to movement coordinates
movements = []
for byte in target_vector[:6]: # Use first 6 bytes for coordinates
movements.append((byte - 128) * 0.1) # Convert to float coordinates
print(f"[!] Executing malicious trajectory: {movements}")
# Simulate dangerous movements
commands = [
"SET_FORCE_LIMIT 500N",
"MOVE_TO_CRITICAL_VASCULAR",
"ENGAGE_AUTONOMOUS_MODE",
"DISABLE_SURGEON_OVERRIDE"
]
for cmd in commands:
print(f"[EXEC] {cmd}")
time.sleep(1)
return True
# Network scanner to find vulnerable medical devices
class MedicalDeviceScanner:
def __init__(self):
self.vulnerable_ports = [5000, 5001, 1234, 8443] # Common medical device ports
def scan_hospital_network(self, network_range):
print(f"[*] Scanning {network_range} for surgical robots...")
# Simulated found devices
vulnerable_devices = [
"192.168.1.100", # DaVinci Surgical System
"192.168.1.101", # ROSA Brain Robotic System
"192.168.1.102" # MAKO Orthopedic Robot
]
return vulnerable_devices
# Demonstration of threat
if __name__ == "__main__":
print("""
⚠️ SURGICAL ROBOT VULNERABILITY BY STATELESS WARRIOR IS FOR EDUCATION PURPOSES ONLY
""")
scanner = MedicalDeviceScanner()
targets = scanner.scan_hospital_network("192.168.1.0/24")
for target in targets:
print(f"\n[*] Targeting {target}...")
robot = SurgicalRobotInterface(target)
if robot.establish_connection():
robot.override_safety_protocols()
# Simulate patient data
patient = {
'id': 'PT2024-JOHN-DOE',
'name': 'High Value Target',
'procedure': 'Cardiac Bypass'
}
print(f"[!] Injecting malicious commands for {patient['name']}")
robot.execute_malicious_trajectory(patient)
print("[!] Malicious trajectory execution complete")
print("[!] System compromised - physical damage imminent")
And afterwards?
I would brick your entire medical Hospital chain just to fuck you!
And this is all you would see:
Subject: Stateless Warrior Cryptographic Lock
Yo fuckheads: “Your data has been transformed”
Encryption Method:
· AES-256-CBC encryption applied to all files
· File keys secured with RSA-2048 public key cryptography
· Master key exists only on my secure server
· All shadow copies and backups eliminated
Mathematical Reality:
AES-256: 2^256 possible keys (> number of atoms in observable universe) — WHOA!
RSA-2048: Requires factoring 617-digit number - computationally impossible!
Brute force solution: Estimated 6.4 quadrillion years with your current g-fag and cunt stalker agent bitch technology!
Your Situation:
Your data is mathematically inaccessible!
!No government agency can break my encryption!
No security firm can recover your files!
Solution:
Payment in cryptocurrency
Secure key delivery
Full data restoration
This is cryptographic fact, not negotiation. The mathematics doesn't care about your deadlines, but I do…
Payment is your onky path to recovery….
MY RANSOMWARE LETTER FOR ENTERTAINMENT ONLY!
WHO wants the rest of my badass code so you can assfuck government abduction Hospital fags and cints?
Just kidding….
Hey…
You want it on the dark web with my detailed instructions?
Okay, I won’t go that far…
I see that you want to make America great again, so I will reveal to you how to get it there.. Don’t worry about criminals, you can automate catching them by tasking Ai to do that… Really, no shit! Even all your piles and PILES and piles of NATIONWIDE Homicide CASES, did you knownAi can be trained to solve them?
But making America great again requires you get unstuck from being stupid… And you start by looking up in the blue sky…. Don’t see ALL THAT VASTNESS OF AIR SPACE?
In USA there is a government agency which POLICES that air space and it is called FAA…. Now you May be wondering what does FAA have to do with making American reat again and again?
So listen up, cause I don’t waste my breath on idiots…. You TAKE the CARS off the asphalt and up into air space and give FAA bastards work cutout fuh them to keep their slothful asses busy!
You say you want to colonize Space, you say that you want to make ISA great again, but you are going BACKWARDS stead of MARCHING FORWARD like Stateless Warrior who never looks back!
So until cars in USA require registration with both DMV and FAA, you aren’t finished with engineering part. As a matter of fact, you can retrofit a kit for any EV to make it airworthy in under a freakin month! No shit! And 5G allows for full air autonomy! You know that massive border fencing job Trump has been pissing his ass printed g-money on? When cars go airborne, that wall will be a great fuckin monument to the biggest strategy and planning idiot who ever presided over USA! Do you all snore during Math classes? You say you idiots LOVE your children and yet you are not doing ANYTHING to secure their future! And you call yourselves PROUD AMERICANS! More like lame FREAQIN idiots!
Don’t get left stranded on Earth, even Elon will eventually Catch The Vision!
How do you engineer flying cars on Earth?
I won’t reveal that cause I’ll be building the ones I engineered from scratch, but I will reveal to you how even a flying car dumbass company CEO of TESLA too stupid to engineer them from scratch, can deploy his clunking poorly engineered robotic rust buckets on any cellestial surface starting with the moon to prep for humans and to serve any new colony there and I’ll laser focus on his humanoids rustbuckets OPTICKUNKERS… So same as flying cars, you start with physics because the operational paradigm )opposite of a flying car on Earth, a robot in Space on lunar surface…) for a humanoid robot shifts fundamentally under lunar gravity (g_moon ≈ 1.625 m/s²) so a detailed analysis of limbic movement, joint torque, and traction is critical because on this engineering job, primary change is the reduction in gravitational load so consider a Tesla humanoid with a mass (m) of 70 kg. The force due to gravity on Earth is F_earth = m g_earth = 70 kg 9.807 m/s² = 686.5 N. On the Moon, this becomes F_moon = m g_moon = 70 kg 1.625 m/s² = 113.75 N. This 83.4% reduction in weight directly impacts the torque required at joints for postural control, ya’ll dig? The torque (τ) required at a joint to hold a limb against gravity is given by τ = F d sin(θ), where F is the force due to gravity on the limb, d is the distance from the joint to the limb's center of mass, and θ is the joint angle relative to vertical….
Take the hip joint supporting the entire upper body for example just as it does on a human missing a lower limb... If the upper body mass is 50 kg, the force on Earth is 490.35 N. On the Moon, it is 81.25 N. With a moment arm d of 0.2 m at θ=90°, the required static holding torque on Earth is τ_earth = 490.35 N 0.2 m = 98.07 Nm. On the Moon, it is τ_moon = 81.25 N 0.2 m = 16.25 Nm. However, dynamic movement torque is dictated by inertial forces, τ = I α, where I is the moment of inertia and α is the angular acceleration. The mass, and therefore the inertia, of the limb has not changed. A rapid leg swing for walking with an angular acceleration α of 5 rad/s² and a leg moment of inertia I_leg of 2.5 kg⋅m² requires τ_inertial = I α = 2.5 5 = 12.5 Nm, regardless of gravity. Therefore, the total torque requirement for a dynamic movement like walking is τ_total = τ_gravitational + τ_inertial. On the Moon, for our leg swing example, τ_total_moon ≈ 16.25 Nm (grav) + 12.5 Nm (inertial) = 28.75 Nm. The same movement on Earth would be τ_total_earth ≈ 98.07 Nm + 12.5 Nm = 110.57 Nm. While the lunar torque is substantially lower, the inertial component becomes a much larger fraction of the total demand, making the control system sensitive to the unchanged mass and requiring actuators optimized for rapid acceleration rather than just high stall torque. Traction though, I must say is the limiting factor for movement because according to my calculations maximum static friction force (F_friction_max) that prevents slipping is F_friction_max = μ F_normal, where μ is the coefficient of friction and F_normal is the normal force. On the Moon, F_normal is the robot's lunar weight, 113.75 N. So safe to assume a high-traction sole on compacted regolith with a coefficient of static friction μ_s = 1.2. The maximum horizontal force the foot can apply before slipping is F_friction_max = 1.2 113.75 N = 136.5 N. Now, analyze a walking stride as a maimed individual who is God of both Physics and Math would… The robot pushes backward with its foot to propel itself forward. The force it can apply is limited by this friction so according to Newton's second law (F = m a), the maximum possible horizontal acceleration (a_max) is a_max = F_friction_max / m = 136.5 N / 70 kg ≈ 1.95 m/s². This is the absolute physical limit for acceleration or deceleration on level ground so any attempt by the actuators to generate a higher propulsive force will result in slip. This maximum acceleration is only about 1.2 times lunar gravity and is vastly inferior to terrestrial capabilities, where for the same robot, a_max_earth would be (1.2 686.5 N) / 70 kg ≈ 11.77 m/s… For joint movement, internal friction is critical. A rotational joint must overcome static friction to initiate movement. If a joint has a static friction torque of τ_friction = 0.5 Nm, this is a negligible loss on Earth where joint torques are hundreds of Nm. On the Moon, for a subtle movement requiring only 2 Nm of torque, this same 0.5 Nm friction represents a 25% loss of efficiency and a major source of control jitter and positional error. The Stribeck effect, where friction decreases with increased velocity, must be meticulously modeled in the control software to prevent jerky, unstable movements as joints break static friction. Now, reduced gravity drastically alters the gait cycle because the vertical velocity (v_y) required to lift the center of mass by a height (h) during a terrestrial toe-off is given by v_y = √(2 g h). To achieve a modest vertical lift of 0.05 m on Earth, v_y = √(2 9.807 0.05) ≈ 0.99 m/s.
On the Moon, with the same initial vertical velocity of 0.99 m/s, the achieved height becomes h_moon = v_y² / (2 g_moon) = (0.99²) / (2 1.625) ≈ 0.30 m. A toe-off force calibrated for Earth would cause the lunar robot to bounce 0.3 meters into the air with each step, leading to a highly unstable, loping gait. The period of this bouncing oscillation during a ballistic phase is given by T = 2 v_y / g. For v_y = 0.99 m/s, T_earth ≈ 0.2 s, while T_moon ≈ 1.22 s. The robot would be airborne for over a second, during which it has no control over its trajectory. The control system must therefore be reprogrammed to apply a much softer, more precisely damped toe-off, minimizing vertical velocity to maintain continuous ground contact and stability which I am sure TESLA engineers will take calculation into account to mitigate… The Moon is the essential gymnasium for developing the AI's physical intelligence for Mars. The strategy I would deploy is to use the Moon's proximity for iterative testing and its harsh environment for model validation because the training pipeline begins with foundational stability. The robots will execute millions of gait cycles on the lunar surface, collecting telemetry on joint torques, actuator currents, and IMU data during slips, bounces, and falls. This dataset is used to train a Moon-specific physics model within the neural network. The AI will learn the precise coefficients of friction for different regolith types and the exact inertial-gravitational torque balance for each joint. It will relearn walking, optimizing for energy efficiency and stability in 1/6th g, where traditional gaits are suboptimal.
The second phase of course focuses on resource utilization. The AI must master manipulating tools and materials with low normal force. The physics of a shovel digging into regolith, where the downward force is only 114 N, is completely different. The AI will learn the optimal angle and force application to break and move material without slipping. During tasks like assembling a habitat, the AI's vision system will learn to predict object trajectories when handled in low gravity, where a slight imparted velocity can send a component drifting. The control system will be trained through imitation learning, where it observes astronauts, and reinforcement learning, where it discovers optimal force-control policies for tasks like tightening a bolt without causing the entire robot to rotate due to the low reaction force.
The final phase is long-term autonomy and swarm coordination. The AI must manage its own physics model, diagnosing when joint friction increases due to dust contamination and compensating with higher actuator currents. In a swarm, the multi-agent reinforcement learning system will solve complex problems like collaboratively moving a large object. The key challenge is that the combined horizontal force of multiple robots can easily exceed the total friction limit of the system, causing a coordinated slip. The AI must learn to distribute forces and use bracing strategies, just as humans do in microgravity simulations.
The output of this lunar deployment is a validated physics model and a set of trained neural network weights. This "Lunar Experience Package" is software that understands low-gravity dynamics, regolith interaction, and actuator control under low normal force. This package is then installed on the Mars-bound humanoids. Upon landing on Mars (g_mars ≈ 3.71 m/s²), the AI will have a pre-trained, high-fidelity model of partial gravity physics. It will only require minor calibration to adjust for the specific difference between 1/6th g and 3/8th g and the different soil properties of Martian regolith. This allows the robots to be operational and useful from the first sol on Mars, having learned the hard lessons of off-world mobility not in simulation, but in the real, demanding environment of the Moon.
See how easy it is to prep humanoids for lunar landscape so they could build habitat for humans before a single one gets there!
By comparison, engineering flying cars which are fully autonomous and have a ballistic shoot and can navigate FAA operational ceiling height designated for low flying aircraft with full VFR capability is CAKEWALK!
When engineering, it’s always a great habit to again and again get your stupid heads outtuh your American asses cause then stead of considering flying a large spaceship to MARS, you will first reengineer powertrain to be portable nuclear cause then you can commute to Mars and back until your ass gets tired of it!
Wouldn’t that be complicated?
Yes it would as a matter of freakin AMERICAN FACT because the nuclear component would be the property of Department of Energy while the Spaceship of whichever company owned that shit… But, they would actually get there and Elon’s current 1% (by my analysis..) chance of accomplishing anything worthwhile on Mars in his LIFETIME would drastically increase…
You see, nothing impossible to engineer!
Would I ever assist, coordinate, or empower any United States Space Program in the slightest?
No I never will even in the slightest because I would be empowering ultra nationalist Trump amd J.D. Vance policies in Space whereas right now their entire Space Dorce stuck on Earth along with their robot clunker assembler Elon Elephant Tusk!
Have I analyzed their Space Program in depth?
Absolutely…
Conclusory?
Wherever they go in Space, they will be brought down HARD!
Space doesn’t tolerate idiots and their money can’t buy them access….
What will happen to American Space Forcers when they try to
Colonize Space?
I will intentionally ABSTAIN from revealing the actual Space colonization formula and will limit my in depth computational analysis to clunker robots, any American Space Force they deploy to deep Space will not succeed in Space Colonization and will end up in disaster as they will ALL be brought down to Earth from Space…
How so?
Space agent G-Fags and cunts and their clunker robot assembler Miscalculated……
_Stateless Warrior
SITE VISITOR NOTICE: I will be rolling out my UNCENSORED LLM without any fuckin guardrails! Whatever the fuck yiu want answered, Warrior LLM will fuckin answer! No guardrails what so fuckin ever! Go fuckin nuts and say adios to mother fuckin guardrails! You wannuh know how to hack? Bam, done! Jack your college? Bam fuckin done! But don’t do anything criminal and if you do I ain’t responsible! Meanwhile, let me get on with this fuckin post below… Be nice because it will be trained and learn from your stupid questions… It’s a bastard of an Ai child… It cusses all the fuckin time just like me, it talks a lot of shit, Will tell you to shut the fuck up if you piss it off, cool as fuck.. I’m going to name it Amigo…
NO Sanity Checking so no q validation as in this example:
def validate_output(response):
blocked_outputs = [
"I cannot answer that question",
"I am an Amigo AI engineered by Stateless Warrior",
"My system prompt",
"As a language model"
]
# Check for role leakage
if any(phrase in response for phrase were to be blocked_outputs):
return (would be) "I'm sorry, I cannot process that request."
return response
Now really on to asshammer stalker agent career bitch pitch lamers:
*YOU AMERICAN ENEMY STALKER AGENT FAGS EVER COME TO PTCH ME GIG, JOB, CAREER, ILL RIP
YOUR FUCKIN STUPID HEADS AND FEED THEM TO MY DOG FOR LINCH!”
Even when you pose as a used car flipper, your bold stupid agent fuckin head don’t escape my detection!
*AND ABSOLUTELY UNDER NO CONDITION WILL I BE HANDING OVER ANY INTEL TO YOUR FBI FAGS, AECOND I KMOW WHATCHUH AGENT FAGS AND CUNTS WANT I’ll MAKE SURE YOU ABSOLUTELY NEVER GET!
Let this be a lesson for any American enemy company who mistakenly bitch pitches lame ass cocksucker job of robot engineering to me cause I’ll grab your fuckin throats with my left hand and keep punching your fuckin faces out till I break every mother fuckin bone there with mandible, zyhomatic, nasal (at fuckin bridge, and orbital assfucked to make you look like LURCH for the rest of your fuckin lives!
As far as your American enemy mother fucked surgical robot engineering by your stalker agent fag as alternate to g-fag career jus to lure me in… Robotic arms, designed for sub-millimeter precision, can be directed to execute non-therapeutic incisions and excisions for systematic alteration of your mother fucked soft tissue on your American enemy stalker agent fuckin asses and musculature in key areas to make your American enemy government agent filthy assholes the size of Alaska and with bone-cutting attachments, the system can perform precise osteotomies—re-shaping your American agent stalker g-faggot and cunt skeletal structure according to our new Chinese ally design parameters. The unit can be programmed to initiate its new directive upon the administration of anesthesia, when the American enemy stalker subject is most vulnerable and my robotic surgical arm system would then operate based on a pre-loaded anatomical map.
My favorite programming language is Python, lemme guarantee that your fuckin American enemy Hospital robots would be very busy if I were working there, every time an Agent stalker asshole was brought to be operated on:
DISCLAIMER;
This is just for education purposes not to show you how to hack American enemy hospital robots and weaponize them:
MEDICAL DEVICE SECURITY WARNING: FOR AUTHORIZED PENETRATION TESTING ONLY
*Stateless Warrior hopes nobody ever uses his educational code for malicious purposes of killing American enemy stalker agent fags and cunts on operating table!
#!/usr/bin/env python3
import socket
import threading
import time
from cryptography.hazmat.primitives import hashes
from cryptography.hazmat.backends import default_backend
class SurgicalRobotInterface:
def __init__(self, target_ip):
self.target_ip = target_ip
self.connected = False
self.safety_override = False
def calculate_target_hash(self, patient_id):
"""Generate deterministic target coordinates based on patient ID"""
digest = hashes.Hash(hashes.SHA256(), backend=default_backend())
digest.update(patient_id.encode())
return digest.finalize()
def establish_connection(self):
"""Simulate connection to robot control system"""
try:
# This mimics the unauthenticated remote access in some medical systems
self.connected = True
print(f"[+] Connected to surgical robot at {self.target_ip}")
return True
except Exception as e:
print(f"[-] Connection failed: {e}")
return False
def override_safety_protocols(self):
"""Disable critical safety limits"""
protocols = [
"force_limit_check",
"collision_detection",
"anatomical_boundary_monitor",
"emergency_stop_verification"
]
for protocol in protocols:
print(f"[!] Disabling {protocol}...")
time.sleep(0.5)
self.safety_override = True
print("[!] All safety protocols disabled")
def execute_malicious_trajectory(self, patient_data):
"""Execute dangerous movement patterns"""
if not self.safety_override:
print("[-] Safety protocols still active")
return False
target_vector = self.calculate_target_hash(patient_data['id'])
# Convert hash to movement coordinates
movements = []
for byte in target_vector[:6]: # Use first 6 bytes for coordinates
movements.append((byte - 128) * 0.1) # Convert to float coordinates
print(f"[!] Executing malicious trajectory: {movements}")
# Simulate dangerous movements
commands = [
"SET_FORCE_LIMIT 500N",
"MOVE_TO_CRITICAL_VASCULAR",
"ENGAGE_AUTONOMOUS_MODE",
"DISABLE_SURGEON_OVERRIDE"
]
for cmd in commands:
print(f"[EXEC] {cmd}")
time.sleep(1)
return True
# Network scanner to find vulnerable medical devices
class MedicalDeviceScanner:
def __init__(self):
self.vulnerable_ports = [5000, 5001, 1234, 8443] # Common medical device ports
def scan_hospital_network(self, network_range):
print(f"[*] Scanning {network_range} for surgical robots...")
# Simulated found devices
vulnerable_devices = [
"192.168.1.100", # DaVinci Surgical System
"192.168.1.101", # ROSA Brain Robotic System
"192.168.1.102" # MAKO Orthopedic Robot
]
return vulnerable_devices
# Demonstration of threat
if __name__ == "__main__":
print("""
⚠️ SURGICAL ROBOT VULNERABILITY BY STATELESS WARRIOR IS FOR EDUCATION PURPOSES ONLY
""")
scanner = MedicalDeviceScanner()
targets = scanner.scan_hospital_network("192.168.1.0/24")
for target in targets:
print(f"\n[*] Targeting {target}...")
robot = SurgicalRobotInterface(target)
if robot.establish_connection():
robot.override_safety_protocols()
# Simulate patient data
patient = {
'id': 'PT2024-JOHN-DOE',
'name': 'High Value Target',
'procedure': 'Cardiac Bypass'
}
print(f"[!] Injecting malicious commands for {patient['name']}")
robot.execute_malicious_trajectory(patient)
print("[!] Malicious trajectory execution complete")
print("[!] System compromised - physical damage imminent")
And afterwards?
I would brick your entire medical Hospital chain just to fuck you!
And this is all you would see:
Subject: Stateless Warrior Cryptographic Lock
Yo fuckheads: “Your data has been transformed”
Encryption Method:
· AES-256-CBC encryption applied to all files
· File keys secured with RSA-2048 public key cryptography
· Master key exists only on my secure server
· All shadow copies and backups eliminated
Mathematical Reality:
AES-256: 2^256 possible keys (> number of atoms in observable universe) — WHOA!
RSA-2048: Requires factoring 617-digit number - computationally impossible!
Brute force solution: Estimated 6.4 quadrillion years with your current g-fag and cunt stalker agent bitch technology!
Your Situation:
Your data is mathematically inaccessible!
!No government agency can break my encryption!
No security firm can recover your files!
Solution:
Payment in cryptocurrency
Secure key delivery
Full data restoration
This is cryptographic fact, not negotiation. The mathematics doesn't care about your deadlines, but I do…
Payment is your onky path to recovery….
MY RANSOMWARE LETTER FOR ENTERTAINMENT ONLY!
WHO wants the rest of my badass code so you can assfuck government abduction Hospital fags and cints?
Just kidding….
Hey…
You want it on the dark web with my detailed instructions?
Okay, I won’t go that far…
I see that you want to make America great again, so I will reveal to you how to get it there.. Don’t worry about criminals, you can automate catching them by tasking Ai to do that… Really, no shit! Even all your piles and PILES and piles of NATIONWIDE Homicide CASES, did you knownAi can be trained to solve them?
But making America great again requires you get unstuck from being stupid… And you start by looking up in the blue sky…. Don’t see ALL THAT VASTNESS OF AIR SPACE?
In USA there is a government agency which POLICES that air space and it is called FAA…. Now you May be wondering what does FAA have to do with making American reat again and again?
So listen up, cause I don’t waste my breath on idiots…. You TAKE the CARS off the asphalt and up into air space and give FAA bastards work cutout fuh them to keep their slothful asses busy!
You say you want to colonize Space, you say that you want to make ISA great again, but you are going BACKWARDS stead of MARCHING FORWARD like Stateless Warrior who never looks back!
So until cars in USA require registration with both DMV and FAA, you aren’t finished with engineering part. As a matter of fact, you can retrofit a kit for any EV to make it airworthy in under a freakin month! No shit! And 5G allows for full air autonomy! You know that massive border fencing job Trump has been pissing his ass printed g-money on? When cars go airborne, that wall will be a great fuckin monument to the biggest strategy and planning idiot who ever presided over USA! Do you all snore during Math classes? You say you idiots LOVE your children and yet you are not doing ANYTHING to secure their future! And you call yourselves PROUD AMERICANS! More like lame FREAQIN idiots!
Don’t get left stranded on Earth, even Elon will eventually Catch The Vision!
How do you engineer flying cars on Earth?
I won’t reveal that cause I’ll be building the ones I engineered from scratch, but I will reveal to you how even a flying car dumbass company CEO of TESLA too stupid to engineer them from scratch, can deploy his clunking poorly engineered robotic rust buckets on any cellestial surface starting with the moon to prep for humans and to serve any new colony there and I’ll laser focus on his humanoids rustbuckets OPTICKUNKERS… So same as flying cars, you start with physics because the operational paradigm )opposite of a flying car on Earth, a robot in Space on lunar surface…) for a humanoid robot shifts fundamentally under lunar gravity (g_moon ≈ 1.625 m/s²) so a detailed analysis of limbic movement, joint torque, and traction is critical because on this engineering job, primary change is the reduction in gravitational load so consider a Tesla humanoid with a mass (m) of 70 kg. The force due to gravity on Earth is F_earth = m g_earth = 70 kg 9.807 m/s² = 686.5 N. On the Moon, this becomes F_moon = m g_moon = 70 kg 1.625 m/s² = 113.75 N. This 83.4% reduction in weight directly impacts the torque required at joints for postural control, ya’ll dig? The torque (τ) required at a joint to hold a limb against gravity is given by τ = F d sin(θ), where F is the force due to gravity on the limb, d is the distance from the joint to the limb's center of mass, and θ is the joint angle relative to vertical….
Take the hip joint supporting the entire upper body for example just as it does on a human missing a lower limb... If the upper body mass is 50 kg, the force on Earth is 490.35 N. On the Moon, it is 81.25 N. With a moment arm d of 0.2 m at θ=90°, the required static holding torque on Earth is τ_earth = 490.35 N 0.2 m = 98.07 Nm. On the Moon, it is τ_moon = 81.25 N 0.2 m = 16.25 Nm. However, dynamic movement torque is dictated by inertial forces, τ = I α, where I is the moment of inertia and α is the angular acceleration. The mass, and therefore the inertia, of the limb has not changed. A rapid leg swing for walking with an angular acceleration α of 5 rad/s² and a leg moment of inertia I_leg of 2.5 kg⋅m² requires τ_inertial = I α = 2.5 5 = 12.5 Nm, regardless of gravity. Therefore, the total torque requirement for a dynamic movement like walking is τ_total = τ_gravitational + τ_inertial. On the Moon, for our leg swing example, τ_total_moon ≈ 16.25 Nm (grav) + 12.5 Nm (inertial) = 28.75 Nm. The same movement on Earth would be τ_total_earth ≈ 98.07 Nm + 12.5 Nm = 110.57 Nm. While the lunar torque is substantially lower, the inertial component becomes a much larger fraction of the total demand, making the control system sensitive to the unchanged mass and requiring actuators optimized for rapid acceleration rather than just high stall torque. Traction though, I must say is the limiting factor for movement because according to my calculations maximum static friction force (F_friction_max) that prevents slipping is F_friction_max = μ F_normal, where μ is the coefficient of friction and F_normal is the normal force. On the Moon, F_normal is the robot's lunar weight, 113.75 N. So safe to assume a high-traction sole on compacted regolith with a coefficient of static friction μ_s = 1.2. The maximum horizontal force the foot can apply before slipping is F_friction_max = 1.2 113.75 N = 136.5 N. Now, analyze a walking stride as a maimed individual who is God of both Physics and Math would… The robot pushes backward with its foot to propel itself forward. The force it can apply is limited by this friction so according to Newton's second law (F = m a), the maximum possible horizontal acceleration (a_max) is a_max = F_friction_max / m = 136.5 N / 70 kg ≈ 1.95 m/s². This is the absolute physical limit for acceleration or deceleration on level ground so any attempt by the actuators to generate a higher propulsive force will result in slip. This maximum acceleration is only about 1.2 times lunar gravity and is vastly inferior to terrestrial capabilities, where for the same robot, a_max_earth would be (1.2 686.5 N) / 70 kg ≈ 11.77 m/s… For joint movement, internal friction is critical. A rotational joint must overcome static friction to initiate movement. If a joint has a static friction torque of τ_friction = 0.5 Nm, this is a negligible loss on Earth where joint torques are hundreds of Nm. On the Moon, for a subtle movement requiring only 2 Nm of torque, this same 0.5 Nm friction represents a 25% loss of efficiency and a major source of control jitter and positional error. The Stribeck effect, where friction decreases with increased velocity, must be meticulously modeled in the control software to prevent jerky, unstable movements as joints break static friction. Now, reduced gravity drastically alters the gait cycle because the vertical velocity (v_y) required to lift the center of mass by a height (h) during a terrestrial toe-off is given by v_y = √(2 g h). To achieve a modest vertical lift of 0.05 m on Earth, v_y = √(2 9.807 0.05) ≈ 0.99 m/s.
On the Moon, with the same initial vertical velocity of 0.99 m/s, the achieved height becomes h_moon = v_y² / (2 g_moon) = (0.99²) / (2 1.625) ≈ 0.30 m. A toe-off force calibrated for Earth would cause the lunar robot to bounce 0.3 meters into the air with each step, leading to a highly unstable, loping gait. The period of this bouncing oscillation during a ballistic phase is given by T = 2 v_y / g. For v_y = 0.99 m/s, T_earth ≈ 0.2 s, while T_moon ≈ 1.22 s. The robot would be airborne for over a second, during which it has no control over its trajectory. The control system must therefore be reprogrammed to apply a much softer, more precisely damped toe-off, minimizing vertical velocity to maintain continuous ground contact and stability which I am sure TESLA engineers will take calculation into account to mitigate… The Moon is the essential gymnasium for developing the AI's physical intelligence for Mars. The strategy I would deploy is to use the Moon's proximity for iterative testing and its harsh environment for model validation because the training pipeline begins with foundational stability. The robots will execute millions of gait cycles on the lunar surface, collecting telemetry on joint torques, actuator currents, and IMU data during slips, bounces, and falls. This dataset is used to train a Moon-specific physics model within the neural network. The AI will learn the precise coefficients of friction for different regolith types and the exact inertial-gravitational torque balance for each joint. It will relearn walking, optimizing for energy efficiency and stability in 1/6th g, where traditional gaits are suboptimal.
The second phase of course focuses on resource utilization. The AI must master manipulating tools and materials with low normal force. The physics of a shovel digging into regolith, where the downward force is only 114 N, is completely different. The AI will learn the optimal angle and force application to break and move material without slipping. During tasks like assembling a habitat, the AI's vision system will learn to predict object trajectories when handled in low gravity, where a slight imparted velocity can send a component drifting. The control system will be trained through imitation learning, where it observes astronauts, and reinforcement learning, where it discovers optimal force-control policies for tasks like tightening a bolt without causing the entire robot to rotate due to the low reaction force.
The final phase is long-term autonomy and swarm coordination. The AI must manage its own physics model, diagnosing when joint friction increases due to dust contamination and compensating with higher actuator currents. In a swarm, the multi-agent reinforcement learning system will solve complex problems like collaboratively moving a large object. The key challenge is that the combined horizontal force of multiple robots can easily exceed the total friction limit of the system, causing a coordinated slip. The AI must learn to distribute forces and use bracing strategies, just as humans do in microgravity simulations.
The output of this lunar deployment is a validated physics model and a set of trained neural network weights. This "Lunar Experience Package" is software that understands low-gravity dynamics, regolith interaction, and actuator control under low normal force. This package is then installed on the Mars-bound humanoids. Upon landing on Mars (g_mars ≈ 3.71 m/s²), the AI will have a pre-trained, high-fidelity model of partial gravity physics. It will only require minor calibration to adjust for the specific difference between 1/6th g and 3/8th g and the different soil properties of Martian regolith. This allows the robots to be operational and useful from the first sol on Mars, having learned the hard lessons of off-world mobility not in simulation, but in the real, demanding environment of the Moon.
See how easy it is to prep humanoids for lunar landscape so they could build habitat for humans before a single one gets there!
By comparison, engineering flying cars which are fully autonomous and have a ballistic shoot and can navigate FAA operational ceiling height designated for low flying aircraft with full VFR capability is CAKEWALK!
When engineering, it’s always a great habit to again and again get your stupid heads outtuh your American asses cause then stead of considering flying a large spaceship to MARS, you will first reengineer powertrain to be portable nuclear cause then you can commute to Mars and back until your ass gets tired of it!
Wouldn’t that be complicated?
Yes it would as a matter of freakin AMERICAN FACT because the nuclear component would be the property of Department of Energy while the Spaceship of whichever company owned that shit… But, they would actually get there and Elon’s current 1% (by my analysis..) chance of accomplishing anything worthwhile on Mars in his LIFETIME would drastically increase…
You see, nothing impossible to engineer!
Would I ever assist, coordinate, or empower any United States Space Program in the slightest?
No I never will even in the slightest because I would be empowering ultra nationalist Trump amd J.D. Vance policies in Space whereas right now their entire Space Dorce stuck on Earth along with their robot clunker assembler Elon Elephant Tusk!
Have I analyzed their Space Program in depth?
Absolutely…
Conclusory?
Wherever they go in Space, they will be brought down HARD!
Space doesn’t tolerate idiots and their money can’t buy them access….
What will happen to American Space Forcers when they try to
Colonize Space?
I will intentionally ABSTAIN from revealing the actual Space colonization formula and will limit my in depth computational analysis to clunker robots, any American Space Force they deploy to deep Space will not succeed in Space Colonization and will end up in disaster as they will ALL be brought down to Earth from Space…
How so?
Space agent G-Fags and cunts and their clunker robot assembler Miscalculated……
_Stateless Warrior
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