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Hey everybody, Jason Burmes here, and what you're about to watch is part of that second hour that we do over at redvoicemedia.com/slash Jason or slash uncensored.
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I love you guys and enjoy.
So, let's just do it.
Let's just go right through it because we left off on page 35 of 113.
And once again, this is the blueprint for the technological takeover of the human species on behalf of a predator class.
So, carbon nanotubes.
They're talking about essentially technology that will revolutionize warfare amongst other things.
That's why they're talking about armor.
That's why they're talking about its weight.
They also talk about its sensibility to temperature, okay, low energy and how it can be used in computing, etc.
So, this is part of that nano revolution in the tech industry.
Again, this is a two-plus-decade-old document at this point.
Okay, so revolution of the power generation and storage opportunities.
Now, here's the thing: it's hard to find when you see LENR.
It's really hard to find a lot of information on that because it has been, in some cases, like reclassified.
It looks like certain videos were out there and then they've been taken away.
They were from government agencies, but you see, offshore methrane, hydrate, storage of H2, non-cryogenics, room temperature, SCSMES, advanced fuel cells, lithium, water, air, ultra capacitors.
This technology is real, but the thing is, as we've talked about, they don't really want to give you highly available, cheap energy.
Why don't they want to give you that?
Because that empowers you.
And the game plan is not to empower humanity, it's to enslave it under this Gaia guys.
Okay, free form fabrication.
This is like the 3D printing on steroids.
Powder wire metallurgy using robotic, magnetically steered electron beams to create accelerating local melts, grow instead of cut.
No fasteners, no strong backs for fasteners.
So, this is again, it gets 3D printed altogether.
And I've played that clip of the woman from Rocketdyne in 2016, right, discussing this type of technology and saying, you know, some of it's still classified.
But again, think of 3D printing with materials you could only imagine.
And again, we talk about different types of propulsion systems that have largely been hidden from the public, etc.
And it's this type of quote-unquote metallurgy that is usually reported on when you get a crash site.
Ask yourself, if they're putting this on paper in 2001, how long have they had that technology?
Repairable metals at lower weight than far more expensive composites.
So let's keep going down the line here.
Aluminum Vortex Combuster, micro-powdered aluminum fed into a vortex combustor, burns seawater.
It provides AIP with high energy density efficiency for inexpensive basically.
This is inexpensive energy.
And then they talk about trans-oceanic UUVs.
So instead of UAVs, they're underwater vehicles, unmanned underwater vehicles.
They would allow the enemy after next to affordably threaten the continental United States via multi-Udenis inshore short time of flight pop-ups.
So in other words, they're saying that this is a problem, but at the same time, we're going to utilize it.
And the China rhetoric, often we talk about their submarines and them being offshore and, you know, how close their tankers are, et cetera.
The new sensors, LiDAR, 50% efficiency via SC optical amplifiers.
Also, femtosecond lasers, molecular and biosensors.
Cia's Remote Operatives00:16:15
Talk about the internet of bodies all the time.
This is what I'm talking about.
Molecular biosensors, nano tags, smart card sensors, sensors implanted during manufacturing and servicing, nano IR, and of course, smart dust.
SmartDust is the most important.
But let's talk about the nano IR for a second.
Most people are familiar with IR technology via their remote control in most cases and an IR blaster.
I always really enjoyed the phones that had the IR blaster that you basically could turn into a universal remote control.
I still like that in like the weird off-brand mid-range phones.
And SmartDust, we've talked about this, it is a sensor network invisible that is micronized to the fact that you wouldn't even know it being in the air, has been used, was utilized in the war of terror in Afghanistan.
And after it's utilized, you get this feed that looks something like the Batman surveillance system from the Christopher Nolan films.
Again, you think it's science fiction, they put it on paper in 2001.
And it's, again, really hard to find any kind of papers on SmartDust, but they're out there.
And you can read them.
And it is real.
SmartDust is cubic millimeter or less combined sensors, communications, and even power supplies.
And it floats in air currents.
The nanotax placed on everything and everywhere.
Everything and everywhere.
So this nanotechnology, they plan on putting it what?
On everything and everywhere.
You're part of everything and everywhere, by the way.
Identification and status info.
And again, that's part of you also.
And my favorite, co-opted insects.
So you can, and why don't we do this one live?
We can do this one live.
The CIA, way back in the day, they had like a fake remote-controlled fish, and they had like this dragonfly.
And I think you could see it at the CIA Museum.
CIA, remote dragonfly, and remote fish.
And they're pretty crude from back in the day, but they're in the 70s.
Okay, there's the fish, and there's the dragonfly behind me.
That's not what we're talking about.
I mean, take a look.
That's actually not bad.
That's actually not bad for a remote dragonfly back in the day.
Okay?
So now we're talking about really biomimetics and having like cyborg drone surveillance systems that are biological.
And again, that's 2001.
Can you imagine where we're at now?
Seriously, can you imagine where we're at now?
There's the fish.
There it is.
Yeah.
Absolutely.
So, oh, let's go to this one.
Did they do the end?
Putting the bug in bugging.
Now, that's nothing compared to DARPA and growing chips in larva.
We have the World Economic Forum talking about swarm-like intelligence.
All that's real.
All that's real.
Okay, period.
So, let's keep going down the line over here.
And it's hard to imagine how far it's gone, by the way.
And how classified it is.
Some explosive smart dust opportunities, optimal positioning of explosive dust, dust-air explosives, so it can be used as a weapon in that sense.
Formation of explosive lenses and infiltration of deeply buried and other such targets.
So they don't have to be deeply buried, but boy, the surveillance is great.
Micro dust weaponry, a mechanical analog to biomicron-sized, mechanized dust, which is distributed as an aerosol and inhaled in the lungs.
Yes!
The dust mechanically bores into lung tissue and executes various pathological missions.
A wholly new class of weapon weaponry, which is legal.
No, this is biological warfare.
In no way is it legal, but we'll say it's legal.
I'm Dennis Bushnell, the chief scientist of NASA.
Why don't we just say it?
The Gibbons.
Gigabyte data transfer rates, optical communications, all there.
Petaflop plus computing, all here now.
Exceptional AI from bioinformatics and biomimetics.
There it is.
That is transhumanism, folks.
Wondrous, ubiquitous land, sea, air, space, metaphysics, hyperspectral sensor swarms, military and commercial, and scientific.
Hyperspectral sensor swarms.
Survival requires dispersion size reduction and concealment.
And then robotic swarm technologies, primarily commercial and endemic worldwide.
The drones are coming.
The drones are coming.
Assumptions for combat in 2025.
And by the way, it says agreed upon.
That should tell you something.
That should tell you something.
Again, just from what we've negotiated via nuclear warfare and obviously space warfare, there is agreed upon rules.
And here are some of them.
The proliferation of TBMs, IT, precision strike targeting, ubiquitous microsensors, camo spoofing, robotics, and biological chemical munitions.
Yay!
We've agreed on biological chemical munitions.
And you know what?
People should have known this when we were basically just littering, littering the Middle East with uranium.
Just not caring at all.
Doing it big.
Doing it big.
You don't think they'd put worse out there?
You bet they'd put worse out there.
Logistic assets, highly vulnerable in or out of theater.
I mean, depleted uranium, guys.
We talked about dirty bombs all the time going off in this country when the fear-mongering was up on the war of terror.
In and near theater ports, airfields, possibly unusable, and beam weapons increasingly prevalent.
The beam weapons.
That was one of the things that was discussed with me with somebody over at the Tim Cast house where he thinks in April now, so in three, maybe four short months, you're going to start seeing an escalation like we've never seen with Ukraine and Russia.
And the beam weapons were one of the things he thinks they're going to break out.
Who knows?
Who knows?
Cruise missiles, current status, range payload similar to TBM at fraction of a cost and are far greater accurate.
75,000 in inventory of 75 countries, 130 different versions produced in 19 countries.
German V-1 crews killed 5,000, injured 40,000.
LO, or yes, LO launchable.
Anywhere from anything, highly maneuverable.
So again, surface to air, air to surface, space.
The then-year cost potentially reduced to 10K to 25K.
Warhead Dujor.
Carbon fibers, EMP, submunitions, CNB, and volumetric.
Just love those cruise missiles.
Any RPV, UAV, or UUV is potential, is a potential cruise missile.
50 countries have UAVs.
So here they're talking about what you hear about in the news now as kamikaze drones.
No such thing as a kamikaze drone because they're not alive.
Basically, you have these drones that are fitted with munitions that are mobile.
All right, and they're saying that now.
These are mobile drones by air or by sea.
Okay?
And I'm not even sure what RPV means, I'll be honest.
UAV is unmanned aerial vehicle, and then UUV is unmanned underwater vehicle.
Not even sure what that is, but that's what we're talking about.
Low cost and ready availability of requisite technology components essentially ensure the enemy after next will have inventory field of hordes of very capable, easily concealed, very difficult and expensive to counter accurate cruise missiles with a potential devil's brew of warheads.
Yay!
A devil's brew of warheads.
That's fantastic.
Anything with devil's brew on it, just yummy.
So valumetric weaponry right here.
You got your EMP.
Now here it is, your information, internet, and psychological warfare.
They love that.
Miniature brilliant sensor mine combos.
That's what I'm talking about.
The nano sensors that you'll never know about.
Fuel air and dust air thermobarics RF.
Yes, RF frequencies, radio frequencies.
Chemo bio antifunctionals, anti-fauna, islomers, strained bond energy releases, etc.
Carbon fibers and blades and even acoustics.
And acoustics went big when they were doing crowd management.
That's something open out there, openly been used well over a decade.
Anti-personal MW and RF weaponry, heating, high-powered requirements, surface effects, and then brain interactions, low-frequency modulation.
So here they're telling you, hey, we could hit you in the brain with low-frequency waves.
Now, I don't get into targeted individuals a lot.
We do have more cases being discussed via the Havana syndrome thing, but here they're openly talking about it via warfare.
Just put it out there.
It's going to be tough to prove, obviously, if you're getting hit up by the brain interactions and low frequency modulation.
It's kind of a damned if you do, damned if you don't situation.
Effects of low power microwaves, U.S. Army, SRI, and Walter Reed, behavioral performance decreements, seizures, gross alteration in brain function, 30% to 100% increase in brain blood flow, lethality, interactions between low power microwatts per square centimeter, 0.4 to 3 gigahertz, and megawatt a brain function.
So again, you thought maybe I was exaggerating that what they were talking about is that brain interaction through, I mean, they lay it out right here.
Get out of line.
Don't take our pharmaceuticals.
Become too much of a threat.
You know, we might just hit you with the brainwave weapons.
Good luck proving that.
And look, again, I'm not the guy who sits here and talks about directed energy weapons all the time.
But when they put it on paper, when they brag about it, you got to acknowledge it, right?
Often fingerprintless bio-archipelago.
So here you go.
This is where they tell you these are the types of things that we can attack you with, attack human beings with, and you can't do a damn thing about it.
You're talking about the spike proteins and the prion growing, right?
And we already, I mean, do I even have to say viruses?
Carcinogens, toxins, hormones, and regulators.
Puberty blockers, anybody?
Some are fatal to disabling.
Some are short to long time scales.
Anti-flora, fauna, functional.
Direct and undetectable binary.
Oh.
Oh, now we're talking about the programmable stuff.
Now we're going into the binary biologics.
And then, of course, the natural and genomic as well as biohacking.
Hmm.
Fingerprintless.
They never release bioweapons, and then they never inject a bunch of people with bioweapons developed by DARPA in partnership with Moderna.
That never happened.
No.
They never tell you that stop transmission and then give you another and another and then another and then say on the radio, hey, every two months, good to go.
They never do that.
Never.
Some interesting then-year possibilities.
Aphlatoxin, natural parts per billion carcinogen.
Airborne varieties of Ebola.
They're telling you about the bioweapons, by the way.
Binary agents distributed via imported products in vitamins, clothing, and food.
Genomically, individual and societal targeted pathogens.
So you gave up your 23andMe.
We'll target you individually.
But societally and genetically, we might specify some other pathogens just for you too.
Long-term fingerprintless campaign as opposed to shock and awe.
I want to point out, this is a 2001 document.
The terminology shock and awe was popularized in 2003 when we bombed Iraq.
Just a lot of great buzz terms they got out of this one, huh?
Good stuff.
An existing biocalmative Venezuelan equine encephalitis.
So I'm going to guess this is some kind of a biological agent.
It's weaponized by the United States and the USSR in the 50s and 60s.
Easily transmitted via aerosol, highly infectious, low fatality rate, one in five-day incubation, three-week recovery, tested on humans, Operation Whitecoat, no treatment available.
I mean, they're talking about biological warfare here like it's the best thing since breakfast.
No big deal.
No biggie.
Frontiers of rapidly growing genomic institutes and institutions.
Bio on the battlefield.
So here's that great word: sustainment: food, water, soil, air, purification, energy, meds, and health.
I love how health is in quotation marks.
Again, Department of Hygiene, computing, clothing.
Greatly reduces logistics tail and enhances capability.
Then they get into lethality.
Capabilities enhancement, armor, concealment, living camo, sensors, bioweaponry, anti-personnel, functional biovirus into biocomputer.
Explosives and N2 fixation grow overnight.
Antifunctional Weapons00:06:32
What is apparently legal?
Legal.
What can we do to people?
Well, microwaves are legal.
RF antifunctional and anti-personal weaponry.
Chemical antifunctional weaponry, legal.
Chemical psychological effects via sensory organ weaponry, e.g., smell, legal.
Chemical personnel and capacitation weaponry, non-warfare, e.g., hostage or terrorism only.
Psychological warfare, always legal.
Acoustic weaponry, legal.
Mechanical micro dust, legal.
Future non-nuclear explosives for volumetric weapons of mass effect.
Okay, so this is outside of nuclear.
Metastable interstitial composite, M-I-C-C-Banes, order of six times that of TNT.
Fuel air dust explosives, 15 times that of TNT.
Strain bond energy releases, 100 times that of TNT.
Hafnium isomers in the order of 1,000 to 100,000 times TNT.
And then atomic, boron, carbon, and hydrogen are under that.
High energy density materials, power, explosives, propellants.
Tetrahedal, let's see, atomic, metastable, metallic, isonomers, antimatter.
L-E-N-R-S, antimatter.
Again, try you guys look up L-E-N-R because, again, there's some stuff out there.
It's above my pay grade.
Anyone wants to talk Leonard technology with me?
That'd be great.
Current capability: 98 to 29 pounds.
These are the transoceanic UAVs.
In other words, the UAVs they were using pre-war on terror, pre-war on terror, pre-war on terror in the ocean.
Okay?
So, again, above the ocean and around it, what they could carry and for how long?
2,000 miles on a gallon and a half of fuel.
Wow.
How about that?
And then get about 5,000 miles without the load, it looks like.
Provides capability for undetectable, ultra-inexpensive swarms against the continental United States.
So they're looking at it like, hey, this is what we can do now.
Brilliant miniature sensor, mine combos, and then CNTs, power lines, and wire blades.
Oh, this is a good one.
The blast wave accelerator.
Yes, the blast wave accelerator.
So we talk about this weaponry again.
This is 2001.
You're going to get a look at a model of a blast wave accelerator.
It has a global precision strike on the cheap.
No barrel, less than 200 feet, notched rail, sequentially detonated, distributed HE.
Mach 21 or less as desired, up to 3,000 pounds.
You can put the base anywhere, and it's less than 200 pounds via the projectile.
Excellent stealth, no plume, affordability, ferocity, reaction time, survivability, recallability, effectiveness.
Being worked on at Aberdeen and NASA, MSFC for lofting of fuel and what?
NanoSats.
We often talk about nano set technology.
This is a blast wave accelerator.
Think about what we just talked about.
You could have this thing in space.
This is like space weaponry.
Okay.
And you're looking at it.
Page 60 of this bad boy.
Page 60.
Not even.
No, I guess we're a little bit over halfway through this document.
Slingatron for global precision strike.
10 kilogram projectiles up to a thousand, up to thousands in a minute.
Global or less range, $20 million device.
Whatever we just print money.
Mechanical on-the-ground propulsion via gyrating spiral guide tube.
Okay, there it is.
A multiple hula hoop.
The poor man's global precision strike takedown weapon.
Poor man in quotations.
Military overhead system, ubiquitous commercial overhead system, scientific overhead system.
In the context of inexpensive reconstitution via micro nano sats, optical communications, GPS, ubiquitous and inexpensive UAVs and hail adjuncts.
Talking about total surveillance.
An example of a potential competitor military: surveillance intelligence, target damage assessment, utilization of international scientific global change program.
In other words, what could China or Russia do in the future?
Extensive increasing international assets, land-based shipped aircraft, conventional hail spacecraft dedicated to measuring on a global scale details of land, atmospheric ice, ocean, biota status dynamics to understand total Earth system and effects of humans on the global environment.
Extensive, magnificent, often redundant wide coverage and detailed instrumentation suite, imagining radars, SARS, LIDARs, radar ailments, laser altometers, radiometers, scatter meters, spectro sensors, IR sensors, magnometers, etc.
Terabytes plus of data achieved, readily publicly available, increasing in near real time.
It's true.
That's here now.
Sample measurements include, I'm not even going to go all through those, aerosols.
So, in other words, all those which are elements and basically like air, and then we get to aerosols, wind speeds, vector profiles, vegetation types, temperature profiles, humidity profiles, soil moisture composition, snow cover, depth, moisture content.
Beyond Redundant Sensors00:13:42
Basically, they're saying biologically anything.
Then they get to gravity fields and gradients, et cetera, and oceanic waves, cloud distributions.
This is geo and bioengineering at the end.
Okay, just putting that out there.
Global targeting capabilities are a given.
Major issue is legs range for increasingly miniaturized, affordable payloads systems.
Range enhancement approaches, air breathing or water breathing to the first order doubles the range.
Initial boost for cruise, aka the blast wave accelerator, HEDM fuels, atomic, carbon, isomers, drag reduction, wind friction, waves, etc.
And then hypersonic maneuvering boost glide.
Always so worried about that, the hypersonic weaponry.
So you look at this: a summary: major influences of the IT bio nano upon future warfare.
You got the what?
Miniaturized network of multi-physics and hyperspectral sensors.
You have the robotics and automatics in the large.
That is the automation we constantly talk about everywhere.
You wonder why they don't care so much that the mill, oh, we're not meeting our recruitment requirements.
They don't plan on the military being much human, much longer.
Long-range precision strike targeting, and then, of course, again, information, internet warfare, psychological warfare is big.
Many micro nano sats and cruise missiles, as well as UAVs, those are in the real right now.
They type in CubeSats, nano sats, learn about Starlink, learn about blackjack, etc.
And then, of course, binary biological weaponry.
Gain of function, aka biological warfare.
Right there.
And then miniature, ubiquitous, quote-unquote, smart minds, little explosives.
Increasingly critical human limitations and downsides.
Oh.
See, this is it.
We're bad.
We're the bad guys.
We're large.
We're heavy.
We're tender.
We're slow.
We're gooey.
We're the flesh.
We require huge logistics to train, i.e., humans have rapidly decreasing to negative value added.
I mean, let that phrase right there sink in on this document.
Humans have rapidly decreasing to negative value added.
Humans suck.
Oh.
When you try to explain this to people and they say, you're nuts.
They never say they're saying it about human beings 20 plus years ago in a warfare setting.
We're large.
We're heavy.
We're tender.
We're slow.
Physically and mentally.
We're just dumb.
We're not strong.
We're not great.
We require huge logistics to train.
You know, let's really do something about these human beings.
You can't make this up.
So robotics in the large, it saves lives.
It enhances affordability.
It redefines the risk-threat environment and enhances effectiveness.
So the unintended ones, munitions, sensors, platforms, air, sea, land, right?
UGVs, that's the land.
Think about in Israel where you go through checkpoints and you have an automatic gun that's not manned by a person, but it sure has munitions in it.
There are unmanned and unattended sensors that are deciding whether you get shot in the face or not.
That's what they're talking about.
Logistics, spoofing, obscurance, RSTA, including NBC, whatever that means.
Defense across the board, including counter, recon, and ambush, offense, obstacle breaching, the shooter, especially mount and mind clearing.
Isn't that great?
The shooter.
And, you know, let's bring that up right now.
Let's do it live.
Let's see.
I forget what it was called, but Israeli checkpoint gun automatic.
Let's see.
There it is.
The AI-powered gun.
It's great.
It's fantastic.
They're just experimenting with it.
Yeah.
Just we got a little experiment going on.
Smart shooter.
That's what it is.
It's the smart shooter.
Great.
Got it right up on here on the top.
You're going to walk through your little.
I mean, nothing dystopian about that.
No.
It's great.
Oh, boy.
Oh, boy.
All right.
Let's keep going down the line.
Emerging characteristics of robotic systems enabled by ongoing IT revolutions, communications, sensors, computations, and miniaturization.
From expert systems towards AI and beyond.
Much more reactive than humans.
Greatly increased tempo.
Greatly improved hyperspectral sensors and data fusion.
Greatly improved accuracy and lethality.
Greatly improved accuracy and lethality.
Greatly improved affordability.
It's cheaper and deadlier, more accurate too.
And it's smaller.
It redefines risk, minimal casualties, salutes CNN syndrome.
Oh, yeah.
They talk about CNN syndrome in here.
I don't think we've gotten to CNN syndrome, but that's the manipulation of you, okay, via the media after the first Gulf War and how they're going to utilize that in psychological warfare.
So you'll accept the robots because of the minimal casualties.
Greatly reduced logistics.
Robot intelligence, two flavors.
Traditional AI, rule-based, and then experiential, behavior-based neural nets, other soft computing.
The combination of these is current best bet per Moravic to produce artificial cyber life, which will possibly to probably be sentient, but will not be anthropomorphic.
So right here, telling you, yeah, we're going to create consciousness.
These entities that Kurzweil has talked about.
Okay, that's a reality.
And they're going to be quote-unquote sentient life.
Lovely.
Because we're icky-gooey weird human beings.
That's why.
And here they have an evolution of computer power cost, brain power equivalent.
I mean, this is the graph.
But again, this is the graph that we come from, like bacteria, right?
And I'm sorry, I don't buy into it.
Call me Kookie.
Call me Kookie.
Robotic intelligence.
Oh, sorry, did I go back up?
Sorry.
My bad.
My bad.
What is beyond robotic systems, sensors, platforms, weapons, and munitions?
From the automation revolution to autonomous warfare, computer capability will exist beyond the teraflop to do AI or bio-required connectivity is a given.
Competitor capabilities, tempo sign lines, the innate inadequacies of human interactions, education, conscious decisions, timelines.
Yes, the innate inadequacies of human interactions, education, and consciousness.
Little to no troops.
Acme warfare LTD.
In other words, we're getting rid of the humans.
A flat hierarchy.
Demise of main in the chair, whatever that means.
Yikes.
High-level soft sciences, human aspects, boundary conditions, sociological, and quote-unquote humanitarian, political, environmental, religious, psychological, economics, etc.
In other words, when you look at this, okay, this is how we bring it in.
This is how we do it.
Through politics, the environment.
Again, the sky is falling.
Through religious aspects of this.
And I would say the religious ones when we look at it.
The way to do that is you just point to the enemy.
And then again, you're going to want to save the lives.
It's ethical.
So many people will be behind these robots.
You have no idea.
You have no idea.
Non-explosive warfare, internet warfare, okay?
And then psychological warfare in the large happening everywhere.
Antifunctionals, you have the chemical warfare, the biological, etc.
And then you have the RF warfare.
Then you look at the sensors they have, the natural warfare.
Utilize institutionalized plants, animals, insects as sensor platforms.
Instruments to indicate presence, movement, characteristics.
So it's not just the internet of bodies for us that I constantly talk about.
It's literally turning them into surveillance objects as well.
Sensitivity to casualties, greatly enhanced by the CNN syndrome.
But they talk about exploiting that.
Vulnerabilities to terrorism.
This is pre-9/11.
And then all of a sudden, CNN syndrome really got exploited, didn't it?
Increasing over-reliance upon vulnerable overhead assets.
Potential and root logistical vulnerabilities.
Logistics surface ships and air are non-LO and undefended, could be targeted and atriated inside the continental shelf by eggs, subsurface, floating, encapsulated missiles implanted by freighters via the sea or air.
Transoceanic UAVs, USVs, UUVs.
They've got the torpedoes, the missiles, the submarines, the blast wave accelerator, etc.
Mines, and then a cruise and TBM missiles.
Fundamental problem with future U.S. projection.
EAN can have country-sized magazines filled with hordes of inexpensive precision strike munitions, area denial.
U.S. forces run out of bullets and die.
Beam weapons are not a panacea.
There are inexpensive workarounds available.
We shouldn't be running out of bullets, by the way.
And, you know, again, this is more of an excuse to what?
Fund the military-industrial complex, fund these programs, and really strike fear into those that would go against it.
Deepwater subs with large loadout.
Swimming weaponry, only survivable, close-in platform.
Okay.
What do we got here?
We got, let's see, 21.
We've actually got about a third of this left.
So I think I'm going to leave that.
We're going to make this into three spots.
Only so much of it I can take.
Plus, I've been ranting and raving for an hour and 40 straight.
It's just been me and you.
Only So Much00:01:17
I do want to remind everybody that I am a documentary filmmaker.
And so much of what we have discussed today and discussed in the past are covered at length in my films, Loose Change and Final Loose Change Final Cut and Fabled Enemies, both of them 9-11 pictures that will give you a larger idea of what is really going on out there.
Invisible Empire, a new world order to find, and shade the motion picture.
Really, my global governance films, as well as bioengineering and geoengineering, when you talk about shade, really more of a historical reference to the terminology of the new world order, how it plays into all of these collectivist ideal sets and how it is not fictitious.
Get that.
We're on banned.video.
We are on the bit shoot.
We're all over the place.
Redvoicemedia.com/slash Jason.
If you're watching this on the replay, is where you can get the live stuff and also over on Podbean via the audio.