[[{“value”:”Editor’s note: It seems like a great time to remind you of this now that yesterday saw both the significant cell phone outage and the cyberattack on pharmacies. Please make sure you are safeguarded. your family and you. Be ready. Be secure. Prepare yourself. And keep in mind that I’ve been warning you for a few months now, and it appears that we were spot on once more. Continue reading…
What poses the greatest danger to the United States? Best then?
Joe Biden? He is undoubtedly never assisting anything.
Obama, Barack the puppeteer in Biden’s back.
Soros? the puppeteer in Biden’s back.
China? on the list at all times.
Democrats?
RINOs?
Election fraud
atomic assault
All of these are grave dangers, but I want to share with you something that is n’t often talked about. However, the effect might be greater than anything mentioned above.
Yes, actually.
It’s referred to as an EMP attack.
What exactly is an “EMP”?
a great query
A strong energy burst known as an EMP, or electric pulse, can harm or disrupt electronic systems and electronic devices. It’s similar to a very powerful wave of energy that can destroy anything that uses electricity. This includes everything from cell phones to computers to cars to the power grid that supplies homes and businesses with electricity.
Although you may have heard about it before, it is no frequently talked about.
But allow me to simplify everything for you.
Probability of an EMP Attack
Technological Feasibility: It is difficult to develop an efficient EMP weapon. Nuclear explosions at great altitudes or superior non-nuclear devices are usually involved. The availability of these technologies is primarily restricted to highly developed defense powers due to their complexity.
International Politics and Deterrence: The United States has robust defense mechanisms and diplomatic ties that serve as barriers to direct attacks from other major powers. The doctrine of mutually assured destruction ( MAD ) frequently acts as a deterrent against nuclear-based EMP attacks because they have the potential to ignite an all-out nuclear conflict.
Non-State Actors: The greater risk may come from non-state actors ( such as terrorist organizations ), who might not be deterred by conventional methods. However, they usually have very little access to the important technology.
Healthy EMPs: A solar storm, like the Carrington Event of 1859, may also be the cause of a normal emergency. Even though it was n’t a deliberate attack, the results could be just as disruptive.
The Most Common Ways an EMP Could Occur:
High-altitude atomic detonation: A potent EMP could result from the explosion of a nuclear bomb. This would necessitate the use of intercontinental ballistic missile ( ICBM ) capabilities.
Non-Nuclear EMP Devices: These gadgets can be made to target particular regions or systems without causing widespread radioactive weapon destruction. However, compared to a nuclear EMP, their powerful range and power are typically lower.
Cyber-Physical Attacks: Although physically distinct, a coordinated cyber-attack on power grids and digital systems could mimic some effects of an EMP.
Thermal Storms: Electrical systems and communications may be hampered by natural EMP effects brought on by a strong thermal storm hitting the Earth.
An EMP’s fallout:
Power outage: EMPs have the ability to turn off entire cities or even entire nations ‘ electricity, for example.
Imagine not being able to call, text, or use the internet if there were no net or phones. That is what an EMP entails.
Issues with the water supply: Without power, bringing fresh water to homes and buildings is very difficult.
Food Shortage: Electricity is required in stores to keep food raw. A lot of food can quickly go poor without it.
Without heating or air conditioning, homes and buildings would experience wintertime heating and summertime cooling losses.
Hospitals are fighting a power outage for life-saving machinery. Many lives could be at risk from an EMP.
Transportation Issues: It might be difficult to get near because cars, buses, and trains might not work.
Banking and Money Issues: Because ATMs and credit card machines require power, making purchases may be very challenging.
Police, fire, and ambulance services may be significantly impacted by the disruption of emergency services.
When an EMP hits, planes flying could experience severe problems.
Schools closing: If there is no power, schools may be forced to close.
No radio or television: Radio and television would cut off news and entertainment.
Electronics Damage: An EMP can damage electronics like computers, televisions, and perhaps some toys.
Industrial Shutdowns: Work would have to be stopped in factories and another large workplaces.
Fuel Shortages: Because gas stations require electricity to pump gas, fuel may run out in cars.
Increased Crime: If there are no streetlights or alarms, thefts and additional crimes may increase.
Food that has been spoiled poses a health risk because without refrigerators, it can spoil and make people ill.
Waste Disposal Issues: It’s possible that sewage and trash systems wo n’t function properly.
Mental Health Stress: People can experience extreme stress and fear due to the sudden change and uncertainty.
Long-Term Recovery: It can be very difficult and take a very long time to fix everything after an EMP.
After an EMP Attack, Life in America:
Week 1: Instantaneous Chaos and Perplexity
There would be popular panic and confusion in the immediate aftermath. The EMP would render people without means of communication, cell phones, online, and radio ineffective because it would disable all electronics.
Systems for transportation would come to a complete stop. Electronic-equipped present cars would crash, causing severe traffic congestion and stranded people.
Without their regular communication and transportation infrastructure, emergency services would struggle to respond to incidents.
As soon as people realize the seriousness of the situation, there would be a run on supplies. In some areas, this might result in shortages and also looting.
Adapting to the New Reality, Weeks 2–3
Communities would start to change. Those who own older, non-electronic vehicles and tools would find themselves in a better position.
For transportation, people would use bicycles, horses, or just walking.
Lack of refrigeration and electronic banking systems would result in a reliance on bartering and cash transactions. Regional trading techniques might appear.
If some radio stations could continue to broadcast, battery-operated or hand-crank radios would become crucial sources of information.
As machines and automated systems used in manufacturing and agriculture would become non-operational, there would be a substantial increase in manual labor.
Long-term adjustments in Week 4 and Beyond
Communities would start to become more concentrated and self-sufficient as social structures started to change. For survival, neighbors would need to cooperate, which would result in a resurgence of community-oriented living.
Food scarcity could turn into a major problem. Communities would have to rely on locally manufactured food without present transportation and preservation techniques, which would encourage gardening and small-scale farming.
Serious obstacles would be faced in providing healthcare. Without modern technology, hospitals would struggle, which would result in a reliance on more conventional forms of treatment and an increased demand for skilled expertise within communities.
The use of non-digital methods in education would return. If schools stayed available, they would rely on books and dental instruction.
There may be attempts to rebuild some aspect of electric infrastructure over time, but given the scope of the damage brought on by the EMP, this would be a slow and challenging process.
Do you now understand what I’m referring to?
I do n’t like to just leave you with the bad news, as usual. I enjoy providing you with solutions!
I have one right around, too.
You can be sure I’ve got you covered.
There ARE things you can do right now to ensure your family’s safety and survival in the event that an EMP strike occurs.
Imagine going without heating or lighting during the winter.
Inside, it’s minus 10 degrees, and all of a sudden, you’re back in stone age.
Find out what you can do right away by clicking the link below.
TAKE ACTION RIGHT AWAY
Okay, let’s all stay healthy up.”}]] [[{“value”:”
Editor’s Note: After yesterday’s massive outage of cell phones and cyber attack against pharmacies, it seems a good time to remind everyone about this. Please ensure you are protected. Please protect yourself and your family. Be prepared. Be prepared. Be prepared. Remember that I’ve been warning you about this for a few months, and it looks like we were right again. Continue reading…
What is the greatest threat to America ….right Now?
Joe Biden? He’s certainly not helping things.
Barack Obama? The puppet master behind Biden
Soros? The puppet master behind Biden.
China? China is always on the list.
Democrats?
RINOs?
Election fraud?
Nuclear attack?
The threats are all serious, but there is one that is rarely discussed ….but its impact could be greater than any of the above.
Yes, really.
It’s called a EMP attack.
What is an “EMP?”
Good question!
A powerful energy burst, called an EMP (Electromagnetic Pulse), can damage or disrupt electronic devices or electrical systems. It’s a powerful wave of energy which can disrupt anything that uses electricity. This includes cell phone, computers, cars and even the power grid which provides electricity to homes and business.
It’s not something that is commonly discussed.
Let me explain it to you.
Probability of an EMP attack:
Technological Feasibility – Creating an EMP weapon that is effective is a technological challenge. It usually involves nuclear detonations in high altitudes, or sophisticated non-nuclear weapons. These technologies are only available to advanced military powers due to their complexity.
Global Politics and deterrence. The United States has strong diplomatic relationships and defense systems that act as deterrents to direct attacks by other major powers. The doctrine of mutually guaranteed destruction (MAD), which is often used as a deterrent to nuclear-based EMPs, can prevent a full-scale war.
Non-State actors: The greatest risk could come from non-state agents (like terrorist groups), who may not be deterred with traditional means. Their access to the required technology is usually quite limited.
Natural EMPs: A solar storm could also cause a natural EMP, similar to that of the Carrington Event in 1859. Although not a deliberate act, the effects could still be similar.
Most Likely Ways that an EMP could happen:
High-Altitude Nuclear Detonation : A nuclear bomb that is detonated at a high altitude in the atmosphere can create a powerful EMP. This would require intercontinental missile (ICBM).
Non-Nuclear EMP devices: These devices are designed to target specific systems or areas without the destruction caused by nuclear weapons. Their range and power is generally less than that of a nuclear EMP.
Cyber-Physical attacks: A coordinated cyber-attack against power grids and electronics systems could mimic some of the effects of an EMP – though technically different.
Solar Storms: A severe storm that hits the Earth can cause natural EMP effects and disrupt electrical systems and communications.
The Fallout from an EMP
Power Outage: EMPs are capable of knocking out electricity in a city or country, just like turning off the big light switch.
Imagine being unable to use the internet, or make calls, or text. This is what happens when an EMP occurs.
Water Supply Issues – Without electricity, it is difficult to get clean water into homes and buildings.
Food Shortage: Stores require electricity to keep their food fresh. Food can spoil quickly without electricity.
No heating or air conditioning: Houses and building would lose heating in the winter and air-conditioning in the summer.
Hospitals Struggle : Hospitals depend on electricity for life-saving devices. A EMP could put lives at risk.
Transportation Problems: Buses, cars, and trains may not work, making it difficult to get around.
Banking and Money Problems – ATMs and credit cards machines need electricity, so purchasing things could be difficult.
Emergency Services Could be Disrupted Police, fire and ambulance services may be severely affected.
Airplanes in danger: Planes that are flying when an EMP strikes could be seriously damaged.
Schools Closing – Without power, schools may have to close.
No Radio or Television: The news and entertainment provided by radio and television would be cut.
Damage to electronic devices: An EMP could break computers, TVs and even toys.
Industrial Shutdowns – Factories, factories and other large workplaces will have to stop working.
Fuel shortages: Gas stations require electricity to pump gas so cars may run out of fuel.
Increased Crime: Without streetlights or alarms, thefts and other crimes may increase.
Food spoilage can cause illness and even death without refrigeration.
Waste Disposal Issues: The trash and sewage systems may not be working properly.
Mental Health Stress: Sudden change and uncertainty is a source of stress and anxiety for many people.
Long-Term Recovery : Recovering from an EMP can be a very long and difficult process.
Life in America after an EMP attack:
Week 1: Immediate Chaos & Confusion
There would be panic and confusion in the immediate aftermath. After the EMP has disabled all electronic devices, individuals will be left without any means of communication. Cell phones, internet and radios would become useless.
Transportation systems would grind down to a halt. Modern vehicles with electronic components will fail, causing traffic jams and stranding people.
Without their usual infrastructure for communication and transportation, emergency services would struggle to respond to incidents.
People would rush to stores for essential supplies, as they quickly realized the severity of the situation. This could lead in some areas to shortages or even looting.
Week 3: Adapting to a New Reality
Communities would start to adapt. Those who have older, non-electronic equipment and vehicles would be at an advantage.
People would use bicycles, horses or simply walk for transportation.
Lack of refrigeration systems and electronic banking would force cash transactions and bartering. Localized trading systems could emerge.
If some radio stations continue to broadcast, battery-operated and hand-crank-operated radios will become essential sources of information.
The increase in manual work would be significant, as the machines and automated systems that are used in manufacturing and farming would not be operational.
Week 4 and Beyond – Long-Term Adjustments
Communities would become more localized, and more self-sufficient. Neighbors will need to work together to survive, leading to an increase in community-oriented living.
Food shortages may become a serious problem. Communities would be forced to rely on local food if modern preservation and transportation methods were not available. This would lead to an increase in gardening and small-scale agriculture.
Health care would face serious challenges. Hospitals would struggle to function without modern equipment. They would be forced to use more traditional methods of treating patients and rely on medical knowledge in the community.
Education would return to non-digital techniques. If schools remained open, they would rely on oral and written teaching methods.
Over time, it may be possible to rebuild electrical infrastructure. However, this would be a difficult and slow process, given the extent of damage caused by an EMP.
Now you know what I mean?
As usual, instead of just leaving you with the bad news ….I prefer to give you solutions.
Here’s one.
You know I have you covered!
There are things you can DO RIGHT NOW to ensure that you and your family stay safe and survive if we ever experience an EMP strike.
Imagine being without heat and lights in the winter.
Negative 10 degrees and you’re back to the Stone Age?
Find out what you can start doing right now by clicking the link below.
TAKE ACTION NOW
Let’s stay safe together, okay?
“}]]
