How to Bypass a Cell Phone Jammer Using Salt and GPS ?
In this article I’m going to cover three ways to get around a cell phone jammer. You can use a jammer, GPS jammer, or the salt technique. If none of these options work for you, read on to find out how to bypass a cell phone jammer using salt and GPS. Bypassing a cell phone jammer using salt is easy to do and can be done by anyone in a situation where they cannot use their phone.
Using a jammer to bypass a cell phone jammer
There is a very good chance you’ve heard about the dangers of using a jammer to block cell phone signals. In the U.S., this practice is illegal, as it interferes with radio communications and is considered property theft under the Communications Act of 1934. It’s also against the law to sell, buy, or use cell phone jammers – even if you’ve seen ads for them on Craigslist. And if caught, you’re going to be fined up to $11,000 and even spent up to a year in jail.
In order to successfully jam a cell phone, you need a device that can broadcast the proper frequency to disable it. Different cellular systems process signals differently. In Europe and Asia, GSM uses the 900-MHz band, while in the U.S., GSM operates in the 1900-MHz band. Using a jammer that broadcasts to any frequency can disrupt the signal from a cell phone, but it’s not always possible to do so. Jammers are effective against CDMA, TDMA, GSM, Nextel, and AMPS systems. They also work against analog cell phones.
In some areas of the world, owning a cell phone jammer is a criminal offense. While it’s legal to operate and own a jammer in your home, it’s not a good idea to use one in public areas. Some countries have laws prohibiting the use of jammers, so it’s advisable to read the laws of your country before using one.
Using a GPS jammer to bypass a cell phone jammer
If you’ve ever watched the movie Taken, you know that there is a lot of talk about how the technology allows people to track you. These days, even Google and other big tech companies can use your GPS signal to track you down. GPS jammers block this data, and they can also prevent tech companies from tracking your location. This article will explain why using a GPS jammer is beneficial.
To get around a cell phone or GPS jammer, you’ll need to buy a device that can broadcast on the right frequencies. Different networks operate on different frequencies. GSM, for example, uses the 900 MHz band, while DCS operates in the 1800-MHz range. You can buy a jammer that can block both GSM and DCS frequencies, making it effective against all of these systems. And while cell phone jammers can be effective against these systems, they don’t block analog cell phones.
GPS jammers are a common type of cell phone or GPS signal blocker that interferes with the communication signals of satellites. This means that the devices that use GPS cannot accurately determine their locations. They are often illegal, but you can use a GPS jammer to bypass a cell phone or GPS jammer if you know someone who does. The US Federal Communications Commission has confirmed that this technology is illegal. These devices can prevent you from knowing your exact location, while at the same time giving you the ability to get directions easily.
Using a salt technique to bypass a cell phone jammer
A cell phone jammer blocks signals. This device blocks mobile signals up to 30 feet away from the jammer’s point. It was first used to block unwanted calls from telemarketers and people from talking on their cell phones in public. But its misuse led the government to ban cell phone jammers in many countries. However, if you’re in a jammed area and you can walk away, you can disable the jammer’s signal.
In an attempt to free themselves from the jail, the prisoners devised a salt technique to bypass a cell telephone jammer. In Kannur jail, the inmates first tried to damage the jammer by urinating and boiling water. When these methods failed, the prisoners sought help from an engineer who was being held for the case. The engineer applied salt to the jammer, and after a few weeks, it ceased to function.