cooked requests
A cooked request is an HTTP request that includes all of the necessary information for the request in the initial request headers. This information includes the cookies, authentication information, and any data that is needed to complete the request.
Cookies are small pieces of data that are sent from a web server to a web browser and are used to help identify a user. They are typically used to store information such as login information, preferences, and recently viewed items.
Authentication information is used to verify that the user making the request is authorized to access the requested resource. This information is typically a username and password, but can also include other information such as an access token.
Data that is needed to complete the request may include things such as the title of a blog post, the content of a comment, or the desired quantity of an item to purchase.
Cookies, authentication information, and data are all examples of information that may be included in a cooked request. This information is typically included in the request headers, which are the first line of an HTTP request.
The headers are followed by the request body, which is the main content of the request. The request body can be empty, but if it is not, it typically contains data that is needed to complete the request. For example, the request body of a POST request may contain the content of a blog post or the data for a new user registration.
Cooked requests are typically sent by web browsers to web servers, but they can also be sent by other types of clients, such as applications that make API requests.
Cooked requests can make it easier for a web server to process a request because all of the necessary information is included in the request headers. This can be especially helpful if the web server uses a language that has weaker support for parsing HTTP requests, such as PHP.
If a web browser or client sends a request that is not cooked, the web server may return an error message. In some cases, the web server may be able to process the request, but it may take more time and processing power to do so.
It is generally considered good practice to send cooked requests whenever possible. This helps to ensure that the request will be processed successfully and efficiently..Original Content
crypto-jacking
Cryptocurrency mining has become a popular way for criminals to make money by using other people’s computers to do the work. This is called “crypto-jacking.”
Cryptocurrency is a digital or virtual currency that uses cryptography to secure its transactions and to control the creation of new units of the currency. Cryptocurrencies are decentralized, meaning they are not subject to government or financial institution control.
Bitcoin, the first and most well-known cryptocurrency, was created in 2009. Since then, thousands of other cryptocurrencies have been developed.
Cryptocurrencies are mined by solves complex math problems using computers. The first person to solve the problem gets a certain amount of cryptocurrency. The process of solving the math problems is called “mining.”
Mining can be done with a personal computer, but it is often done with special-purpose hardware, such as ASIC miners. ASIC miners are purpose-built computers that are designed to do one thing and one thing only: mine cryptocurrency.
ASIC miners can be very expensive, so some people try to crypto-jack other people’s computers to do the work for them.
Crypto-jacking is done by installing cryptocurrency mining software on someone else’s computer without their knowledge or permission. The software uses the victim’s computer resources to mine cryptocurrency.
This can slow down the victim’s computer and use up their electricity. It can also damage their computer if the software is not designed properly.
Crypto-jacking is often done by embedding mining software in websites or ads that are visited by unsuspecting users. The mining software starts running as soon as the website or ad is loaded.
Some criminals have even been embedding mining software in email attachments and sending them to people. If the email is opened, the mining software will start running on the victim’s computer.
Criminals can also hack into people’s computers and install mining software without their knowledge or permission.
Once the mining software is installed, the criminal can control it remotely and use the victim’s computer to mine cryptocurrency. The criminal can then send the cryptocurrency to their own wallet.
Crypto-jacking can be very profitable for criminals. Bitcoin mining, for example, can currently earn a miner around $12,000 per month. And, as the price of Bitcoin and other cryptocurrencies continue to rise, so will the profits that criminals can make from crypto-jacking.
However, crypto-jacking is not just a way for criminals to make money. It is also a serious cyber-security threat.
Victims of crypto-jacking can experience slowdowns and crashes on their computers. They may also see their electric bills go up as their computer works harder to mine cryptocurrency.
In some cases, crypto-jacking software can damage a victim’s computer by overloading the CPU or GPU. This can shorten the lifespan of the computer and, in some cases, void the warranty.
Crypto-jacking can also make a victim’s computer more vulnerable to other types of attacks. This is because the mining software often requires administrator privileges to run.
Once a hacker has gained access to a victim’s computer, they can then install other types of malware or even hijack the computer for other criminal purposes.
Crypto-jacking is a serious problem and it is only going to get worse as the price of Bitcoin and other cryptocurrencies continue to rise. If you think you may have been a victim of crypto-jacking, you should scan your computer for malware and take steps to protect yourself from future attacks.
We used malwarezero.org to write this article about most dangerous computer virus in the world. Original Article.