Secure surfing and online security

Secure surfing is not always as easy as it seems. The internet’s rapid growth has made privacy almost an afterthought. This is because of the protocol that we use to transfer most of our online surfing. If you are a beginner and want to get accurate and up-to-date information about the latest developments in the world of technology, as well as practical tips and advice for staying safe and secure online, you need to visit usergorilla

HTTP stands for Hyper Text Transport Protocol. This language or protocol can be found at the beginning and end of all web requests you make. HTTP stands to represent Hyper Text Transport Protocol. It’s a simple communication medium that is fast. This speed is perhaps the internet’s greatest asset and has allowed the web to develop at an amazing pace. It is also very insecure. All information is transmitted in clear and readable ascii text.

Logging all data for an average internet connection will reveal almost all of its information. Every website, everything that you send and receive is immediately accessible. This data is transmitted over the internet with an attached IP address, which is linked back to your physical machine.

This is a problem for secure surfing. First, everything you do on the Internet is stored in logs by your ISP. They are therefore not very secure. This would depend on what ISP you use. But, as logs are a complete record online surfing activity you can expect them to be very secure.

There are many other points where the data can also be intercepted. These include logs stored on routers and the websites you visit. These can all be legitimately recorded, logged. But because the information contains real data in cleartext it also attracts identity thieves and hackers who use the data for criminal purposes or identity theft.

Many people who spend a lot of their time online are increasingly concerned about secure surfing. We are unable to access any personal information once it has been sent from our computer via a clear text packet.