If necessary, indicate your phone number on any site, it is not necessary to go to the store and buy a new SIM card, it is enough to rent a virtual number and register on the site with a temporary number.
However, most people are not aware that the foundation of the Internet is old and outdated. The design of Ethernet, which is the basic level of the Internet used to transmit information, has not changed much over the past 30 years. Of course, improvements have been made in terms of bandwidth, but some of the limitations that underlie its underlying technology have not yet been resolved.
The method of transmitting information over Ethernet (which depends on the hardware) is non-programmable and unencrypted. This leads to the fact that enterprises using this technology are constantly trying to catch up on adapting their networks to a changing business. It also protects them from the constant threat of intruders. All applications, cloud services and networks that we use and which we rely on every day, continue to be built on this fragile foundation, which is unsafe, complex and manageable.
But now, thanks to the use of blockchain, projects like Marconi, they give the Internet much-needed updates in the areas of infrastructure scalability, security and privacy.
Our world is moving at super-speed, and in order to survive, enterprises must adapt quickly and efficiently. Whether it’s preparing for sudden growth, connecting a new office or installing new software to optimize existing processes, enterprises are constantly experiencing a headache trying to maintain, customize and scale their infrastructure in accordance with an endlessly changing business landscape.
The basic network infrastructure in most companies consists mainly of hardware, which makes it incredibly difficult to adapt even in seemingly harmless situations, when enterprises make minor changes to their processes or grow slightly higher than expected.
Of course, enterprises are developing and using methods such as implementing a cloud or multi-cloud strategy, but this is also related to their problems. Platforms in the cloud often cannot see each other, let alone communicate. This leads to the fact that platform platforms are a nightmare for enterprises to maintain a common standard for best practices or guarantee the integrity of information.
Marconi strives to make infrastructure flexible. By implementing virtual network overlay, it adds flexibility to both on-premises and cloud-based hardware, expanding connectivity, management, and scalability. Instead of focusing on reconfiguring inflexible hardware devices, enterprises can now quickly configure their network infrastructure to meet changing enterprise requirements. Also, working at a very low level in the network stack, he creates a single base that connects various platforms that previously had separate rules and processes. Using this protocol, different platforms can now interact with each other regardless of whether they are a multi-cloud or hybrid cloud.
Security and privacy
The internet has changed. When it was originally developed, the only focus was on connectivity. Businesses did not face constant threats, such as hackers trying to track or steal confidential information, because the world was not connected to Net as of now.
Now the Internet is a war zone, bombarded with new cases of leakage of personal data of enterprises, loss of money and unauthorized operations. This can often lead not only to loss of income, but also to more serious losses, such as loss of consumer confidence, which can often be irreparable.
Despite all this, the underlying technology on which most network platforms are built is still an outdated technology that ignores the new dangers that lurk in our online world today. Information is still transmitted in open raw network packets, which allows attackers not only to track, but also to easily insert malicious data to crack the system. People try to solve this problem through SSL / TLS, but it only solves a part of the problem and is accessible only from websites that have encountered the problem of enabling them. Therefore, a huge amount of user traffic remains unprotected, and no one is aware of this. And while companies are trying to protect themselves with firewalls and VPNs, it quickly becomes expensive and time-consuming to manage.
Marconi strives to solve this problem at its core. The protocol has a built-in encryption scheme to provide security and privacy by default. Unlike the existing network setup, where you need to constantly configure and maintain a VPN or firewall, the protocol does not require adding anything to protect the network. Marconi works as an overlay on top of existing infrastructure, so organizations can still use the same equipment and infrastructure as before, but with a new and improved foundation for the Internet.
Another security benefit is that Marconi can protect user privacy by hiding users' IP addresses. This is achieved using the Marconi decentralized routing protocol, which sends user traffic through several hops until it reaches its final destination, so that the original sender cannot be identified. Companies that deal with confidential information, such as financial data or health data, can now ensure that their network activity is not easily monitored or designed to attack.
The online world in which we now live is very different from the world that was 30 years ago on the Internet. The hyperconnection of the modern world requires that enterprises be globally connected and scale at any time. Unfortunately, the 30-year-old foundation on which everything is built is becoming more obsolete every day and leads to additional costs, headaches and security problems for each platform on which it is built. Using blockchain technology, solutions like Marconi aim to improve the foundation of the Internet so that enterprises can grow on it for another 30 years.