The Dangers of a “Net Neutrality”-Free Internet
In a world without “net neutrality,” network security becomes a major concern. The recent Federal Communications Commission (FCC) decision to repeal the “network neutrality” resolution has lifted legal constraints on network attacks, leaving the Internet more vulnerable than ever.
The Power of Root Servers
The Internet relies on a network of root servers to function. There are 13 root servers in total, with 10 located in the United States, two in Europe, and one in Taiwan. These servers are responsible for resolving domain names and providing a legal identity on the Internet. However, if a root server refuses to resolve a domain name, the associated website or network unit will be effectively wiped from the Internet.
The US Advantage
The United States has an overwhelming technical advantage in the field of Internet technology, which has led to a strong network attack capability. With the repeal of “network neutrality,” the US can use its vast power to launch large-scale network attacks, taking advantage of its absolute advantage in terms of root servers.
Global Concerns
The US dominance in the Internet field has raised concerns among other countries. In response, China has launched the “Snowman Plan,” a project to deploy 25 new-generation servers in the US, Japan, China, India, Germany, France, and Russia. This move has weakened the US blockade of network capacity to some extent.
IPv6 and the Future of the Internet
China is now in full swing deployment of IPv6, while the US is still clinging to the IPv4 era. This has led to a significant increase in large-scale DDoS attacks. The deployment of root servers and the “snowman plan” have become a major point of contention between nations.
DDoS Attacks: A Growing Threat
DDoS attacks, which stand for Distributed Denial of Service, have become a major concern for online businesses. These attacks involve an attacker launching a large number of requests to a target website in a short period of time, consuming resources and causing the website to become unavailable. In February this year, GitHub suffered the largest DDoS attack ever recorded, with a bandwidth of 1.35 Tbps.
Protecting Against DDoS Attacks
While DDoS attacks may seem like a simple and easy-to-use method of cyber attacks, there are sophisticated network security solutions available to protect against them. Shoot cloud security offers a range of services, including DDoS protection, CC protection, and WAF protection, to help users build a stable and efficient Internet security.
Shoot Cloud Security Solutions
Shoot cloud security’s CDN network provides customers with DDoS protection, CC protection, and WAF protection, network security services, and network-wide real-time delivery rules. Their solutions can protect against a range of attacks, including SYN Flood, ACK Flood, UDP Flood, HTTP Flood, CC, and other types of attacks.
How Shoot Cloud Security Works
Shoot cloud security’s platform identifies attack traffic and pulls it to the nearest node for cleaning. After cleaning, the flow is returned to the source server, while refusing attack traffic to ensure normal traffic operations. This solution can hide the source station address, avoiding traffic being DDoS attacked and ensuring normal access to the source station.
Conclusion
In a world without “net neutrality,” network security becomes a major concern. The deployment of root servers and the “snowman plan” have become a major point of contention between nations. However, with sophisticated network security solutions available, users can protect against DDoS attacks and ensure the stability and efficiency of their online presence.