Integrating VPN with Blockchain for Business Security

When you go online today, you find yourself engaged in a losing battle for your privacy. Every site you visit, every app you download, every service you subscribe to collects your personal data. The exponential growth of places where this data accumulates online is overwhelming. It becomes impossible to keep track of all of it, let alone control who gets to see it.

Years ago, some forward-thinking companies realized that the lack of privacy would only worsen over time. They took action and created a service called a virtual private network (VPN). This technology quickly became the top recommendation for cybersecurity, offering a two-pronged approach: it hides your physical location by routing your IP address through a distant server and applies encryption to your internet connection.

However, a problem has recently emerged that raises doubts about the actual privacy level provided by these services. It appears that a VPN is not the foolproof protection we once believed. In this article, we will discuss the warning signs to watch out for with your VPN provider and explore how developers are working to address these issues.

What do you need to know about VPN?

When you use a virtual private network (VPN), it creates a tunnel between two points. With a VPN, you get an IP address different from your original one, which allows you to appear as if you\’re browsing the internet from a different location. This is particularly helpful for accessing restricted or blocked websites in certain countries. It\’s important to note that while most VPNs aim to provide security and privacy, there are still centralized issues that need addressing when using traditional VPN services.

Centralized networks

You should avoid using traditional VPN servers hosted and controlled by commercial organizations. These servers charge subscription and bandwidth fees, and local regulations may allow disclosure of subscriber data. Additionally, there is a high likelihood that these companies store your personal data, making central servers vulnerable to hackers. It is challenging to claim that privacy and security are improved when using centralized VPNs.

A lot depends on the provider. Several good VPNs take care of their users\’ data and have an impeccable reputation. It is not necessary to integrate blockchain for business security since services such as VeePN are quite reliable. To understand this better, you need to find out what PPTP VPN is. The VeePN.com website has a detailed analysis of this technology and other VPN protocols. The question is whether the service, even in the free trial version, offers good Internet speed, which most decentralized networks cannot offer.

Decentralized networks

A decentralized VPN doesn\’t rely on a single centralized server; this makes the system fairer, more secure, and more confidential. In a decentralized VPN, the traffic of multiple computers is combined, and data is exchanged using a peer-to-peer system. Each computer acts as a server. By using blockchain technologies, decentralized VPNs can be built with significantly increased security. The unique aspect is that network nodes in a decentralized VPN can make decisions that impact the system. This renders decentralized VPNs unhackable, as hacking would require compromising each network node individually to gain access.

How does Blockchain VPN work?

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If you haven\’t come across a VPN for business based on blockchain technology yet, get ready because it\’s about to blow your mind. While explaining the complex inner workings can be a challenge, the big picture is actually quite straightforward. The technology offers a decentralized open-source bandwidth that guarantees complete anonymity and resistance to censorship.

The best part is that you don\’t need a subscription to use bandwidth. It operates on a pay-as-you-go model, utilizing a cryptocurrency. Now, there have been some concerns raised about the level of decentralization and privacy provided by Ethereum, especially considering that a quarter of it runs on Amazon\’s AWS cloud service. But let\’s leave those worries aside for now.

Here\’s how it works: Instead of blindly trusting your VPN service to protect and keep your data private, blockchain VPN distributes your internet connection across multiple VPNs. This means that no single entity has access to the complete stream, making it virtually impossible to decipher any of your data. Voila! Now you can browse the internet completely privately.

Blockchain VPN is not perfect yet

You probably suspect already that blockchain VPN isn\’t a flawless gift bestowed upon humanity from the heavens. It has a few rough spots that need ironing out before it can truly claim the title of privacy champion.

The first drawback is that the VPN blockchain relies heavily on the Ethereum platform it\’s built on. Although highly unlikely, Ethereum can be taken down—and if that happens, VPN goes down with it. Alternatively, you can use a free VPN proxy and blockchain VPN in parallel. A completely logical solution is to diversify risks.

Requiring cryptocurrency as payment is a step towards complete privacy, but the developers admit that cryptocurrency would need to be anonymized before sending it to the final payment system. Failing to do so would leave traces that could potentially be traced back to you.

Conclusion

Blockchain VPN offers a number of advantages that centralized networks cannot provide. However, it is currently under development and also has its own difficulties, and the price depends on traffic. If you need a VPN solution for business security, in modern realities it is easier to use one of the top centralized services. For more confidential operations, you can already use the VPN blockchain.


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