The Future of VPNs How Technology will Change Our Understanding of Internet Security

Mihail

2025-08-15

Read time

5 minutes

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Digital communication has become an integral part of modern people's lives and professional activities. The growth and improvement of electronic communications continues to develop rapidly. VPNs are gaining global importance and are in explosive demand on all five continents.

The evolution of threats on the Internet

VPNs generate secure channels between gadgets and servers, and their role is huge in the security segment. In turn, attackers are also improving techniques, improving tunnel hacking techniques, and algorithms are becoming more accurate. Such "relationships" will last a long time in all aspects of activity: from fishing attacks and Trojans to software that extorts monetary assets. All experienced users know firsthand: what hacker attacks are, no one is immune from such precedents. The set of protection tools does not change: • Protocols; • Double authentication; • Firewalls. However, this is clearly not enough, as cyber threats are being improved qualitatively. In the coming years, the 5G format will be widely used in mobile communications; new technologies will inevitably make adjustments to the security policies of most companies. The most advanced companies, for example, HiroVPN, are developing approaches to creating secure channels that confidently block hackers from entering. The most promising areas: 1. Hiding the IP address. 2. Stream encryption using VPN. In some cases, there is almost a 100% chance of stopping unauthorized access. HiroVPN prevents the ability to monitor users and collect private information. Along with advanced know-how projects, methods for overcoming GEO barriers are being improved in parallel, and it is possible to access almost any portals around the world. At the same time, security remains the status quo at a high level. HiroVPN is working hard in the following areas: • improving AI algorithms and technologies; • development of decentralization. Online communication has also become incredibly widespread over the past ten years, and there is a lot of work on integrating VPN technologies.

Hardware services

Hardware is the basis that allows you to perform operations: traffic speed support, VPN connection, etc. x86 systems replace devices on the periphery. VPN software will take over the software-distributed functions. It is possible to apply several options at the same time if you connect AI. Machine learning is evolving every year and will continue to evolve, and the importance of this element will increase in the near future. Software and installation deployment techniques are being transformed, and more functions will appear.

Crypto Technologies - Development Prospects

Corporate resources (firewalls, security systems, and detection systems) protect the infrastructure from unauthorized access; systems are monitored automatically. The encryption built into browsers is well-developed, and changes should also be expected in this area. The development of AI and machine learning are all prerequisites for improving security policy; currently, most operations are already automated. The correlation between Internet resources and SaaS systems is interesting. Scheme: 1. The digital stream enters the VPN hub. 2. Then it is sent to the SaaS application. The SaaS plugin has individual encryption, which leads to an additional load on the VPN system. The development of "Split tunneling" technologies is one of the important solutions to this problem, while the connection points are determined in detail. To increase protection, interaction with intelligent DNS servers and the formation of differentiated flows are required. Administrators check for errors or failures, and make adjustments if necessary.

The importance of zero trust

Security is based on the "Zero Trust" methodology, based on the concept of Forrester Research, which was put forward in 2010: all points are updated and checked from scratch. Such a protection system implies a tolerance system, segmentation, etc. Systems of similar functionality are being improved. An organic addition is the "Secure Access" service (Edge SASE), in this case, the following is combined: 1. Gateway. 2. Firewall. 3. Secure login from the cloud. 4. Network access with zero level of trust. 5. DNS reputation check (corporate VPN protection). The structure provides options for connecting to SASE clouds, which stops unauthorized access, and addresses of suspicious sites are blacklisted. The firewall protects the gateway and provides protection to the cloud entrance. Thus, the level of protection using VPN software will increase in the foreseeable future due to the development of technology.

Example:

VPNs can already be connected to zero-trust infrastructures (for example, HiroVPN), where software-defined perimeters correlate. In general, such technologies significantly increase protection rates. Additional improvements The interaction of AI elements and the functionality of services is an important area of development. Artificial intelligence algorithms scan user behavior, psychological avatars are automatically created, and security technologies are generated based on them. The interaction of personalized protection scenarios is based on accepted patterns. Decentralized peer-to-peer interaction models reduce dependence on the servers used. The growth of privacy and reliability is directly proportional to the level of encryption. The formation of interfaces for chatbots of "Support Services" using AI is a new word in the "Feedback" option, which objectively has already begun to work more accurately and quickly.

Accelerated VPN development and AI development

Artificial intelligence optimizes VPN protection and increases information privacy. The world is on the verge of another round of the digital revolution – the advent of quantum computers. It is quite obvious that such technologies will displace old developments, and there will be a need for know-how models. With the use of advanced intelligent algorithms, threat detection will be improved, and hardware performance will increase many times. There is no doubt that hackers will invent original approaches, and the technological confrontation will reach a qualitatively new level. General statistics suggest that the number of cyber attacks is increasing by tens of percent from year to year. Objectively, it is clear that the increasing complexity of threats will require more rapid integration of smart elements and systems. AI has powerful adaptive capabilities to "predict" user behavior, thus one of the promising areas: predicting user behavior, studying preferences and inclinations to commit offenses. Such an analysis based on artificial intelligence will contribute to the formation of advanced scenarios (ranging from phones to iot systems).

Protocols and their development

VPN software developers continue to look for advanced encryption methods. The protocols need to be further refined, as it will be necessary to close the growing unique cyber threats. An important area is the development of improved techniques that will resist quantum decoders. Quantum machines are a completely new phenomenon in the virtual world, so it is extremely difficult to envisage 100% further development. It is quite obvious that cryptography will be qualitatively upgraded to successfully withstand quantum operations.

Interaction with IoT

With the proliferation of Internet of Things (IoT) devices, the need for VPN protection on these gadgets will increase. VPN providers are already testing original approaches to create secure databases in the field of IoT. VPNs will look for threats and conduct general online monitoring.

Conclusion

We are on the verge of another sharp turn in the computer field. What technologies will be like in 30-50 years is anyone's guess. It is clear that the confrontation between attempts to hack systems and the creation of protection tools will continue.