For organizations, individuals, and government agencies, data security is critical in this digital era; data can be the input or output of our daily processes in a world where online privacy and security hold an increasingly vital role; you must seek measures to safeguard your digital footprint. The war against cybercrimes is intense; hackers have become tech-savvier; therefore, all hands must be on the deck to curb and eradicate the menace they constitute.
We can see how hackers leverage artificial intelligence and machine learning for their nefarious activities in deploying Deep Fakes and Bots. The prediction by Cybersecurity Ventures that the cost of cybercrimes will hit $10.5 trillion in 2025 tells us how seriously the world must take cybersecurity warfare.
One reliable measure organizations and individuals deploy to tackle cybercrimes is the virtual private network (VPN); VPN is a proactive cybersecurity warfare measure. VPN has features, such as tunneling, killswitch, multifactor authentication, masking of IP address, and encryption of logs that make it relevant in the cybersecurity industry.
Masking of IP address is a veritable feature of a VPN; when a VPN masks the original IP address your internet service provider (ISP) assigned to your device, it assigns you another IP address from one of its servers located anywhere in the world. The IP address is a string of characters your device uses to communicate with other computers in the network.
ISPs can monitor users’ online activities with their IP addresses since they originate from them; hackers and third parties who can access an organization’s or individual’s IP address can also track their browsing history. However, the VPN ensures that anyone who tries to monitor or track your online activities will end up at the IP’s originating server.
The multifactor authentication feature of a VPN ensures that a hacker or third party can’t easily access your network; hackers deploy the brute force attack to crack any type of password, so if you depend on your password alone to secure your network, you need to augment it with biometric identification, such as fingerprint, eye scan, hand and earlobe geometries, and voice prints.
With biometric identification, your VPN will demand another means of verification apart from your password before granting access to your network.
Your VPN deploys tunneling to create a secure and encrypted connection between your device and a remote server. VPN tunneling protects and ensures that ISPs, hackers, or third parties can’t intercept or tamper with the data that passes through the tunnel by shielding the data and repackaging it into a different format.
The VPN tunneling process involves encapsulating the user’s data inside an encrypted packet and transmitting it through the tunnel to the remote server. Once the packet gets to the server, decryption occurs before sending the data to its intended destination.
VPN tunneling is one of the core proactive features of a VPN, and it enables a high level of security for organizations and individuals who need to access sensitive information or conduct online transactions.
A VPN encrypts your log and renders it incomprehensible to a hacker, ISP, or third party that accidentally accesses it. Only your VPN and your computer have the key to decrypt the encryption, so anyone who accesses your encrypted data is wasting resources.
The killswitch function of the VPN ensures that you can abort some preselected programs that can compromise your files and documents if you experience downtime.
Fortifying the features of VPNs with technological innovations
Hackers are becoming tech-savvier; hence, IT professionals must be steps ahead in their efforts to tackle cybercrimes. VPNs have worked perfectly, but constant innovations are crucial to the success of cybersecurity warfare; such innovations include:
1. AI-Powered threat detection
Integrating artificial intelligence (AI) into VPNs takes cybersecurity warfare and threat detection to an entirely new level. AI-powered VPNs can analyze patterns and behaviors in real-time and promptly identify and neutralize potential threats, ensuring protection and security for organizations and individuals.
As an innovative technology, AI-powered threat detection has changed the face of cybersecurity warfare. By leveraging the power of artificial intelligence, AI-powered threat detection ensures a higher degree of proactiveness in the fight against cybercrimes.
With AI-powered threat detection, organizations and individuals can now heave a sigh of relief in their efforts to combat cybercrimes head-on and protect their sensitive information.
2. Multi-Hop VPNs
Multi-hop, which you can also refer to as double VPN or cascading, routes your internet traffic through multiple servers before arriving at its destination. The essence of Multi-hop VPNs is to elevate anonymity to unprecedented levels.
Cascading routes your connection through several servers in different locations, creating a complex web that enhances privacy and anonymity; tracking your online activities by your ISP, hackers, or third parties becomes nearly impossible.
3. Geo-Locational obfuscation
Geo-locational obfuscation is an innovation in bypassing geographical restrictions. The technology disguises your original location and enables you to access region-restricted content effortlessly. VPNs integrating geo-locational obfuscation ensure that users experience unparalleled access to the worldwide internet.
Innovative technologies are improving, bolstering, and repositioning the VPN for waging the war against cybercrimes. Since hackers do not relent in efforts to steal sensitive information and damage long-built reputations, IT professionals and cybersecurity experts must not rest on their oars.