Cybercriminals are not relenting; Cybercriminals are not relenting in their bid to wreak havoc on individuals and organizations; they leverage advanced technology, such as artificial intelligence (AI) and machine learning algorithms, to up their game. An example of how efficient hackers have become is the Cam4 Data Breach, which affected 10.88bn records and leaked 7TB of user data before the handlers successfully took the server offline.
The persistence and tech-savviness of hackers in this constantly evolving landscape of cyber threats calls for more dedicated action by IT professionals. Although the virtual private network (VPN) has played a vital role in ensuring the privacy and security of online communications, there is an urgent need to integrate emerging technologies to ensure that organizations and individuals are miles ahead of any new trick hackers have up their sleeves.
Service providers such as Nord VPN, Urban VPN, 1 Click VPN, and Proton VPN boast crucial features that organizations and individuals can leverage to mitigate cyberattacks; cybercrime has become increasingly sophisticated, and VPN service providers must restrategize if they want to stay ahead of the curve.
For instance, Urban VPN has features that can protect your data, identity, and internet connection with encryption & DNS/IPv6 leak protection that you can rely on for the security of your network; it’s still crucial to integrate the following five innovative technologies to combat the evolving cybercrime world effectively.
1. Zero-trust network access (ZTNA)
A classic VPN often operates on a trust-but-verified model; after authenticating a user, the VPN grants access to the entire network. However, with the increasing rate of insider threats and advanced cyber attacks, a zero-trust approach is becoming increasingly vital.
Zero-trust network access empowers subscribers to access the specific resources they require, decreasing the attack surface and reducing the prospect of unauthorized access. By integrating ZTNA, VPNs can enhance their security posture and provide users with a more robust and fine-tuned access control mechanism.
2. AI-powered threat detection
While organizations deploy emerging technologies to enhance digital transformation and adoption for improved productivity and customer satisfaction, cybercriminals leverage the same technologies to digitalize and advance their hacking business. Hackers can now deploy artificial intelligence (AI) and machine learning algorithms to launch advanced email phishing and malware infections that can bypass the traditional protective features of the classic VPN.
However, a VPN that integrates the innovative AI-powered feature can analyze behavior and patterns in real-time, proactively and promptly identifying and neutralizing potential cyber threats. AI-powered threat detection is an overwhelming leap and departure from the traditional attack-and-respond cybersecurity practice.
3. Post-quantum cryptography
The world should celebrate any technological advancement if such innovation would smoothen business processes; the eve of the quantum computer is almost around the corner; due to the incredible computational power of quantum computers, we can execute several tasks that took hours and days to accomplish with classic computers in minutes and seconds. However, there is a looming danger.
The flip side is that hackers can also deploy the computational power of quantum computers to decipher encryptions and crack strong passwords in seconds; to forestall this proactively, VPNs must integrate the innovative post-quantum cryptographic feature that can withstand the computational power of any quantum computer.
4. Multi Factor authentication (MFA)
Integrating multifactor authentication is essential to bolstering the security of VPN access; MFA adds a layer of defense by demanding multiple verification forms from users before gaining access to the VPN. The authentication process can include your password, a mobile device for receiving a unique code, or biometric authentication, such as fingerprint, eye scan, or facial recognition.
VPNs incorporating MFA reduce the risk of unauthorized access to the barest minimum, even if login credentials are compromised.
5. Multi-hop, cascading, or double VPN
The fundamental principle behind the VPN technology is to enable anonymity by masking a user’s IP address, encrypting data, enhancing privacy, and securing sensitive information. Usually, the internet service provider (ISP) assigns an IP address to your device whenever you log in to the web; the ISP, hacker, or a third party can track your online activities with your IP address.
Multi-hop, cascading, or double VPN routes your internet traffic through multiple servers and IP addresses in different locations before arriving at the final destination. The multi-hop, innovative feature creates a complex web that confuses anyone trying to monitor or track your browsing history, rendering monitoring and tracking your online activities almost impossible.
You can also consider geo-locational obfuscation that enables access to geographically restricted content or websites depending on your location. Also, split tunneling 2.0 is another innovative feature that enhances selective routing of traffic through the encrypted tunnel of the VPN while allowing non sensitive traffic to access the internet directly to increase internet speed and eliminate ISP throttling.
Conclusion
As cyber threats evolve in complexity and sophistication, Urban VPN must adapt by integrating innovative technologies to fortify security defenses. By embracing a zero-trust model, AI-powered threat detection, split tunneling 2.0, geo-locational obfuscation, implementing MFA, adopting post-quantum cryptography, and incorporating cascading, users can rest assured of the tool’s ability to effectively combat the evolving cybercrime world and provide a secure and resilient online experience.
Incorporating these innovative technologies will be pivotal in ensuring the efficacy and enhancing the reputation of Urban VPN services in the face of emerging cyber threats.