Is it possible to access the internet during an unmanned emergency situation using a VPN deployed in VK or Yandex cloud?
This question arose from the following situation: during unmanned emergency situations, mobile internet is disabled, but VK and Yandex services continue to work.
I’m wondering if I deploy my own VPN in the Yandex or VK cloud, would full internet access be possible? Or would access remain limited to whitelisted sites while other resources are blocked?
I would appreciate detailed answers and technical explanations.
Yes, deploying a VPN in VK or Yandex cloud can provide internet access during restrictions, but effectiveness will depend on the technical features of the blocks and the bypass methods used. While basic VK and Yandex services continue to work, a self-hosted VPN in their cloud can bypass most restrictions through encryption and traffic masking, though complex blocking systems may require additional technical solutions.
Table of Contents
- Technical Foundation of VPN in VK/Yandex Cloud
- Effectiveness During Restrictions
- Bypass Methods
- Technical Setup Recommendations
- Limitations and Risks
Technical Foundation of VPN in VK/Yandex Cloud
Deploying a VPN in VK Cloud or Yandex Cloud is technically possible and creates an encrypted tunnel for your internet traffic. When mobile internet is disabled but VK and Yandex services remain accessible, you can use this opportunity to deploy a VPN server in their infrastructure.
Key advantage: VK and Yandex cloud services are usually in a “whitelist” and aren’t blocked even during restrictions, making them ideal for VPN deployment.
Technically, the process includes:
- Creating a virtual machine in the selected cloud
- Setting up a VPN server (OpenVPN, WireGuard, IKEv2)
- Configuring routing and traffic redirection
- Ensuring server security and encrypting connections
Effectiveness During Restrictions
Military conflicts and drone threats are often accompanied by targeted mobile internet blocks, while domestic services remain accessible. In such conditions, a VPN in VK or Yandex cloud can be an effective solution for several reasons:
Why it works:
- Whitelists: VK and Yandex cloud services usually aren’t blocked
- Encryption: Military-grade AES-256 encryption makes traffic indistinguishable to monitoring systems
- Masking: VPN can be configured to look like regular HTTPS traffic
However, effectiveness depends on the sophistication level of blocking systems. As noted by Coda Story researchers, modern systems can detect VPN traffic even when using encryption.
Bypass Methods
To improve VPN effectiveness under strict restrictions, it’s recommended to use advanced bypass methods:
Traffic Obfuscation
Obfuscation is a key method for hiding VPN connections. As noted in WizCase research, obfuscation makes VPN traffic resemble regular internet traffic.
Popular obfuscation protocols:
- Shadowsocks: Used by Private Internet Access for traffic masking
- Stealth VPN: Custom Proton VPN solution for bypassing censorship
- Camouflage: Protocol that masks OpenVPN traffic as HTTPS
Encryption Protocols
The most effective protocols for bypassing restrictions:
- WireGuard in TCP mode: More resistant to blocking than UDP
- OpenVPN with TCP: Works through most firewalls
- IKEv2: Good performance with network switching
Technical Setup Recommendations
Deployment in Yandex Cloud
- Create a virtual machine in your region’s availability zone
- Choose an operating system (Ubuntu 20.04/22.04 recommended)
- Configure network with open ports for VPN (1194 for OpenVPN, 51820 for WireGuard)
- Install and configure VPN server
Deployment in VK Cloud
The process is similar but considering VK infrastructure features:
- Use VK Cloud Compute to create a VM
- Configure security group settings
- Deploy VPN server with obfuscation
- Configure client devices
Obfuscation Setup
For maximum effectiveness, configure:
- TCP tunneling: Converting UDP VPN traffic to TCP
- Camouflage encryption: Masking as HTTPS
- Random ports: Using non-standard ports 443, 8080
Limitations and Risks
Despite technical feasibility, there are important limitations:
Technical Limitations
- Deep Packet Inspection (DPI): Modern systems can analyze packet contents
- IP address blocking: Cloud IPs may be added to blacklists
- Connection slowdown: Obfuscation may reduce internet speed
Legal Risks
Using VPN under martial law may be regulated by special laws
Local legislation on information access must be considered
Alternative Solutions
If VPN in VK/Yandex cloud doesn’t work, consider:
- Tor network: For anonymous access
- SSH tunnels: Simple traffic redirection method
- Obfuscated proxies: As an intermediate solution
Sources
- 9 Easy Ways to Fix a Blocked VPN (Bypass VPN Blocks in 2025)
- The global battle to control VPNs - Coda Story
- How to bypass Internet Censorship - Proton VPN
- How to Bypass Internet Censorship and Avoid Blocks in 2025
- Political turmoil and military tensions see 24 internet restrictions imposed so far in 2025
- Effectiveness of VPNs in Bypassing Censorship - CEO Today
- 5 Best VPNs for Government Bypassing: Tested in 2025
Conclusion
Deploying a VPN in VK or Yandex cloud is technologically possible and can provide internet access during restrictions, but effectiveness depends on specific blocking methods. Key success factors include using obfuscation, choosing the right encryption protocols, and constantly adapting to changing blocking conditions.
Recommended actions:
- Start with basic VPN setup in the chosen cloud
- Implement traffic obfuscation for increased stealth
- Prepare alternative access methods in case the primary one stops working
- Regularly update VPN server software
For maximum reliability, it’s recommended to use a combination of methods: VPN in cloud + additional obfuscation techniques. This will create multi-level protection against blocking and ensure stable internet access even under strict restrictions.