Hi there,
I understand that Hetzner's DDoS protection improves with time and you have a Minecraft server hosted on a dedicated server with Hetzner. However, the traffic tunnels through OVH which results in increased latency and poor upload/download speeds.
Even though Hetzner offers great support, you are unsure if their DDoS protection is suitable for you or not. You have 500 players on your Minecraft server and while it's possible to disable UDP via the Hetzner firewall in the robot control panel, you're not sure if your server can be protected from TCP attacks using iptables.
It sounds like you're in quite a dilemma. Have you considered reaching out to Hetzner's support team for guidance and advice? They might be able to provide you with additional information and help you make an informed decision on whether to stay with OVH or switch to Hetzner.
Best of luck with your decision!
Do you have concerns about exposing your Hetzner IP address before knowing if it can withstand an attack? Hetzner offers a service that you can order to try out their protection and test its effectiveness.
This is a great way to gain confidence in the protection offered by Hetzner before putting your Minecraft server on it. Additionally, it might be useful to consult with other Minecraft server owners who have experience hosting on Hetzner to learn about their experiences with DDoS attacks and protection.
When it comes to the blackhole option (i.e., announcing your address in the blackhole community on peers), it's important to recognize that this is typically the only way to safeguard all of the services operating on a host when attack capacity exceeds incoming channel capacity.
Even if you're effectively mitigating DDoS packet drops, these packets still need to pass through something. In the event that the physical channel is overloaded, it's better to have one service impacted by an attack than for all services to be affected. This is something to consider when evaluating DDoS protection options and determining the best course of action for your Minecraft server.
In addition to implementing blackhole protection, there may be other steps you can take to reduce the impact of DDoS attacks on your server. This could include configuring firewall rules and engaging with your hosting provider to understand their own protections against DDoS attacks.
Game web server DDoS protection is essential to ensure the stability, integrity, and availability of online gaming services. DDoS (Distributed Denial of Service) attacks are a common threat in the gaming industry, as they aim to flood the server with massive amounts of traffic, rendering it inaccessible to legitimate players.
To protect game web servers from DDoS attacks, various strategies and technologies can be employed:
1. Scrubbing Centers: Many hosting providers employ scrubbing centers to filter out malicious traffic before it reaches the game server. These centers use advanced traffic analysis techniques to identify and mitigate DDoS attacks effectively.
2. Traffic Shaping: To manage and prioritize incoming traffic, traffic shaping techniques can be implemented. This helps allocate resources more efficiently, ensuring that legitimate players receive an optimal gaming experience.
3. DDoS Mitigation Services: Some third-party services specialize in providing DDoS protection specifically tailored for game servers. These services utilize comprehensive detection and mitigation techniques to defend against attacks.
4. Rate Limiting: Implementing rate limiting measures can help control the amount of traffic that can be sent to the game server. By setting limits on incoming requests per second or minute, potential flooding can be mitigated.
5. Anycast Routing: Anycast routing allows game server traffic to be distributed across multiple data centers situated in different locations. This helps absorb and mitigate DDoS attacks by distributing the traffic load.
6. Server Hardening: Applying standard security measures like regularly patching and updating server software, using secure protocols, and employing strong authentication methods can strengthen the server's security posture against DDoS attacks.