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CubeHosting: DDoS Protection Overview

4 min read
26.04.2026

DDoS (Distributed Denial of Service) attacks can overwhelm your server by flooding it with excessive traffic, making it unavailable to legitimate users. CubeHosting or similar hosting providers often include DDoS protection as part of their service to ensure uptime and reliability for websites, applications, and game servers like Minecraft.

CubeHosting DDoS Protection Overview
Anti-DDoS at the network edge — what filters what.

For related network-security topics, see BlacklistAlert — Understanding and Resolving Issues (sister-case for reputation-based protection).

What Is DDoS Protection?

DDoS protection is a set of tools and techniques designed to detect, mitigate, and block malicious traffic aimed at overloading your server. It ensures:

  • Service Availability: Keeps your website or application online.
  • Traffic Filtering: Differentiates between legitimate and malicious requests.
  • Performance Maintenance: Prevents server slowdowns caused by attack traffic.

How CubeHosting Provides DDoS Protection

Always-On Protection

CubeHosting continuously monitors your server for unusual traffic patterns, ensuring attacks are mitigated in real-time.

Automated Traffic Filtering

Filters incoming traffic based on IP reputation databases and anomalous traffic behaviors (e.g., too many requests per second from a single IP).

Customizable Rules

Advanced users can configure custom firewall rules to suit their specific requirements.

Game Server Optimization

For game servers like Minecraft, DDoS protection includes packet filtering specifically tuned for gaming protocols (e.g., TCP/UDP filtering).

DDoS Scrubbing Centers

CubeHosting routes malicious traffic through scrubbing centers, cleaning it before forwarding legitimate traffic to your server.

Levels of DDoS Protection Offered

Basic DDoS Protection

  • Includes protection against low-level attacks.
  • Suitable for small websites or low-traffic applications.

Advanced DDoS Protection

  • Mitigates large-scale Layer 3 (network-level) and Layer 4 (transport-level) attacks.
  • Protects against SYN floods, UDP floods, and ICMP floods.

Application-Level Protection

  • Guards against Layer 7 attacks targeting your application or game server.
  • Protects specific services like HTTP, HTTPS, and gaming protocols.
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Configuring DDoS Protection on CubeHosting

Built-In Protection

  1. Check Your Plan:
    • Verify if your hosting plan includes DDoS protection. Most CubeHosting plans provide basic protection by default.
  2. Enable Features in the Control Panel:
    • Log in to the CubeHosting dashboard.
    • Navigate to Security Settings.
    • Enable DDoS protection or configure advanced rules if available.

Add-On Protection

If your plan does not include adequate protection, consider upgrading to include premium DDoS protection or a specialized service like Cloudflare.

Custom Rules for Game Servers

  1. Limit Traffic by Port:
    • Restrict access to specific ports used by your server (e.g., Minecraft default port 25565).
  2. Whitelist Trusted IPs:
    • Use IP whitelisting to allow only authorized players or admins to connect during an attack.

Third-Party DDoS Protection Tools

If CubeHosting built-in DDoS protection is not sufficient, you can integrate additional services:

Cloudflare

Provides free and premium DDoS protection. Ideal for websites and applications.

Path.net

Specialized in gaming DDoS protection with a focus on low-latency solutions.

OVH Anti-DDoS

Offers enterprise-grade protection for VPS and dedicated servers.

Signs You May Need Enhanced DDoS Protection

  • Frequent downtime or slow performance during traffic spikes.
  • Players unable to connect to your game server.
  • Server logs showing a high number of failed or unusual connection attempts.
  • Alerts from CubeHosting or monitoring tools about excessive bandwidth usage.

Preventive Measures Against DDoS Attacks

Monitor Traffic

Use monitoring tools like Netdata or Cloudflare Analytics to detect traffic spikes.

Limit API Calls

Restrict excessive API requests to prevent Layer 7 attacks.

Regularly Update Software

Keep your server software, plugins, and firewall rules updated to prevent vulnerabilities.

Enable Rate Limiting

Configure rate-limiting rules to cap the number of requests per IP.

CubeHosting DDoS protection provides a robust defense against common attack types, making it a reliable choice for game servers, websites, and applications. However, for high-risk services, consider combining built-in protection with third-party tools for maximum security.

Frequently asked questions
Provider anti-DDoS lives at the network edge (BGP blackholes, scrubbing) and protects L3/L4 — TCP/UDP floods, syn floods, amplification. Cloudflare adds L7 (HTTP-layer) protection: bot challenges, JS challenges, captchas, WAF rules. They complement each other; serious sites use both. Provider mitigates the gigabit floods; Cloudflare handles the app-layer abuse.
Always-on routes your traffic through the scrubbing infrastructure all the time — lower latency under attack, no detection delay, but you pay for it constantly. On-attack swaps the path only when the provider detects abnormal traffic — cheaper, but the first few seconds of an attack reach you before the route changes. For sites that take direct attacks, always-on; for low-target sites with cost concerns, on-attack.
False positives happen, especially for unusual traffic patterns: API-heavy clients, automated scrapers (your own crawlers), VPN exits, IPs newly assigned that have a bad history. Contact the provider with the source IP and timestamp — they can whitelist. For long-term: use distinct subdomains for API/automation vs human-facing UI, so anti-DDoS rules can be tuned per-purpose.
Tighten sysctl: `net.ipv4.tcp_syncookies=1`, `net.core.somaxconn=1024`, `net.ipv4.tcp_max_syn_backlog=2048`. Use nginx `limit_req_zone` / `limit_conn_zone`. Set fail2ban rules for repeated 4xx/5xx from same IP. None of this stops a 100 Gbit flood — that needs upstream protection. But it does kill the smaller attacks that don't trigger the provider's filters.
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