| Risk | Explanation | |------|-------------| | | Modified Eaglercraft pages may embed malicious JavaScript (keyloggers, cryptominers) because the user already grants the page full JS execution rights. | | Phishing | Attackers host “official‑looking” Eaglercraft URLs to harvest usernames/passwords for linked Minecraft accounts. | | Cross‑site scripting (XSS) | If a server runs a custom web front‑end for Eaglercraft, improperly sanitized chat messages can be used to inject scripts into the client. |
| Impact | Description | |--------|-------------| | | Cheaters gain unfair advantage, leading to player frustration and churn. | | Increased moderation workload | Staff must investigate reports, issue bans, and maintain ban‑lists. | | Potential DDoS amplification | Some cheat scripts can flood the server with malformed packets, causing instability. | | Erosion of trust | Communities that cannot effectively curb cheating may lose credibility. | eaglercraft hacked client
If you are caught, you might be banned by your IP address, meaning you won't be able to play on that server again from your current connection. 📺 Learning More | Risk | Explanation | |------|-------------| | |
| Approach | How It Works | Pros | Cons | |----------|--------------|------|------| | | Verify that movement, rotation, and action packets are physically possible (e.g., speed caps, no impossible angle changes). | Works regardless of client type. | May generate false positives on high‑latency connections. | | Statistical behavior analysis | Track CPS, aim smoothness, hit‑to‑kill ratios, and flag outliers. | Detects subtle cheats (e.g., silent aimbots). | Requires large data sets and tuning. | | Client‑side integrity checks | Require the client to send a hash of its JavaScript bundle on login; compare to a known “clean” hash. | Immediate detection of modified bundles. | Easily bypassed if attacker also spoofs the hash. | | Web‑traffic fingerprinting | Monitor the URL/host the player connects from; block known malicious hosts. | Simple to implement via firewall/NGINX rules. | Attackers can host on fresh domains. | | Anti‑cheat plugins | Use existing Bukkit/Spigot plugins that already support Eaglercraft detection (e.g., EagleAntiCheat , NoCheatPlus extensions). | Leverages community‑maintained signatures. | May lag behind new cheat versions. | | Machine‑learning models | Train classifiers on gameplay telemetry to spot abnormal patterns. | Adaptable to new cheat tactics. | Requires engineering resources and continuous retraining. | | | Impact | Description | |--------|-------------| |
double distance = from.distance(to); double maxAllowed = 0.7; // approx. 5 m/s * tick (0.05s)