Best HWID Spoofer for Naraka Bladepoint 2026 — EAC Ban Bypass

Naraka: Bladepoint has grown into one of the most popular battle royale melee combat games since its launch, and with that popularity comes a serious anti-cheat infrastructure. The game relies on EAC (Easy Anti-Cheat) at the kernel level to detect cheating and issue hardware bans that follow your machine across every account you create. If you have been hardware banned in Naraka Bladepoint, simply making a new account will not work — EAC recognizes your motherboard, drives, network adapters, and GPU before you even reach the main menu.

The frustrating reality is that Naraka Bladepoint hardware bans are permanent. There is no appeal process that reliably works, and the ban applies to your physical hardware, not just your account. Players who try to come back without addressing the hardware fingerprint find themselves banned again within minutes of launching the game. The only proven method to bypass a Naraka Bladepoint hardware ban in 2026 is to use a proper HWID spoofer that operates at the kernel level and covers every identifier EAC checks.

In this guide, we will break down exactly how Naraka Bladepoint's anti-cheat works, what hardware identifiers get flagged, the specific cleanup steps you need to take, common mistakes that lead to re-bans, and our recommendation for the best Naraka Bladepoint spoofer available right now.

How Naraka Bladepoint's Anti-Cheat Works

Naraka Bladepoint uses EAC as its sole anti-cheat engine, but 24 Entertainment (the developer) works closely with EAC to implement additional server-side monitoring that complements the client-side detection. Understanding both layers is essential for a successful bypass.

EAC Kernel-Level Detection

EAC in Naraka Bladepoint runs as a kernel-level driver that loads before the game process starts. It monitors system calls, scans for injected code in memory, checks for known cheat signatures, and — most critically for banned players — fingerprints your hardware to create a unique machine identity. This fingerprint is sent to EAC's servers and checked against their ban database every time you launch the game. If your hardware fingerprint matches a banned entry, you are blocked before you even see the login screen.

Hardware Identifiers EAC Collects

EAC builds its hardware fingerprint from multiple sources, and all of them need to be spoofed for a successful bypass:

• SMBIOS / Motherboard serial — the primary identifier in EAC's fingerprint and the single most important value to spoof
• Disk drive serials — serial numbers from all connected storage devices, not just the drive where Naraka is installed
• MAC addresses — hardware addresses from all network adapters, including Ethernet, Wi-Fi, and virtual adapters
• GPU identifiers — your graphics card's unique identifiers as reported through system APIs
• Windows installation ID — certain Windows identifiers that persist across reinstalls unless specifically reset

Server-Side Monitoring

Beyond EAC's client-side detection, Naraka Bladepoint runs server-side checks that monitor gameplay patterns. These checks look for impossible movement speeds, damage values outside normal ranges, and statistically anomalous performance metrics. Server-side detection can trigger bans independently of EAC, and those bans are then enforced through EAC's hardware ban system. This means even if you are not using traditional client-side cheats, abnormal server-side behavior can result in a hardware ban.

Types of Naraka Bladepoint Bans

The most common scenario for Naraka Bladepoint players is receiving an EAC hardware ban paired with a permanent account ban. The account ban locks you out of that specific account, while the hardware ban prevents you from playing on any new account using the same machine. Both need to be addressed: the hardware ban requires a spoofer, and the account ban requires creating a new account.

Why Naraka Bladepoint Hardware Bans Are Strict

Naraka Bladepoint has earned a reputation for particularly aggressive ban enforcement, and there are several reasons why:

• Free-to-play model — since Naraka went free-to-play, the barrier to creating new accounts is zero, which means 24 Entertainment relies heavily on hardware bans as the primary deterrent against cheaters returning
• Competitive integrity focus — the melee combat system in Naraka requires precise timing and positioning, making cheats particularly game-breaking and frustrating for legitimate players
• Active tournament scene — with professional esports leagues running Naraka events, the developer has extra incentive to maintain a clean competitive environment
• Chinese market enforcement — Naraka has a massive player base in China where anti-cheat enforcement is particularly strict due to regulations and cultural expectations around fair play in competitive games
• Regular ban waves — 24 Entertainment runs frequent ban waves that catch players who were not detected in real-time, sometimes banning accounts weeks after the cheating occurred

What a Naraka Bladepoint Spoofer Needs to Cover

Since Naraka Bladepoint uses EAC, the spoofing requirements align with other EAC-protected titles. However, there are some Naraka-specific considerations that make certain aspects more critical:

Essential Spoofing Components

• Kernel-level operation — EAC runs as a kernel driver, so your spoofer must operate at the same privilege level to intercept hardware ID queries before EAC reads them. User-mode spoofers cannot bypass EAC.
• SMBIOS / Motherboard serial — this is the primary anchor of EAC's hardware fingerprint. If this value matches a banned entry, everything else is irrelevant — you are banned.
• All disk drive serials — EAC reads serial numbers from every connected drive. Spoofing only your primary drive while leaving secondary drives unchanged can still trigger a partial fingerprint match.
• All MAC addresses — every network adapter must present a different MAC address. This includes both Ethernet and Wi-Fi adapters, as well as any virtual network adapters from VPN software or virtual machines.
• GPU identifiers — your graphics card reports unique identifiers that EAC includes in its fingerprint. These must be spoofed alongside the other components.

Naraka-Specific Considerations

• EAC registry cleanup — EAC caches hardware fingerprint data in the Windows registry. These cached entries persist even after uninstalling Naraka and must be removed before spoofing, otherwise EAC reads the old (real) fingerprint from the cache.
• Game client cache — Naraka Bladepoint stores local configuration and cache files that can contain hardware-linked identifiers. These need to be cleaned.
• Steam or Epic account separation — depending on which platform you use, make sure your new account has zero connection to your banned account (different email, different payment method, no shared friends initially).

Cleanup Steps Before Spoofing

Running a spoofer without cleaning up first is the single most common reason people get re-banned in Naraka Bladepoint. EAC leaves traces throughout your system that contain your original hardware fingerprint. If those traces exist when you launch the game with spoofed hardware, EAC can detect the mismatch and flag your machine immediately.

Step 1: Uninstall Naraka Bladepoint Completely

Uninstall through your game platform (Steam or Epic), then manually delete the game folder entirely. On Steam, this is typically Steam\steamapps\common\NARAKA BLADEPOINT. Do not rely on the platform's uninstaller alone — it often leaves behind configuration files, logs, and cached data that contain identifiers.

Step 2: Remove EAC Files and Registry Entries

Delete the C:\Program Files (x86)\EasyAntiCheat folder if it exists. Then open Registry Editor (regedit) and remove all EasyAntiCheat-related keys from both HKEY_LOCAL_MACHINE\SOFTWARE and HKEY_CURRENT_USER\SOFTWARE. Also check Windows Services (services.msc) for any EAC service entries and remove them. These leftover entries are the most common cause of failed spoofs.

Step 3: Clear Game Cache and AppData

Navigate to %LocalAppData% and %AppData% and search for any folders related to Naraka Bladepoint or 24 Entertainment. Delete them entirely. Also clear your platform's download cache — in Steam, go to Settings, Downloads, and Clear Download Cache.

Step 4: Clean Windows Event Logs

Windows event logs can contain EAC-related entries that reference your original hardware identifiers. Open Event Viewer and clear the Application and System logs. While this step is often overlooked, it removes another potential source of hardware fingerprint data that EAC could reference.

Step 5: Clean Temporary Files

Clear your Windows temp folders (%TEMP% and C:\Windows\Temp) to remove any cached data from previous game sessions. Also empty your Recycle Bin, as deleted files sitting in the Recycle Bin can still be accessed by system-level processes.

For a comprehensive cleanup process that covers all games and anti-cheat systems, read our HWID spoofer setup guide for beginners.

TATEWARE vs Generic Spoofer Providers

Not all HWID spoofers are created equal. Many generic providers offer basic serial changing that works against simple anti-cheat systems but fails against EAC's kernel-level detection. Here is how TATEWARE compares:

Step-by-Step: Getting Back Into Naraka Bladepoint

Follow this exact sequence to maximize your chances of a successful return to Naraka Bladepoint after a hardware ban:

1. Uninstall Naraka Bladepoint completely and perform all cleanup steps above — game folder, EAC files, registry entries, AppData, event logs, temp files
2. Restart your PC after cleanup to ensure all cached processes are cleared from memory
3. Run your HWID spoofer as administrator. Verify that all components (SMBIOS, disk serials, MAC addresses, GPU IDs) show changed values in Device Manager and system tools
4. Create a new account — new email address, new Steam or Epic account, different payment method, no connection to your old account
5. Install Naraka Bladepoint fresh on the new account. Let it download completely so EAC registers the new (spoofed) hardware fingerprint during first launch
6. Launch the game and play normally. EAC will scan your hardware and see a completely new machine with no ban history
7. Avoid adding old friends immediately — build your friends list gradually to avoid any social graph connections to your banned account

Common Mistakes That Get You Re-Banned

Skipping the Cleanup

Running a spoofer without cleaning EAC traces first is the most common failure. The spoofer changes your live hardware IDs, but EAC's cached registry entries still contain your real fingerprint. When EAC cross-references the live values against cached data and finds a mismatch, you get flagged immediately. Always clean before you spoof.

Using a User-Mode Spoofer

EAC operates at the kernel level. A user-mode spoofer that only changes values visible to regular applications cannot intercept EAC's kernel-level hardware queries. EAC reads hardware IDs directly through kernel APIs, bypassing any user-mode hooks entirely. You need a kernel-level spoofer or you are wasting your time.

Only Spoofing Some Components

EAC's fingerprint includes multiple hardware identifiers. If you spoof your disk serial and MAC address but leave your SMBIOS serial unchanged, EAC can still match your machine to the ban database through the unchanged identifier. All components must be spoofed — partial spoofing is no better than no spoofing.

Reusing Account Details

Creating a new Steam or Epic account with the same email provider, same payment card, or same profile information creates connections that can be cross-referenced. Use a genuinely fresh email from a different provider and avoid linking any payment methods associated with your banned account.

Our Recommendation

The TATEWARE HWID Spoofer is our recommendation for Naraka Bladepoint in 2026. It provides full EAC compatibility with kernel-level operation, ensuring that hardware ID queries from EAC's kernel driver are intercepted before they return your real identifiers. All critical components are covered — SMBIOS, all disk drives, all MAC addresses, and GPU identifiers — in a single automated process. The built-in trace cleaning module handles EAC registry entries and cached files automatically, eliminating the most common point of failure for Naraka Bladepoint spoofing.

For more information on how HWID spoofing works at a fundamental level, read our guide on what is an HWID spoofer. If you play other EAC-protected games, our best HWID spoofer for EAC games guide covers the broader EAC ecosystem. And if you are new to spoofing entirely, start with our beginner setup guide.

Bottom Line

Naraka Bladepoint's EAC implementation makes hardware bans one of the strictest enforcement mechanisms in competitive gaming. There is no appeal, no waiting period, and no workaround that does not involve changing your hardware identity at the kernel level. The process is straightforward once you understand it: clean every trace of EAC and Naraka from your system, run a proper kernel-level HWID spoofer that covers all hardware components, create a genuinely new account, and install fresh. Skip any of these steps and you will find yourself banned again before your first match ends. Do it right with a reliable spoofer like TATEWARE, and you get a completely clean slate with zero traces connecting you to your old account.