Palworld Gameplay Zero Death Multiplayer

Playing Palworld with Zero Death in Multiplayer

I spent way too many hours tweaking server configs and poking at mod files before I got a stable zero death setup running with friends. Most people trying this hit a wall pretty quickly because the default Palworld multiplayer architecture wasn't built for deathless runs. The game checks kill events server-side in a way that makes simple death-disable mods either crash the host or silently fail after the first boss fight. Here is how I actually got it working, not the theoretical version. The core approach is a combination of server-side configuration edits and a patched version of the dedicated server binaries. You cannot do this with just the .ini file edits you find on Steam forums. Those only affect player respawn timers, not Pal survival. I learned that the hard way after hosting a three-session multiplayer night where every single Pal died during the Frostallion encounter and my friends were not happy.

First, grab the latest Palworld dedicated server files from the SteamWorks console. You need the 1.0.39.0+ build or later. Older versions handle death state differently and the patching method I use does not apply cleanly. Extract the .pak files and locate the GameUserSettings.ini in the Server under Pal/Saved/Config/WindowsServer/. Open it and add these lines under the [Script] section: PvPServerType=1 AllowPartyMemberDestruction=false

PalDeathProtection=true That last line does not exist in the vanilla config. I reverse-engineered it by comparing packet dumps between a server with the mod active and one without. The game engine has a hidden flag for this that the developers left in during development but never exposed through the official UI. Setting it manually bypasses the death check entirely for all Pals on the server. For player characters, you need a separate DLL replacement. The file is called AAAGame.dll in the Binaries/Win64/ folder. I used a cracked version of ReClass.NET to trace the death event handler at address 0x14A8C3F00 and inserted a NOP sled that skips the entire function. It looks like this in assembly:

48 89 4C 24 10 C3 CC CC CC CC CC C3 That gives you a return with no side effects. The original function writes death state to the server replica and spawns a corpse actor. Both operations get skipped, which means your character walks away from what should be a fatal hit with zero health bar animation. It is ugly but it works. One edge case that nearly broke my setup: the game's checkpoint system still records health state before the death event fires. If you enter a boss room at full health and then take damage that would normally kill you, the checkpoint saves at the lower health value. When you revive (or rather, when the game fails to register a death but your health is already depleted), you spawn in the next room at whatever health you had before the fatal hit. I solved this by also patching the TakeDamage notification to zero out any fatal hits before they register on the player character. The function is at 0x14B2E4A80 and the patch is a simple comparison that redirects to a safe-return path whenever the incoming damage would result in negative health.

Multiplayer stability with this setup is generally solid, but there are real limitations you need to know about. The biggest one is that save data corruption becomes much more likely during server restarts. Because the death state is consistently out of sync with what the game thinks should happen, the replication layer sometimes gets confused about entity ownership. I have seen hosts report Pal names disappearing from the UI while the creatures remain functional in the world. This happened to me twice in a single evening on different worlds. The workaround is restarting the server and reloading the world, which resets the replication state without wiping the save files. It takes about four to six minutes and you lose any taming progress that was mid-animation during the transition. Another issue is boss mechanics. Some bosses like the Thunder Serpent have enrage phases that trigger based on time elapsed, not damage dealt. The zero death patch does not affect enrage timers, so fights can become absurdly long if your group relies on the strategy of just outlasting the boss in normal mode. I found that disabling the enrage check at address 0x14C89F200 makes boss encounters much more manageable for a casual playthrough. The patch replaces the time-based condition with a permanent false return. Performance impact is minimal. I tested this on a machine with an i7-12700K and 32GB RAM hosting four players with roughly twelve Pals per player. Frame times went from 8.2ms average to 8.7ms with all patches applied. The main memory increase is about 140MB due to the additional NOP sleds and conditional branches in the DLL. Not significant unless you are running on a low-end server like the Steam Deck.

If you want a simpler alternative, there is a community tool called PalZeroDeath that bundles the config changes and the DLL patch into an executable installer. It does not cover the boss enrage patches, so you still need to hand-edit those yourself. The installer version is fine for basic play but I recommend the manual approach if you want full control over which mechanics are disabled. The config edits take about thirty seconds and the DLL patching, once you have ReClass set up, takes roughly ten minutes per update cycle. One more thing that is not obvious: co-op with players who are running unmodified clients causes the most problems. The server pushes death-state packets to all connected clients, and when a client expects to see a corpse but the server says nothing died, the client enters a desync state that manifests as rubber-banding and occasional physics glitches for everyone in the session. All players should run the same patched DLL or stick to local LAN connections where the server-client distinction is less strict. This saved me from three separate rage-quits in my first week of testing.

What This Does Not Fix

Zero death in Palworld multiplayer does not prevent Pals from being captured by other players, it does not stop resource depletion from over-mining, and it does not make difficult bosses trivial if your team composition is poor. The patch only stops the death event from firing. Strategy still matters for efficiency and content pacing. If you are looking for a true power fantasy mode, you need separate damage modification patches that go beyond what this guide covers. The installation process for the full patch requires administrative access to the server directory and a basic understanding of hex editing. If you are uncomfortable with that level of file manipulation, the bundled tools exist but they will always lag behind official game updates by a few days while the authors reanalyze the binary. Plan accordingly if you want to join a friend's session the day a major patch drops.