Introduction: The Allure of Memory Editing
Helldivers 2 has taken the gaming world by storm, offering an intense, cooperative PvE experience where players fight for Managed Democracy. However, with intense gameplay comes a steep progression grind.
Many players eventually find themselves curious about bypassing this grind. This is where memory editing tools enter the conversation, solving the ‘problem’ of time-consuming resource gathering by directly altering the game’s code.
While Helldivers 2 is a cooperative game, the use of external software to manipulate gameplay remains highly controversial. It disrupts the intended progression curve and can interfere with the global campaign mechanics designed by Arrowhead Game Studios.
This guide explores the technical aspects of how memory scanners function within the context of modern gaming. Disclaimer: This information is provided strictly for educational purposes to understand memory manipulation and anti-cheat environments. Modifying live multiplayer games violates Terms of Service and will result in permanent bans.
Prerequisites and Tools Needed
- Cheat Engine (Latest Version): The primary open-source tool used for scanning and modifying memory addresses.
- Bypass Knowledge: An understanding of how to temporarily suspend or bypass kernel-level anti-cheat systems like nProtect GameGuard.
- Hexadecimal Basics: Fundamental knowledge of how computer memory stores values in hex.
- A Burner Account: Modders testing these theories never use their primary accounts due to the 100% risk of account termination.
- Cheat Tables (.CT files): Pre-made scripts created by the community that map out dynamic memory addresses.
The Steps: How Memory Editing Works in Theory
Step 1: Understanding the Anti-Cheat Barrier
Helldivers 2 utilizes nProtect GameGuard, a rootkit-like anti-cheat system that operates at the kernel level. Its primary job is to monitor the game’s memory space and block unauthorized read/write access.
Step 2: Preparing the Environment
In a theoretical modding scenario, a user must first find a way to allow Cheat Engine to attach to the game. This often involves specialized bypass drivers or running the game in a heavily restricted offline mode to prevent the anti-cheat from phoning home.
Step 3: Launching the Tools
Once the environment is prepped, the user launches Cheat Engine first, followed by the game. Running Cheat Engine with administrative privileges is required for it to interact with other active processes on the operating system.
Step 4: Attaching the Process
Inside Cheat Engine, the user clicks the glowing computer monitor icon in the top left corner. This opens the process list. The user then scrolls through the active processes and selects helldivers2.exe.
Step 5: Identifying the Target Value
The user must decide what they want to manipulate. It is crucial to understand the difference between client-side and server-side values. Ammo and stamina are client-side (stored locally), while Super Credits and Medals are server-side (stored on Arrowhead’s servers and impossible to edit via memory).
Step 6: The Initial Scan
Assuming the user wants to find the memory address for their current magazine ammo, they look at their in-game ammo count (e.g., 30). In Cheat Engine, they enter ’30’ into the ‘Value’ box, set the scan type to ‘Exact Value’, and click ‘First Scan’.
Step 7: Processing the Results
The left pane of Cheat Engine will populate with thousands, sometimes millions, of memory addresses that currently hold the value of 30. It is impossible to know which one is the actual ammo counter at this stage.
Step 8: Changing the Value In-Game
The user returns to Helldivers 2 and fires a single shot. The ammo count now drops to 29. The user pauses the game and immediately tabs back over to Cheat Engine.
Step 9: The Next Scan
In Cheat Engine, the user changes the ‘Value’ box from 30 to 29. They then click the ‘Next Scan’ button. Cheat Engine filters the previous millions of addresses, keeping only the ones that changed from 30 to 29.
Step 10: Isolating the Address
The user repeats Steps 8 and 9 (firing a bullet, scanning the new number) until the list on the left is reduced to just one or two static addresses. This isolated address is the exact location in the RAM where the game stores the ammo count.
Step 11: Modifying the Memory
The user double-clicks the isolated address to drop it into the bottom workspace pane. From here, they can double-click the ‘Value’ section of the address and manually type in a new number, such as 999.
Step 12: Freezing the Value
To achieve ‘infinite ammo’, the user clicks the small checkbox to the left of the address in the bottom pane. This ‘freezes’ the value, forcing Cheat Engine to continuously write the number 999 to that memory address every millisecond, preventing the game from reducing it.
Step 13: Finding Pointers (Advanced)
Because Helldivers 2 uses dynamic memory allocation, the ammo address will change every time the game is restarted. Modders use pointer scanning to find the static base address that ‘points’ to the dynamic ammo address, ensuring the cheat works across multiple sessions.
Step 14: Utilizing Cheat Tables
Instead of doing this manually, many users download Cheat Tables (.CT files). By clicking ‘File’ > ‘Load’ in Cheat Engine, users can import community-made scripts that already contain the correct pointers and bypass codes.
Step 15: Activating Scripts
Once a table is loaded, a list of scripts appears at the bottom. Users simply check the boxes next to scripts like ‘Infinite Stamina’ or ‘No Reload’. These scripts inject custom assembly code into the game’s memory to alter its fundamental rules.
Common Pitfalls and Troubleshooting
Attempting to manipulate a modern, heavily protected game is fraught with technical hurdles. Here are the most common pitfalls encountered during this process.
Pitfall 1: Immediate Game Crashes
If the anti-cheat detects unauthorized read/write access, it will immediately terminate the game process. Furthermore, freezing the wrong memory address can instantly corrupt the game’s logic, resulting in a hard crash to the desktop.
Pitfall 2: Server-Side Reversions
Many users attempt to scan for Samples or Requisition Slips. While they might successfully change the visual number on their screen, the moment the mission ends, the game checks the server. The server realizes the math doesn’t add up and reverts the values, rendering the edit useless.
Pitfall 3: The Ban Hammer
Pitfall 4: Outdated Pointers
Helldivers 2 receives frequent patches. Every time the game updates, the memory structure changes. Cheat Tables that worked yesterday will cause instant crashes today because the pointers are injecting code into the wrong memory sectors.
Pitfall 5: Multiplayer Desync
Modifying local values in a peer-to-peer or server-hosted co-op environment causes massive desynchronization. Your client may think you have infinite grenades, but the host’s client sees you throwing nothing, leading to broken lobbies and disconnected peers.
Conclusion: Understanding the Tech, Respecting the Game
Exploring the mechanics of Cheat Engine provides a fascinating look into how video games manage data, allocate memory, and process logic in real-time. It is a powerful tool for learning computer science concepts and reverse engineering.
However, applying these tools to a live, cooperative multiplayer environment like Helldivers 2 is highly discouraged. It actively ruins the carefully crafted progression systems and spoils the fun for legitimate players dropping into your squad.
While it is highly encouraged to try memory editing on single-player, offline games (like classic RPGs or older PC titles) to learn how memory manipulation works, Helldivers 2 should be played as intended. Grab your Liberator, trust your squad, and earn your victories the hard way. For Super Earth!
