Bitburner, a popular programming-based incremental game, challenges players to automate tasks and perform complex hacking simulations using JavaScript code. One intriguing and often discussed concept in the Bitburner universe is the IPvGo Subnet Takeover. This mechanic blends in-game hacking, strategy, and scripting elements, offering players a unique technical puzzle to solve. But for many new or even intermediate players, the question arises: what is IPvGo Subnet Takeover Bitburner?
This guide aims to demystify this concept, explain how it fits into the gameplay, and provide practical tips for successful implementation.
Understanding Bitburner and Its Core Gameplay
Before diving into the IPvGo Subnet Takeover, it’s important to understand Bitburner’s foundation.
Bitburner is a JavaScript-based cyberpunk game where you play as a hacker in a dystopian future. You use real JavaScript to write scripts that perform tasks such as:
- Hacking servers
- Automating operations
- Growing money on servers
- Managing RAM and thread optimization
- Writing backdoors and worm programs
The game is played both actively and passively, with players writing optimized scripts to increase efficiency. As you progress, you gain access to more powerful tools, servers, and features—one of which is subnet manipulation.
What is IPvGo in Bitburner?
The term IPvGo is a fictional in-game protocol or system that simulates IPv4 networking concepts. While not officially part of real-world IP configurations, IPvGo mimics familiar networking mechanics to create advanced gameplay scenarios.
In Bitburner, IPvGo is commonly referenced in the context of:
- Server identification
- Automated subnet scanning
- Backdoor insertion
- Network expansion
This adds a layer of strategic planning to the game, where your understanding of networks and subnet structures can significantly impact your progress.
What is Subnet Takeover in Bitburner?
Subnet Takeover in Bitburner refers to the process of:
- Discovering all servers within a certain range or logical network group.
- Gaining root access on those servers using hacking tools.
- Deploying payloads or scripts to maximize control or income.
- Optionally inserting backdoors for persistent control.
In the context of IPvGo, the Subnet Takeover often involves targeting a cluster of IP-address-like servers that share similar naming patterns or network locations (e.g., ipvgo-1.1.1.1, ipvgo-1.1.1.2, etc.).
This mechanic is essentially a high-level hacking automation puzzle, combining discovery, execution, and optimization.
Objectives of IPvGo Subnet Takeover
The IPvGo Subnet Takeover is not just about control—it provides several tangible benefits in Bitburner:
- Access to Valuable Servers: These servers may have high money max and low security.
- Faction Reputation: Some subnet takeovers may be linked to faction missions.
- XP Gain: Hacking multiple subnet servers efficiently increases your skill.
- Income Automation: Subnet servers can be scripted for grow, weaken, and hack cycles.
- RAM Utilization: Subnets allow you to distribute scripts across many servers.
How to Perform an IPvGo Subnet Takeover in Bitburner
1. Scan and Identify Servers
Write or use a script to recursively scan all accessible servers. Your goal is to identify servers with ipvgo naming patterns. Here’s a simple example of a recursive scan:
function scanAllServers(server = 'home', scanned = []) {
const connections = ns.scan(server);
for (let host of connections) {
if (!scanned.includes(host)) {
scanned.push(host);
scanAllServers(host, scanned);
}
}
return scanned;
}
2. Check Hackability
Once identified, evaluate each server’s hack level and ports required. Use your available hacking tools (e.g., BruteSSH.exe, FTPCrack.exe, etc.) to prepare them.
if (ns.getHackingLevel() >= ns.getServerRequiredHackingLevel(server)) {
if (ns.fileExists("BruteSSH.exe", "home")) ns.brutessh(server);
ns.nuke(server);
}
3. Deploy Scripts
Use a custom script to deploy weaken, grow, and hack scripts to all rooted subnet servers. Make sure to adjust thread count based on each server’s RAM.
ns.scp(["weaken.js", "grow.js", "hack.js"], server);
let maxRam = ns.getServerMaxRam(server);
let usedRam = ns.getServerUsedRam(server);
let threads = Math.floor((maxRam - usedRam) / ns.getScriptRam("hack.js"));
ns.exec("hack.js", server, threads, target);
4. Automate and Monitor
Create looped automation to continually assess subnet server performance. You may also want to include:
- Logging script success/failure
- Script redeployment if servers reboot
- Priority assignment based on server value
Useful Scripts and Libraries
Players have created public libraries to simplify subnet takeovers. Some even include:
- Map visualizations of subnets
- Automated deployment tools
- Factions-focused takeover paths
A great strategy is to combine these open-source tools with your own logic and optimize based on your RAM and script size limitations.
Tips for Efficient IPvGo Subnet Takeover
- Start with Low-Security Servers: Prioritize low-security, high-money servers for faster income.
- Use
backdoor()Wisely: Some missions require installing backdoors on key subnet nodes. - Monitor RAM Consumption: Deploy lightweight scripts to minimize resource exhaustion.
- Upgrade Your Home Server: More RAM equals better multi-server control.
- Join Factions: Some factions give bonus tools or reputation for subnet-based tasks.
Advanced Strategies
Once you’re comfortable with basic subnet takeovers, consider expanding into:
- Botnet-Style Attacks: Using all accessible servers to attack high-value targets.
- Multi-Subnet Management: Categorize subnet clusters by value or purpose.
- Dynamic Hacking Targets: Use AI-style logic to determine best targets per second.
Conclusion
What is IPvGo Subnet Takeover Bitburner? It’s a powerful gameplay mechanic that challenges you to think like a network engineer and a hacker. By scanning, accessing, and automating servers grouped under the IPvGo naming pattern, you can dramatically boost your efficiency and in-game income.
Whether you’re a casual player exploring hacking mechanics or a hardcore optimizer building server takeover empires, the IPvGo Subnet Takeover is a critical concept in mastering Bitburner’s depth.
