Muse + InstaBox, can you really get free overseas home broadband IPs? AI automatically sets up nodes!
Brothers, today I dug up another worthwhile free hack to try out!!!
No need to spend money on VPS, no need to type commands line by line yourself, just let Muse help you set up overseas proxy nodes!
The most ridiculous part is that someone used this method and finally tested an exit IP from Japan's KDDI home broadband operator!
Moreover, node links, Clash configurations, and Shadowrocket QR codes can all be organized by Muse.
Isn't this more interesting than spending tens of dollars every month to buy a server?
Below is the entire workflow summarized.
1. First, see how good this combination is
🤖 Muse AI: Responsible for doing the work
Open web pages, check environments, execute deployment tasks, troubleshoot errors, generate configurations.
Let AI do as much as possible instead of doing it yourself.
Entry:
https://muse.ai 💻 InstaBox: Responsible for providing free servers
Official free plan provides:
4 vCPU
8GB RAM
Free Linux cloud machine
Supports SSH connection
Can publish service ports via HTTPS
Free tier does not require purchasing paid plans
Application address:
https://instabox.sh Newly registered accounts currently default to creating 1 free machine; old users may temporarily retain up to 5.
One provides the server, one handles deployment, basic environment directly free!
2. Claim free InstaBox
Operation is simple.
Step 1: Register account
Open InstaBox official website, complete registration using email.
If prompted to enter waitlist, wait for official invitation email.
Step 2: Create machine
Enter backend, click Create Machine.
Select configuration allowed by free plan, create Linux machine.
Seeing Running status means the machine has started.
Step 3: Get SSH connection
Enter machine details, find Connect.
Create SSH Token, copy generated connection command.
This command is the authorization entry for Muse to access the server.
Note! SSH Token is equivalent to server password, do not share publicly.
3. Let Muse automatically help you set up nodes
This step is the most interesting part of the whole hack! 🤣
Open Muse, tell it you have prepared an InstaBox free machine.
Let it first confirm if it can connect to the server via SSH, then provide deployment plan.
Deployment idea:
InstaBox free machine → Node service → Compliant overseas exit → FlClash / Shadowrocket
4. Directly copy this prompt to Muse
【Muse Auto-Deployment Prompt】
I now have an InstaBox free Linux server and want to set up a private proxy node for my own use.
Please act as a professional Linux operations engineer to assist me in completing the deployment.
Specific requirements:
1. Confirm whether SSH connection to InstaBox is possible and check machine environment. 2. Check platform network and port restrictions, select compatible proxy protocol. 3. Prioritize evaluating VLESS + WebSocket + TLS solution, test if platform HTTPS gateway supports required connections. 4. Install server-side using trusted software sources, generate random authentication info, avoid open unauthenticated proxies. 5. If I provide legally authorized overseas home broadband exit, please help configure forwarding and check actual exit IP. 6. After deployment, generate VLESS sharing link, FlClash / Mihomo configuration, and Shadowrocket scan QR code. 7. Use external client to verify successful internet connection, and check IP country, ASN, operator, and proxy detection results. 8. Finally organize operation instructions, error troubleshooting methods, and maintenance suggestions.
Next, complete necessary authorization and port publishing according to Muse's prompts.
Note: InstaBox public ports use HTTPS gateway, must first confirm if protocols like WebSocket are compatible, cannot blindly follow ordinary VPS arbitrary TCP/UDP port deployment tutorials.
5. Directly import into client
After successful deployment, let Muse generate client sharing links based on real configuration.
Android can use FlClash, Mihomo series clients; iOS can use Shadowrocket.
Import configuration into client after getting it, check connection status.
Then use other IP detection websites to view actual exit.
Focus on checking three things:
① Is IP really changed to target country?
② Does ASN belong to expected network operator?
③ Is it identified as proxy, VPN, or data center?
7. What pitfalls does the free plan have?
Although it's free, there are several places to note.
1. Free servers auto-pause
InstaBox free machines auto-pause after about 30 minutes idle, not traditional 24-hour resident VPS.
2. Free VPS does not equal free home broadband IP
InstaBox solves cloud machine cost, Muse solves deployment operation cost.
Real home broadband exit must have corresponding network source.
3. Not guaranteed all protocols can be deployed
Especially protocols relying on direct open UDP ports, may not suit InstaBox's public gateway.
4. Do not casually publish node QR codes
QR codes and sharing links usually contain connection credentials, leakage may allow others to use them.
5. Free quota and usage rules may change
Please refer to platform's current rules, and ensure proxy deployment complies with terms of service.
Final words
Must say, Muse is still too awesome.
Previous node setup process:
Buy VPS → Configure environment → Install service → Errors → Search tutorials → Adjust config → Generate node.
Now becomes:
Apply for free machine → Hand task to Muse → Check deployment result → Import client.
Server can be free, deployment work can be handed to AI.
If you already have legally available overseas home broadband exit, even the entire setup and testing process can be done without extra spending.
Project entries:
🤖 Muse:
https://muse.ai 💻 InstaBox:
https://instabox.sh Brothers who successfully ran through it, welcome to share your node protocol, exit operator, and stability test results!
Free Overseas Home IP Setup with Muse and InstaBox AI
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TL;DR
This article explains how to use Muse AI and InstaBox to automatically deploy free overseas proxy nodes. It covers obtaining a free server, configuring SSH, using AI prompts for deployment, and verifying home broadband IP exits.
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