How to Buy a VPS for Just $1.99/Month and Set Up High-Speed Proxy Access

Looking for an affordable VPS solution that won't break the bank? Whether you're exploring cloud computing, need a testing environment, or want to set up your own services, finding a budget-friendly VPS with decent performance can be challenging. This guide walks you through purchasing a Los Angeles-based VPS for under $2 monthly and optimizing it for maximum performance—proving you don't need deep pockets to get started with cloud infrastructure.

Getting Started: What You'll Need

Before diving in, here's what you should have ready:

• A valid email address for account registration

• Payment method (Alipay, PayPal, or credit card)

• Basic understanding of server administration (don't worry, we'll walk through each step)

• Xshell or similar SSH client software

This tutorial is specifically designed for users who want a straightforward, cost-effective VPS solution without complicated technical prerequisites.

Step 1: Purchasing Your VPS

First, you'll need a VPS server located outside mainland China. The provider we're using offers excellent value with multiple payment options including Alipay, PayPal, and credit cards (including virtual cards).

Currently, there's an ongoing promotion for a Los Angeles-based VPS with these specs:

• 1 CPU core

• 512MB RAM

• 15GB storage

• 1 IPv4 address

• 2TB monthly bandwidth

• 1Gbps network speed

• Only $1.99/month

Test IP for latency checking: 173.82.2.222

The connection quality from mainland China varies by ISP, but China Telecom and China Unicom users typically experience direct routing.

If you're looking for reliable, affordable VPS hosting that delivers solid performance without premium pricing, this represents one of the better entry points in the market. 👉 Start your cloud journey with a budget-friendly VPS that punches above its weight class

Registration Process

Note: If English isn't your strong suit, use Google Chrome's built-in translation feature.

1. Navigate to the registration page

2. Fill in your details:

   • Email address

   • Password (create a strong one)

   • Confirm password

3. Click the registration button

4. Check your email inbox for a verification email

5. Click the verification link in the email to complete registration

6. Log in with your new credentials

Adding Funds to Your Account

Before creating a VPS, you need to add funds to your account. The platform supports three payment methods:

• PayPal: Minimum deposit $1

• Credit Card (including virtual cards): Minimum deposit $5

• Alipay: Minimum deposit $5

Navigate to the billing section and select your preferred payment method to add funds.

Creating Your VPS Instance

Important: Don't use the standard "Create New VPS" button on the homepage, as this starts at $2.67/month.

Instead, look for the promotional link offering the $1.99/month plan (labeled SUB512-1803). The main differences from the standard plan:

• 2TB bandwidth (vs. 3TB)

• 15GB storage (vs. 10GB)

Select your preferred configuration and click to create. The provisioning process takes approximately 2 minutes.

Once completed, your dashboard will display:

• VPS IP address

• CPU core count

• RAM allocation

• Creation timestamp

• Management controls

Check your email for login credentials. You'll receive:

• Server IP address

• Login username (typically "root")

• Initial password

Save these credentials securely.

Step 2: Connecting to Your VPS

Download and install Xshell (or your preferred SSH client). Here's how to connect:

1. Open Xshell

2. Click "New Session"

3. Enter your VPS IP address in the Host field

4. Click "OK"

5. Select the newly created session and click "Connect"

6. Accept the SSH security warning

7. Enter username: root

8. Enter the password from your email

9. Click "OK"

You're now connected to your VPS server.

Step 3: Setting Up Multi-User SSR

Execute the following commands one at a time (copy, paste, press Enter, wait for completion):

First command:

yum -y install wget

Second command:

wget -N --no-check-certificate https://softs.fun/Bash/ssrmu.sh && chmod +x ssrmu.sh && bash ssrmu.sh

After executing the second command, you'll see a menu. Enter 1 and press Enter to begin configuration.

Configuration Steps

1. Network interface: Press Enter to use default

2. Username: Enter your desired username (no Chinese characters)

3. Port number: Choose a port (e.g., 8899)

4. Password: Set your connection password

5. Encryption method: Recommended option 10

6. Protocol plugin: Recommended option 3

7. Obfuscation plugin: Recommended option 1

For remaining options, press Enter to accept defaults unless you have specific requirements.

Wait for installation to complete. The system will display your SSR link—copy and save it.

Step 4: Configuring SSR Client

Download the ShadowsocksR client for your operating system:

• Windows 7 and below: Use version 2.0

• Windows 7 and above: Use version 4.0

After downloading:

1. Extract the archive

2. Run the appropriate executable

3. Look for the paper airplane icon in your system tray

4. Right-click the icon

5. Select "Import from clipboard" to add your SSR configuration

Alternatively, manually enter your settings:

• Server IP

• Port

• Password

• Encryption method

• Protocol

• Obfuscation

At this point, you can browse websites, but performance might be limited due to network optimization constraints. That's where acceleration comes in.

Step 5: Installing Kcptun Acceleration (Server-Side)

To dramatically improve performance, we'll install Kcptun acceleration. Execute these commands sequentially:

First:

wget --no-check-certificate https://github.com/kuoruan/shell-scripts/raw/master/kcptun/kcptun.sh

Second:

chmod +x ./kcptun.sh

Third:

./kcptun.sh

Kcptun Configuration

1. Server port: Use default (press Enter)

2. Address to accelerate: Use default (127.0.0.1)

3. Port to accelerate: Enter your SSR port (e.g., 8899)

4. Encryption: Use default unless you have preferences

5. Acceleration mode: Use default

6. MTU value: Use default

Continue pressing Enter for remaining options to use defaults.

Installation will begin—wait for completion.

Important: After installation, copy the entire JSON configuration block (everything between the curly braces) and save it to a text file (e.g., tcp.json).

Critical: Note your Kcptun version number—you'll need this for client setup.

Step 6: Configuring Kcptun Client

1. Download the Kcptun GUI launcher tool

2. Download the matching Kcptun client version (Windows filename contains "windows")

3. Extract both archives to the same folder

You should have:

• kcptun_gclient.exe (launcher tool)

• client_windows_amd64.exe (Kcptun client)

• server_windows_amd64.exe (server program)

Launch kcptun_gclient.exe and configure:

1. Browse and select client_windows_amd64.exe

2. Import your saved JSON configuration

3. Click "Start"

Finally, update your SSR client:

• Change server IP to: 127.0.0.1

• Keep all other settings unchanged

• Click "OK"

Performance Results

The difference is remarkable:

• Without acceleration: Basic web browsing only, limited streaming capability

• With Kcptun: Smooth 4K YouTube playback, average ping 170ms, stable high-speed connection

Sharing with Multiple Users

If you want to share access:

1. Connect to your VPS via Xshell

2. Run: bash ssrmu.sh

3. Enter 5 to query existing configurations

4. Enter the port number to view

5. Copy the SSR link and share it

You can also create dedicated user ports for different people using option 1 in the menu.

Conclusion

With just $1.99 monthly and following these steps, you've successfully deployed a functional VPS with optimized network performance. The combination of SSR and Kcptun acceleration transforms a budget VPS into a surprisingly capable solution—proving that effective cloud infrastructure doesn't require premium pricing. Whether you're using this for learning purposes, development testing, or personal projects, you now have a solid foundation in VPS deployment and optimization. For those seeking reliable, cost-effective cloud computing solutions that deliver real value, 👉 this approach demonstrates how strategic configuration can maximize limited resources.