9 Remote Jobs You Can ACTUALLY Do With No Degree

 

The Rise of Alternative Careers: A Guide to Thriving Without a Traditional College Degree

WJ had a dream: to earn a degree in communications with a minor in 17th-century French intersectional gender studies. It seemed like a path toward academic fulfillment and, ultimately, a successful career. After spending $150,000 and investing five years of his life, he was confident that the world would value his degree and offer opportunities to pay off his student loans. However, as he started applying to jobs, reality hit hard—his degree didn’t carry the weight he expected. WJ found himself in the difficult position that many graduates face today: drowning in debt with few viable career prospects.

While WJ’s story may sound all too familiar, it doesn’t have to be the case for everyone. In today’s job market, you don’t need an expensive college degree to land a well-paying job or find fulfilling work. What if I told you that you could earn $40 an hour from the comfort of your own home with zero money, zero experience, and no need for a degree? And what makes these opportunities even better is that they are often easier to get into than traditional jobs. In some cases, you can start working and earning money almost immediately.

So, let's jump into a few of these opportunities, starting with a lesser-known but lucrative role.

1. Pre-Certification Specialist

If you’re interested in a stable and steady job, becoming a Pre-Certification Specialist is an excellent choice. Contrary to what the name might suggest, this job has nothing to do with certificates. It involves creating surgery plans and getting insurance approvals for scheduled medical procedures, ensuring that patients aren’t caught off guard by insurance surprises. Essentially, you become an insurance wizard, making sure everything runs smoothly behind the scenes.

Pre-Certification Specialists earn between $37,000 and $55,000 a year, and it’s an entry-level position that doesn’t require a degree or previous experience. Similar roles include Insurance Verification Coordinator ($41,000–$56,000) and Pre-Certification Supervisor ($50,000–$72,000).

If you’re interested in learning more, there are free or inexpensive online courses available on medical billing, coding, and healthcare administration. This makes it easy to acquire the skills you need without spending years in school. I’d rate this an 8 out of 10 as a solid career opportunity.

2. Brand Educator (Brand Ambassador)

For those who prefer working in marketing, becoming a Brand Educator or Brand Ambassador could be a rewarding choice. In this role, you get to engage with consumers, educate them about a brand’s products, and help increase sales and brand awareness. This is like being an enthusiastic tour guide for various brands, leading consumers on a journey of discovery.

Brand Educators can earn between $41,000 and $70,000 annually, often working with marketing agencies or directly for brands. This role is especially valuable if you’re thinking about starting your own YouTube channel or building a personal brand in the future. It’s a fantastic stepping stone for those who want to break into the digital marketing space.

I’d give this job an 8.5 out of 10, especially for its potential to pave the way toward even greater opportunities.

3. Property and Casualty Insurance Producer

If you’re drawn to helping people protect their assets, working as a Property and Casualty Insurance Producer might be your calling. In this role, you guide clients through making the right insurance decisions, helping them protect their property and assets. You can expect to earn between $58,000 and $100,000 a year.

No college degree or prior experience is required, but taking insurance licensing courses or getting some sales training can give you a competitive edge. This is a high-paying, stable career that’s easy to break into.

I’d rate this opportunity an 8.5 out of 10.

4. Community Coordinator

If you have strong organizational and interpersonal skills, becoming a Community Coordinator could be a great fit. In this role, you help build and nurture communities, often within industries like publishing. Community Coordinators earn between $42,000 and $59,000 annually, and this role is pivotal in fostering engagement within various groups.

It’s an entry-level position that typically doesn’t require a college degree. For those with experience, higher-level roles like Senior Community Coordinator and Community Manager offer even more earning potential.

I’d give this career path an 8 out of 10 for its mix of creativity and organization.

5. Admissions Representative

If you enjoy helping others navigate important life decisions, consider becoming an Admissions Representative. In this role, you guide prospective students through their college application journey, helping them find the right fit and ensuring that their educational goals align with the institution.

The surprising part? Many admissions jobs don’t require a college degree! Admissions Representatives make between $56,000 and $81,000 annually, and similar positions include Admissions Manager and Director of Customer Services, both of which offer great earning potential.

This is a solid, well-paying job that’s easy to get into. I’d give it a 7.5 out of 10.


These are just a few examples of remote jobs and alternative career paths that offer good pay, stability, and require little to no formal education. Whether you’re interested in healthcare, marketing, or community-building, there are numerous opportunities out there for you to explore. In an ever-evolving job market, traditional college degrees are no longer the only path to success.

Remember, the key is to look for positions that match your skills and interests and to continuously develop those skills through training, workshops, or certifications—many of which are free or low-cost.

The future of work is flexible, accessible, and filled with hidden gems waiting to be uncovered. Don't let the weight of traditional expectations hold you back; a rewarding and fulfilling career could be just a few clicks away.

The Key Difference Between an IPv4 Proxy and an IPv6 Proxy

The Key Difference Between an IPv4 Proxy and an IPv6 Proxy

The primary difference between an IPv4 proxy and an IPv6 proxy lies in the type of IP address they use and how these addresses function within a network. Here are the main distinctions:

1. Address Format

  • IPv4 (Internet Protocol version 4):

    • IPv4 uses a 32-bit format, resulting in a numerical address divided into four groups of up to three digits (e.g., 192.168.1.1).
    • There are approximately 4.3 billion IPv4 addresses available, and most of these have already been allocated, leading to a shortage of available addresses.
  • IPv6 (Internet Protocol version 6):

    • IPv6 uses a 128-bit format, resulting in much longer hexadecimal addresses divided into eight groups of four digits (e.g., 2001:0db8:85a3:0000:0000:8a2e:0370:7334).
    • It offers an almost unlimited number of addresses (340 undecillion), solving the scarcity problem of IPv4.

2. Addressing Capacity

  • IPv4:

    • With the exhaustion of available IPv4 addresses, proxies using this protocol can be more expensive or limited in availability.
    • There may be issues with IP address sharing between multiple users, which can impact privacy and performance.
  • IPv6:

    • IPv6 proxies are far more abundant due to the immense number of available addresses. This provides a solution to IPv4 shortages and allows for greater privacy and exclusive use of IPs.
    • However, IPv6 is not yet fully supported on all networks and devices, although adoption is steadily increasing.

3. Compatibility

  • IPv4:

    • IPv4 is the most widely used protocol, and almost all devices and networks are compatible with it.
  • IPv6:

    • While IPv6 is becoming more common, some older systems and networks may not fully support it. This can limit the functionality of IPv6 proxies in certain scenarios.

4. Performance and Latency

  • IPv4:

    • In some cases, IPv4 proxies may experience slightly higher latency, especially in regions where addresses are shared among many users.
  • IPv6:

    • In situations where IPv6 is well-supported, it can offer a more direct network route, resulting in lower latency and faster performance.

5. Security

  • IPv4:

    • IPv4 requires additional security measures, such as NAT (Network Address Translation), to handle private addresses, which can add a layer of protection.
  • IPv6:

    • IPv6 was developed with built-in security features like IPsec, although this is not always implemented. Additionally, the vast number of addresses makes IP scanning attacks much more difficult.

6. Use in Proxies

  • IPv4 Proxy:

    • Widely used and often required to access resources or websites that do not yet support IPv6.
  • IPv6 Proxy:

    • Ideal for more modern networks and can be more cost-effective and efficient due to the larger availability of addresses. However, a dual-stack proxy (supporting both IPv4 and IPv6) may be necessary to ensure full compatibility with all networks.

Summary:

  • IPv4: More common, limited in the number of available addresses, and broadly compatible with most systems.
  • IPv6: More modern, with a vastly larger number of available addresses, but still in the process of full adoption.

The choice between an IPv4 and IPv6 proxy depends on compatibility and the network requirements you are working with. IPv6 proxies offer a forward-looking solution with better scalability and privacy, but IPv4 remains essential in many situations due to its widespread use and support.

Top 10 Freelance Platforms: A Detailed Overview

Top 10 Freelance Platforms: A Detailed Overview

The freelance industry has seen tremendous growth, offering businesses and individuals the opportunity to connect with professionals in various fields. Below is a detailed overview of 10 leading freelance platforms, highlighting their unique features, advantages, and ideal use cases.


1. Upwork

Description:
Upwork is one of the largest freelance platforms globally, allowing clients to find professionals in nearly any sector, from web development to digital marketing. The platform offers a wide range of skilled freelancers, catering to small businesses and large enterprises alike.

Key Features:

  • Supports both hourly and fixed-price projects.
  • Trusted by large companies for high-end projects.

Ideal For:
Long-term, complex projects that require dedicated freelancers.


2. Freelancer.com

Description:
Freelancer.com is a global platform offering freelancers in areas such as IT, graphic design, marketing, writing, and more. The platform works on a bidding system, where freelancers compete to win projects by submitting proposals based on the client’s requirements.

Key Features:

  • Offers a wide variety of freelancers at different price points.
  • Includes an option for clients to hold contests for projects.

Ideal For:
Small to medium-sized projects with flexible budgets, especially those looking to hold contests for creative work.


3. PeoplePerHour

Description:
PeoplePerHour allows clients to hire freelancers based on either hourly rates or for specific projects. It's popular for services related to design, marketing, and web development, and has a large European user base.

Key Features:

  • Strong focus on freelancers from Europe.
  • Supports payment by the hour or project.

Ideal For:
Short-term projects and hiring freelancers on an hourly basis.


4. Guru

Description:
Guru offers a wide range of freelance services, including software development, design, and business consulting. It provides detailed freelancer profiles to help clients evaluate professionals before hiring.

Key Features:

  • Flexible payment options, including hourly, project-based, or task-based payments.
  • Easy project management and collaboration tools.

Ideal For:
Complex projects and long-term contracts that require flexibility in payment and management.


5. Toptal

Description:
Toptal is a premium freelance platform that connects companies with the top 3% of freelancers in the world, particularly in the fields of software development, design, and finance.

Key Features:

  • Only highly qualified freelancers are accepted on the platform.
  • Focuses on high-quality, premium service for complex projects.

Ideal For:
High-complexity projects that demand top-tier talent and experienced professionals.


6. 99Designs

Description:
99Designs is a freelance platform focused on graphic design. It connects clients with designers to create logos, websites, marketing materials, and more. The platform primarily operates through design contests, where clients select the best submission.

Key Features:

  • Specializes in graphic design services.
  • Contest-based model allows clients to choose from multiple designs.

Ideal For:
Graphic design, branding, and visual identity projects, particularly for logo design and marketing materials.


7. Truelancer

Description:
Truelancer offers a wide variety of freelance services at competitive prices, focusing on areas such as web development, writing, and graphic design. It is known for having freelancers from emerging markets, making it more affordable for small businesses.

Key Features:

  • Cost-effective platform with a focus on emerging markets.
  • Offers a wide variety of freelance services.

Ideal For:
Small businesses and startups with limited budgets that need affordable freelance talent.


8. SolidGigs

Description:
SolidGigs differs from other platforms by curating high-quality freelance job opportunities and sending them directly to freelancers. It focuses on providing freelancers with premium, vetted job leads, rather than having them bid for work.

Key Features:

  • Curates top freelance gigs and job offers.
  • Saves freelancers time by delivering high-quality leads directly.

Ideal For:
Freelancers who actively seek work and prefer curated job offers over competitive bidding.


9. DesignCrowd

Description:
DesignCrowd, similar to 99Designs, focuses on graphic design services. Clients can hold design contests or hire freelancers directly for projects, including logo creation, web design, and marketing collateral.

Key Features:

  • Large community of designers and option for design contests.
  • Allows direct hiring for specific projects.

Ideal For:
Businesses looking for creative design solutions, including logo design and web design through a contest-based or direct-hire approach.


10. TaskRabbit

Description:
TaskRabbit is unique compared to the other platforms listed as it focuses on local, manual services. Freelancers on TaskRabbit offer services such as furniture assembly, moving help, cleaning, and home repairs. The platform is especially popular in large urban areas.

Key Features:

  • Connects clients with freelancers for local, hands-on tasks.
  • Ideal for manual labor or physical services.

Ideal For:
Clients looking for help with manual or in-person tasks like home repairs, assembly, or physical assistance.


Conclusion

Each freelance platform offers unique benefits depending on the nature of the project and budget. Whether you're looking for a top-tier software developer on Toptal, a talented designer on 99Designs, or affordable freelancers on Truelancer, there's a platform suited for your needs. By understanding the strengths and features of these platforms, you can make an informed decision about where to find the right freelance talent for your business.

Using Multiple IP Addresses on the Same Network Through a RouterBoard

 

Using Multiple IP Addresses on the Same Network Through a RouterBoard

In modern networking, there are various scenarios where using multiple IP addresses on the same network is essential. Whether you’re running multiple servers, hosting various services, or managing distinct internal subnets, having the ability to assign and manage multiple IP addresses through a RouterBoard (typically from MikroTik) offers flexibility and control. This guide explores how you can configure and manage multiple IP addresses on the same network using a RouterBoard device.

1. Understanding the Need for Multiple IP Addresses

Using multiple IP addresses within the same network provides several benefits:

  • Segmentation of services: Different IP addresses can be used to separate various services or applications running within the same network.
  • Network Management: You can assign different IPs to devices based on their roles (e.g., printers, servers, clients).
  • Hosting multiple services: If you're hosting multiple websites or applications, each may require its own IP address for identification or security.
  • Traffic Routing: It allows finer control of traffic routing across multiple interfaces or network segments.

2. What is MikroTik RouterBoard?

MikroTik's RouterBoard devices are highly versatile, offering robust routing, firewall, and traffic management capabilities. RouterBoards allow users to assign multiple IP addresses to a single network interface or across different interfaces, making it an ideal choice for advanced network configurations, such as using multiple IP addresses on the same network.

3. Setting Up Multiple IP Addresses on a RouterBoard

Here is a step-by-step guide on how to configure multiple IP addresses on a MikroTik RouterBoard.

Step 1: Access the RouterBoard Interface

To begin, access the RouterBoard through Winbox (MikroTik's management tool) or via a web browser. Connect to the RouterBoard using its default IP address (typically 192.168.88.1).

Step 2: Assigning Multiple IP Addresses

  1. Open the IP Addresses Menu: Once inside the Winbox interface, navigate to IP > Addresses. This is where you manage the IP addresses assigned to different interfaces on the RouterBoard.

  2. Add a New IP Address:

    • Click the "+" button to add a new IP address.
    • Enter the desired IP address (e.g., 192.168.1.10/24) in the Address field.
    • In the Interface field, select the interface (e.g., ether1 or bridge1) where the IP address will be assigned.
    • Click OK to save.
  3. Repeat the Process for Additional IPs:

    • Add each additional IP address you need to configure. For instance, you can add 192.168.1.11/24, 192.168.1.12/24, and so on.
  4. Verify IP Assignments:

    • Once all IPs are added, you can verify their assignments by checking the list in IP > Addresses. Each IP should be correctly assigned to the desired interface.

Step 3: Configuring NAT (if necessary)

If you're using multiple IP addresses that need to access the internet or communicate with other networks, you might need to set up Network Address Translation (NAT).

  1. Go to NAT Settings:

    • Navigate to IP > Firewall > NAT.
  2. Create a New NAT Rule:

    • Click the "+" button to create a new NAT rule.
    • In the Chain field, select srcnat.
    • In the Out Interface field, choose the outgoing interface (typically your WAN interface, e.g., ether1).
    • In the Action tab, set the action to masquerade. This ensures that traffic originating from your local IP addresses will be translated when accessing the internet.
  3. Apply the Rule:

    • Click OK to apply the NAT rule. Repeat for each additional IP address if necessary.

Step 4: Configure Routing (for Multiple WAN or Specific Traffic Paths)

If you have multiple WAN connections or need to route traffic through specific paths based on the IP addresses assigned, you may need to configure routing rules.

  1. Go to Routing Settings:

    • Navigate to IP > Routes.
  2. Add a New Route:

    • Click the "+" button to add a new route.
    • Specify the destination network (if you want to route traffic to a specific external network) or leave it default for general internet traffic.
    • Select the gateway (your external IP or default gateway) and interface.
  3. Save and Test:

    • Once routes are configured, you can test the connection by pinging external addresses from the various IPs or using tools like Traceroute.

4. Managing Multiple Subnets with VLANs

In more complex environments, you might want to separate traffic using VLANs (Virtual Local Area Networks). VLANs help in creating logical network partitions that can use different IP address ranges while sharing the same physical infrastructure.

  1. Creating VLAN Interfaces:

    • Go to Interfaces > VLANs in the RouterBoard interface.
    • Add a new VLAN interface and assign it to the parent interface (e.g., ether2).
    • Assign an IP address to the VLAN in IP > Addresses.
  2. Tagging VLANs on Switches:

    • Ensure that your switches are configured to recognize and pass VLAN-tagged traffic.
  3. Routing Between VLANs:

    • You can configure inter-VLAN routing by adding specific routes in the IP > Routes section or using firewall rules to manage traffic between VLANs.

5. Monitoring and Managing Traffic

Once the configuration is complete, it's essential to monitor network traffic to ensure everything is working smoothly. RouterBoard offers several tools for this:

  • Torch: Use the Torch tool to monitor traffic on individual interfaces.
  • Logs: Check logs in System > Logging to identify any issues or irregularities in traffic flow.
  • Traffic Graphs: You can also set up traffic graphs in Interface > Traffic to track data usage and performance in real time.

6. Security Considerations

When managing multiple IP addresses and subnets, it's crucial to implement robust security measures. Ensure that you:

  • Configure proper firewall rules to protect internal IP addresses.
  • Use port forwarding and address lists to control which devices or services are accessible from the outside.
  • Regularly update your RouterBoard firmware to patch any vulnerabilities.

Conclusion

Using multiple IP addresses on the same network through a RouterBoard can provide great flexibility and control over network resources. By carefully configuring the router with multiple IPs, NAT, and routing, you can optimize your network for hosting services, managing traffic, or segmenting devices. Whether you are a small business, network enthusiast, or IT professional, the combination of MikroTik's RouterBoard and the right configurations will help you unlock the full potential of your network infrastructure.

How to Create a Virtual Machine Directly on an Android Device

How to Create a Virtual Machine Directly on an Android Device

To create a virtual machine directly on an Android device, you can use specific applications that allow the emulation of operating systems within Android. One of the most popular apps for this purpose is VMOS. Below are the steps to install and configure VMOS to create a virtual machine on Android:

Step 1: Install VMOS

Download VMOS

  • Access the official VMOS website or download the app directly from the Google Play Store.

Install the App

  • After downloading the APK file or installing directly from the Play Store, follow the on-screen instructions to complete the installation.

Step 2: Configure the Virtual Machine

Open VMOS

  • After installation, open the VMOS app.

Create a New Virtual Machine

  • The first time you open VMOS, you will see an option to "Add VM." Click on this option.

Choose the VM Configuration

  • VMOS offers different versions of Android for emulation. Choose the version you want to use.
  • Follow the on-screen instructions to download and install the chosen version.

Configure the VM

  • After installing the Android version, you can adjust settings such as screen resolution, allocated RAM, and other virtual hardware settings.
  • You can also enable "Root" if you need superuser permissions within the VM.

Step 3: Use the Virtual Machine

Start the Virtual Machine

  • Once configured, you can start the virtual machine within VMOS by clicking on the VM icon you created.

Interact with the VM

  • The virtual machine will function as an independent Android device. You can install apps, access the internet, and perform other activities as usual.

Step 4: Manage the Virtual Machine

Additional Settings

  • Within VMOS, you can access additional settings to manage the VM, such as performance adjustments and storage settings.

Backup and Restore

  • VMOS also offers options for backing up and restoring your VMs, allowing you to save and restore the state of the virtual machine as needed.

Final Considerations

  • Performance: The performance of the VMs can vary depending on the hardware of your Android device. More powerful devices will offer a smoother emulation experience.
  • Compatibility: Not all apps may work perfectly within the virtual machine, especially those that rely on specific hardware or special permissions.

Using VMOS, you can create and manage virtual machines directly on your Android device, providing a flexible environment for testing and using apps in a separate space.

 

How to Create a Free VPN in a Virtual Machine

How to Create a Free VPN in a Virtual Machine

Creating a free VPN in a virtual machine can be accomplished using various online tools and services. Here, we outline a straightforward process using OpenVPN, a popular open-source VPN solution.

Step 1: Set Up the Virtual Machine

Install the Operating System

  • Ensure you have a virtual machine configured and running with an operating system of your choice (e.g., Ubuntu).

Update the System

  • Before installing any software, it is good practice to update the operating system:
    sh
    sudo apt update && sudo apt upgrade -y

Step 2: Install OpenVPN

Install OpenVPN

  • In the terminal, install OpenVPN using the package manager:
    sh
    sudo apt install openvpn -y

Download the OpenVPN Installation Script

  • There is a popular script that automates the OpenVPN setup called openvpn-install. Download and execute the script:
    sh
    wget https://git.io/vpn -O openvpn-install.sh chmod +x openvpn-install.sh sudo ./openvpn-install.sh

Follow the Script Instructions

  • The script will ask several questions, such as the server's IP address, the port to use, the protocol (UDP or TCP), and the client's name. Provide the necessary answers.

Generate Client Configuration Files

  • Upon completion, the script will generate a .ovpn file for the client. This file contains all the necessary configurations to connect to the VPN server.

Step 3: Configure the VPN Client

Transfer the .ovpn File to the Client

  • Transfer the generated .ovpn file to the client device where you want to configure the VPN.

Install the OpenVPN Client on the Client Device

  • Linux:
    sh
    sudo apt install openvpn -y
  • Windows:
  • Mac:

Import the .ovpn File

  • Import the .ovpn file into the OpenVPN client.

Connect to the VPN

  • Start the VPN connection using the OpenVPN client.

Step 4: Test the Connection

Verify the IP

  • After connecting to the VPN, verify that your IP has changed to the VPN server's IP. You can check this on websites like WhatIsMyIP.com.

Test Connectivity

  • Ensure that you can access the internet and that your connections are being routed through the VPN.

Final Considerations

  • Security: Although OpenVPN is a robust solution, it is essential to ensure that your server is properly secured. Keep both the operating system and OpenVPN updated.
  • Performance: The VPN's performance will depend on the virtual machine's resources and internet connection speed.
  • Free Limitations: While OpenVPN itself is free, hosting costs and server resources (such as CPU, memory, bandwidth) are factors to consider.

By following these steps, you can set up a free VPN using OpenVPN in a virtual machine, providing an additional layer of security and privacy for your network connections.

 

How to Create a Virtual Machine in the Android Emulator

How to Create a Virtual Machine in the Android Emulator

Creating a virtual machine in the Android emulator is a straightforward process if you follow these steps:

Step 1: Install Android Studio

  1. Download and Install Android Studio:
    • Visit the official Android Studio website and download the installer.
    • Follow the installation instructions provided by the installer.

Step 2: Configure the Android SDK

  1. Open Android Studio:
    • Launch Android Studio on your computer.
  2. Navigate to SDK Settings:
    • Go to File > Settings (or Android Studio > Preferences on macOS).
    • Navigate to Appearance & Behavior > System Settings > Android SDK.
  3. Install SDK Platforms:
    • Select the SDK Platforms tab and install the desired Android platforms.
  4. Install SDK Tools:
    • Go to the SDK Tools tab and install the Android Emulator, Android SDK Build-Tools, and other necessary tools.

Step 3: Create a Virtual Device (AVD - Android Virtual Device)

  1. Open AVD Manager:
    • In Android Studio, go to Tools > AVD Manager.
  2. Create a New Virtual Device:
    • Click Create Virtual Device.
  3. Select a Device:
    • Choose a device from the list of predefined devices and click Next.
  4. Select a System Image:
    • Select a system image (Android version) you want to use and click Next.
  5. Configure AVD Options:
    • Configure the AVD options such as name, memory size, and other hardware settings.
  6. Finish Creation:
    • Click Finish to create the AVD.

Step 4: Run the Virtual Machine

  1. View Available AVDs:
    • In the AVD Manager, you will see the list of available AVDs.
  2. Start the Emulator:
    • Click the play icon (green triangle) next to the AVD you created to start the emulator.

Additional Tips

  • System Requirements:
    • Ensure that your computer meets the minimum system requirements to run the Android emulator.
  • Optimize AVD Settings:
    • Adjust the AVD settings to improve performance, such as allocating more RAM or enabling hardware acceleration (Intel HAXM for Intel processors or KVM for AMD processors).

By following these steps, you should be able to create and run a virtual machine in the Android emulator using Android Studio successfully.

 

Mirra Andreeva

  Mirra Andreeva Mirra Andreeva is making a big splash in women's tennis. She recently amazed fans at a major tournament. Her skills sh...