Category: Homelab

I Added a Personal Music Streaming Service to My Home Server

Recently, I added another service to my home server: a personal music server.

I already run several self-hosted services at home, and one of the things I enjoy about having a home server is the ability to keep adding useful services whenever I find something that I can bring under my own control. This time, it was music.

For people who are happy to subscribe to mainstream music platforms like Spotify or YouTube Music, those services are perfectly fine. They provide huge music libraries, excellent apps, and a very convenient listening experience.

But this setup isn’t really about replacing those services. It is about something else: self-hosting as much of your digital life as you reasonably can.

I already have a server running 24/7 and Docker installed, why not use it to host my own music collection as well?

From Spotify and YouTube Music to My Own Music Library

I can use public playlists maintained by other people as a source for my local music collection.

For example, I can use playlists containing:

  • Latest Malayalam songs
  • Latest Tamil songs
  • Latest Hindi songs
  • Popular songs
  • Songs from different artists or genres

If someone maintains a public playlist and regularly adds new songs, I can use that playlist as a source for my own collection. This means I don’t necessarily have to manually search for new music every time.

The workflow becomes:

Spotify / YouTube Music → Playlist → Downtify → My Music Library

Downtify

The first part of the setup is Downtify. It handles downloading the music and preparing it for my local music collection.

One of the features I particularly like is that it downloads the music along with its metadata. So I’m not just getting a collection of audio files. The music can come with information such as the song title, artist, album, album artwork, and other metadata, which makes it much easier to build a properly organized library.

Downtify can also monitor playlists. I can add my own playlists or public playlists from Spotify or YouTube Music and let Downtify keep track of them.

For example, I could monitor playlists for the latest Malayalam, Tamil, and Hindi songs. When new songs are added to those playlists, Downtify can download them along with their metadata and add them to my local music collection.

So the process becomes much less manual:

Playlist → Download → Metadata → Organized Music Library

Navidrome

Once the music is downloaded, it is stored on my home server. This is where Navidrome comes in.

Navidrome is an open-source music server that scans my music directory and organizes the collection into artists, albums, songs, genres, and playlists.

Instead of browsing through folders full of MP3 files, I get a proper music-library experience.

Navidrome also supports the OpenSubsonic ecosystem, so I’m not restricted to a single client. This makes it possible to choose different applications for different devices.

Wavio

For Android, I’m currently using Wavio.

Wavio connects to my Navidrome server and provides a modern, Spotify-like interface for browsing and playing my music.

The actual music files remain on my home server. My phone simply connects to the server and plays the music, so I don’t need to keep my entire music collection stored on my phone.

The Complete Setup

The complete workflow looks like this:

Spotify / YouTube Music → Personal or Public Playlists → Downtify → Music + Metadata → Home Server Storage → Navidrome → Wavio → Android Phone

Each component has a specific job:

  • Spotify / YouTube Music — Useful for discovering music and finding playlists.
  • Downtify — Handles music downloading and metadata.
  • Home Server — Provides storage for the music collection.
  • Navidrome — Provides the music server and organizes the library.
  • Wavio — Provides the Android client for listening to the music.

Why Self-Host This?

The obvious question is: why go through all this when services like Spotify and YouTube Music already exist?

For many people, there is no reason to. If you are happy with a mainstream music subscription, use it. The convenience is hard to beat.

But that’s not really the point of a homelab.

For people who enjoy self-hosting, the question is often:

“What else can I run myself?”

I already self-host file storage, photo management, password managers, media servers, monitoring, automation, and many other services. So why not music?

I already have a server running continuously. I already have storage. I already have remote access. Adding another service to that infrastructure is relatively simple.

For me, that’s the fun part of self-hosting.

It’s not necessarily about saving money or replacing every commercial service. It’s about having control over your own data and building services that work the way you want them to.

A Personal Music Server

This setup isn’t going to be for everyone.

If you just want to open an app, search for any song, and start listening, a mainstream streaming service is probably the better option.

But if you’re someone who enjoys running a home server and wants to self-host whatever you reasonably can, a personal music server is another interesting project to add to the homelab.

Now, alongside all the other services running on my home server, I have one more: my own personal music library, served from my own server.

And that’s really the reason I built it — not because everyone needs to leave Spotify or YouTube Music, but because if you’re already into self-hosting, why not self-host one more thing?

Project Used

My Article on Homelabs Published in Info Kairali

I am delighted to share some happy news with you, My article titled “Own Data, Own Control: The Era of Homelabs” (സ്വന്തം ഡാറ്റ, സ്വന്തം നിയന്ത്രണം: ഹോംലാബുകളുടെ കാലം) has been published in the July issue of Info Kairali, one of Kerala’s most respected Malayalam computer magazines.

As someone passionate about open-source technologies, self-hosting, Linux, and digital privacy, this publication is a significant milestone in my journey as a technology writer.

About the Article

The article introduces readers to the concept of Homelabs—personal servers and computing environments that individuals can set up at home to host their own digital services.

In an era where much of our personal and professional data resides on cloud platforms, many users are beginning to ask an important question:

Can we regain control over our own data?

This article explores how homelabs provide an answer by enabling individuals to host their own applications and services while maintaining privacy, flexibility, and complete ownership of their digital infrastructure.

The article covers:

  • What a Homelab is and why it is becoming increasingly popular.
  • Advantages of self-hosting compared with relying entirely on commercial cloud services.
  • Basic hardware requirements for setting up a homelab.
  • Operating systems and open-source software suitable for beginners.
  • Popular self-hosted applications for file storage, media streaming, password management, photo backup, surveillance, and more.
  • Practical guidance for anyone interested in building their first homelab.

Whether you are a student, librarian, IT professional, researcher, or technology enthusiast, the article serves as an accessible introduction to the exciting world of self-hosting.

Why This Topic Matters

Digital independence is becoming increasingly important. While cloud services offer convenience, they also raise concerns about privacy, subscription costs, and long-term control over personal information.

Homelabs empower users to:

  • Own and control their data.
  • Learn Linux, networking, virtualization, and server administration.
  • Experiment safely with new technologies.
  • Build practical skills valuable in both academic and professional environments.
  • Reduce dependence on proprietary cloud ecosystems.

I hope this article encourages more readers to explore self-hosting and discover how rewarding it can be.

A Word of Thanks

I extend my heartfelt gratitude to the editorial team of Info Kairali for publishing my article in one of Kerala’s most respected Malayalam computer magazines. It is a privilege to contribute to a publication that has inspired technology enthusiasts for many years.

I would like to express my sincere thanks to Dr. Vimal Kumar, Assistant Librarian, M.G. University, whose constant encouragement, valuable insights, and passion for technology have been a source of inspiration throughout my learning and writing journey.

My sincere thanks also go to Dr. Simjith V., Librarian, Sahya Arts and Science College, Wandoor, Malappuram, for his thoughtful suggestions, constructive feedback, and encouragement, which greatly contributed to the refinement of this article.

Finally, I am grateful to my colleagues, friends, readers, and the open-source community for their continued support and motivation. Their encouragement inspires me to keep learning, experimenting, and sharing knowledge with the wider community.

Read the Article

If you have access to the July issue of Info Kairali, I invite you to read the article.

OR

Read here: https://infokairali.in/3d-flip-book/info-kairali_july2026_digitalcopy-2026ik-072026-e09bb-03dop/#info-kairali_july2026_digitalcopy-2026ik-072026-e09bb-03dop/38/

I hope the article inspires more people to explore homelabs, embrace open-source technologies, and take greater control of their digital lives.

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Setting Up My Homelab: A Journey Into Self-Sufficiency

As a tech enthusiast, I’ve always found the idea of building my own server environment at home fascinating. The idea of having full control over my data, creating a personal cloud, and experimenting with various applications is something that excites me both professionally and personally. So, I decided to take the plunge and set up my very own homelab. Here’s a look at the journey and how I made it happen.

The Hardware: Building the Base

For my homelab project, I needed something compact yet capable enough to handle the tasks I planned on running. After considering various options, I landed on the Intel Celeron NUC, which was one unused in my library. It’s small, efficient, and perfect for a home server setup. With 4GB of RAM and a 120GB SSD, it was ideal for my use case — no need for a massive server, just something reliable.

The beauty of the NUC is its minimal power consumption and tiny footprint. It doesn’t take up much space and won’t run up your electricity bill. This made it the perfect starting point for my lab. After getting the hardware in place, I decided to go with Debian 12 as the operating system. It’s a stable, lightweight OS that gave me the flexibility I needed to run various applications.

The Software: CasaOS and the Cloud VPS

Once I had the hardware ready, the next step was finding a way to manage all the services I wanted to run. I didn’t want something too complex, so I needed a simple and user-friendly interface. After doing some research, I discovered CasaOS, an open-source home server operating system. It offers an intuitive dashboard that lets you easily manage cloud storage, services, and applications. It was exactly what I needed to bring everything together.

However, there was a small problem: I didn’t have a public static IP at home, which meant accessing my homelab remotely would be tricky. To get around this, I subscribed to a cloud VPS to act as a bridge between my home network and the outside world. This VPS runs Debian 12 and offers 1 vCPU, 512MB of RAM, and 10GB of SSD storage. For just $3.5/month, it was an affordable solution that allowed me to access my lab remotely without any issues.

VPN Setup: Securing Connections with Netbird

Security is always a top priority, especially when you’re exposing your network to the internet. To ensure that my homelab remained safe, I decided to set up Netbird VPN. Netbird is an open-source VPN based on WireGuard, a fast and secure protocol that’s perfect for this type of setup.

With the VPN in place, I could securely connect to my homelab from anywhere without risking exposure to external threats. I configured the VPN on both the cloud VPS and my local machine, which gave me a secure tunnel to access all the services I was running. Now I had peace of mind knowing my data was safe and my connections were encrypted.

For completely free remote access to your homelab, you can use Twingate, which offers a personal plan free for one device—perfect for homelab setups. Click here to learn more about Twingate.

Final Touches and Running Services

After setting up the hardware, software, and security, it was time to get everything running. I began by experimenting with various services that could run smoothly on my homelab. From personal cloud storage to home automation tools, I wanted to make the most out of the setup. The beauty of using CasaOS was how easy it was to deploy apps like Nextcloud (for cloud storage), Jellyfin (for media streaming), and Pi-hole (for ad-blocking).

I could access everything remotely through the Netbird VPN, which meant I wasn’t tied to a single location. Whether I was at home or on the go, I could manage and monitor my services with ease.

Reflection: The Rewards of a DIY Homelab

Looking back at the process, setting up this homelab has been incredibly rewarding. Not only did I learn a lot about networking, security, and cloud management, but it also gave me full control over my own infrastructure. I now have a fully functional, secure, and remote-accessible homelab that meets all my personal and professional needs without relying on third-party services.

Even though the hardware is modest, the ability to experiment, learn, and have control over my setup has been invaluable. There’s something incredibly satisfying about knowing you’ve built something from scratch that works just the way you want it.

Looking Ahead

My homelab is still in its early stages, and I’m excited to expand it in the future. I plan to integrate more applications, experiment with automation, and scale up the setup as needed. One of my future goals is to upgrade to a more efficient and compact form factor machine—specifically, an HP EliteDesk 800 G5 High Performance Mini PC featuring an Intel Core i5 9th Gen processor, 16 GB DDR4 RAM, and a 256 GB NVMe SSD (refurbished). This device not only supports RAM upgrades up to 64 GB but also allows for storage expansion, making it an ideal candidate for running Proxmox VE, the open-source virtualization platform.

If you’ve ever considered building your own homelab, I highly recommend taking the plunge. It’s a fantastic way to develop new skills, explore emerging technologies, and gain a hands-on understanding of how systems operate behind the scenes. The possibilities are endless—and the best part? You’re in full control of your learning journey.

– Mahesh Palamuttath

Home Lab: Building Your Tech World from Home

In this modern era, technology has become an inseparable part of our daily lives. For IT professionals, software developers, and anyone interested in learning new things, setting up a home lab can be extremely beneficial for gaining knowledge and conducting new experiments. Let’s examine what a home lab is and why you should own one.

What is a Home Lab?

Simply put, a home lab is a setup in your home where you run your own computer servers or networked computers for personal use. This doesn’t have to be a large server system. It can even be set up using an old laptop or a compact mini PC. Primarily, it’s a self-controlled space where you can install software, configure networks, and test various operating systems without affecting your main computer.

Why Should You Own a Home Lab?

There are many reasons to set up a home lab:

  • Excellent Way to Learn: A home lab is very helpful for in-depth learning about technologies like Linux, networking, and virtualization. It allows you to experiment with new things and learn from your mistakes without causing any damage to your primary computer.
  • Platform for Innovation: IT professionals and system administrators can test the possibilities and limitations of new tools or ideas in their home lab before implementing them in their professional environment.
  • Cost-Effective Tech Solutions: Instead of paying large sums for cloud-based services, you can host many services yourself. Setting up your own media server or personal cloud storage can provide long-term financial benefits.
  • Privacy and Control: You gain complete control over your information and data. This helps you avoid over-reliance on commercial cloud services and ensures your privacy.
  • A Rewarding Hobby: For individuals interested in technology, building and modifying a home lab can become an enjoyable hobby. It helps you gain new knowledge and develop your technical skills.

What Can You Do in a Home Lab?

The possibilities of a home lab are endless. Here are some common uses:

  • Media Server: Store all your movies, music, and pictures in one place and access them from any device (using software like Plex or Jellyfin).
  • Development Servers: Create a dedicated environment to develop and test websites and applications.
  • Video Surveillance System: Set up your own security surveillance system at a low cost (using open-source tools like ZoneMinder or Shinobi).
  • Remote Desktop Access: Remotely access your office computer or other devices from home (using tools like Apache Guacamole).
  • Personal Cloud: Host your own files, calendars, and contacts (using software like Nextcloud or ownCloud).

What Do You Need to Get Started?

You don’t need the latest and most powerful hardware to start a home lab. An old laptop, a Raspberry Pi, or a small mini PC will suffice. Install any Linux distribution on it (Ubuntu and Debian are suitable for beginners). Then, you can start experimenting using virtualization tools (VirtualBox, Proxmox VE) or containerization tools (Docker).

For beginners, operating systems like CasaOS and ZimaOS can help simplify home lab management. They make setting up servers and installing applications very easy.

A home lab is an excellent way to understand technology more deeply, learn new things, and create your own digital world from the comfort of your home. Whether you are a student, an IT professional, or just someone interested in technology, a home lab will undoubtedly open new doors for you. By setting up your own home lab, you can gain new knowledge every day and improve your technical skills.