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Building My Own Little Surveillance System – A Deep Dive

Okay, so I’ve been tinkering with a really cool project lately, and I wanted to share it with you. It’s not going to change the world (at least, not yet!), but it’s fascinating to build and learn from. It’s essentially a command and control system – think of it like a very small, personal version of what you might see in a military or security setting.

I found the initial Reddit post about it – /u/ConsistentCan4633 built a system called “Aegis.” It’s a really interesting project, and I thought it would be great to break down what it’s about and why I’m finding it so engaging.

What Exactly *Is* Aegis?

At its core, Aegis is a system designed to let you control and monitor things using a command-and-control interface. The person who built it, let’s call him ConsistentCan4633 for now, is aiming for a setup where you can use things like drones – DJI being a popular choice – to keep an eye on your property. It’s a mini-Anduril setup – if you’ve ever heard of Anduril, it’s the company that makes the Lattice software used by the US military for analyzing aerial imagery. The idea is to have a central point where you can see what your drones are seeing and control them.

But here’s the cool thing: the initial version is mostly for fun and experimentation. ConsistentCan4633 isn’t expecting it to become some massive military-grade system. However, the architecture is designed in a way that allows for expansion. The goal is to be able to build out a combat simulation system one day. This is a really smart approach because it means the underlying technology will be useful even if the specific surveillance application doesn’t pan out.

The Tech Stack – It’s More Complicated Than It Sounds

Now, let’s talk about the tech. This is where it gets really interesting (and maybe a little intimidating if you’re not a coder!). The project is built using a combination of technologies that’s relatively new and exciting:

• Nuxt.js: This is the frontend – the part you interact with in your web browser. It’s a JavaScript framework that makes building interactive web applications easier.
• Bun: Bun is a new runtime environment for JavaScript and TypeScript. It’s designed to be faster and more efficient than Node.js.
• Go (Golang): This is the backend – the server-side code that handles the logic and data processing. Go is known for its performance and reliability.
• Maplibre: This is a mapping library that provides a beautiful, customizable map interface.
• Deckgl: This is a JavaScript library for creating high-performance 3D maps and data visualizations.

The combination of Bun and Go is particularly interesting. It’s a relatively recent pairing, and it’s designed to improve performance. Think of it like using a really fast engine in a car – it can make a big difference!

Where It Stands Right Now – Still a Work in Progress

Important note: this project is *still* early stage. ConsistentCan4633 describes the current state as having a “skeleton backend” and a “semi-functioning frontend.” That means it works, but it’s not polished or fully integrated. It’s a great starting point, though, because it’s open source!

The goal is to create a real-time view of your property, with you being able to control the drones and see the data from them. There is an emphasis on mapping – creating an interactive map of your property so you can see everything happening.

Why I Find This Project So Cool

For me, this project is more than just building a surveillance system. It’s about learning and experimenting with new technologies. It’s about understanding how different components fit together to create a complex system.

I think the modular architecture is a really smart approach. It allows you to start small and add features as you go. It also makes it easier to troubleshoot problems. And, as I mentioned before, the possibility of building out a combat simulation system one day is really exciting!

Getting Involved – It’s Open Source!

The best part is that the project is open source! You can check out the code on GitHub. If you’re a developer, I highly encourage you to take a look and contribute. Even if you’re not a developer, you can still support the project by providing feedback or suggesting improvements.

I think this project is a great example of how you can use technology to build interesting and useful things, even if you’re just starting out.