So this is a minor upgrade to the project.
I upgraded the wooden blocks with prusa style parts.

Update since the last ship:

• Installed Jetson Nano running Klipper for accessing web based dashboard.
• 3D Printed Prusa i3 parts for a rigid frame
• Started migrating to an aluminium frame

So updates since the last ship:
Migrated from old wood and pvc based structure to a 3D Printed Prusa i3 using my brand new A1 (thanks a lot flavortown :)) styles parts for better print quality and sturdier frame.
Altho I haven’t installed it yet fully, but I am not going to be in my town for 20 days, so I am shipping right now.

What did I make

I built a FDM 3D Printer from scratch using Mega2560, Ramps1.4, and Jetson Nano that runs Marlin along with Klipper. It is fully functional.

What was challenging

Everything from start to end was challenging, as I have never seen a 3D printer in my life.

What are you proud of

I am proud that this whole project was built from scratch without any help and without any prior experience.

Updates since the last ship

• I built a web based dashboard for it using esp32, I tested it but didn’t attach it for long term as I have Klipper.
• Replaced RPi Zero with Jetson Nano for Klipper.
• Installed external MOSFET for better and faster heating of bed.
• Working on Prusa style MMU2S for multicolor prints on this printer.

What did I make?

I made an opensource website analytics tool that has similar metrics like GA and Clarity but has a much better and cleaner UI than them.

What was challenging?

Integrating the tracking script was extremely hard as I had to measure a lot of metrics within milliseconds and send them over via beacon API.

What are you proud of?

I am proud that it is directly comparable to GA and Clarity in terms of accuracy and metrics, and it has various advanced features such as users geolocations, API keys, team management, etc.

What did I make

TwoSeven is an open source analytics service provider for websites to track their website data for completely free. It has a cleaner and simpler UI than Google Analytics or Microsoft Clarity while having more functions than them,

What was challenging

Implementing the tracking code was pretty hard as I had to upload the data to the API every few seconds but beacon made it easier.

What are you proud of

I am proud of the fact that it has a much cleaner and simple UI than other professional services, while having a few more features than them.

What did I make?
It is an FDM 3D Printer built from scratch using Ramps1.4 and Marlin. It is fully functional with some good quality prints. It can be controlled using a computer via USB or Octoprint.

What was challenging?
To be honest, building this whole project was very challenging. Improving the print quality from terrible to appreciable was probably the toughest part.

What am I proud of?
I am proud that this was made without any help. Also, the README has all of the information for rebuilding this.

I built a python based web framework that is similar to Next.js and Django. It has inbuilt Supabase, Auth, Middlewares, etc.
The most challenging part was building the file based routing system and making it production ready.
I am proud that this can be used for making real life apps and it is very easy to learn.

This project is now complete.

What did I make?

This is a RepRap based Ramps 1.4 3D Printer which runs Marlin and Klipper that I built completely from scratch.

What was challenging?

To be honest, this whole project was challenging. From figuring out on how to build the body to actually printing good stuff, every a bit of this project was so.

What am I proud of?

I am proud of the fact that this is probably the only 3D printer in my community (as much as I know), and I built it without any external help.

Note: This project took significantly more than 9 hours. I originally started building OpenAnalytics about a year ago, before Flavortown, and spent more than 50 hours working on the core system at that time.

What did you make?
I built OpenAnalytics, an open-source analytics API that developers can run on their own infrastructure to track traffic on their websites or apps. It provides metrics like total visits, unique visitors, sessions, bounce rate, time spent, most visited pages, visitor location, device information, and referrer data. It also returns preformatted datasets that can be used directly with charting libraries like Recharts or Chart.js.

What was challenging?
The main challenge was designing the session tracking and data structure so metrics like sessions, bounce rate, and time spent could be calculated accurately. It also took effort to format the analytics data so it could easily be used in dashboards.

What are you proud of?
I’m proud that the project is fully open source and self-hostable, allowing developers to control their own analytics data instead of relying on third-party services. I’m also proud that the API outputs structured data that makes building analytics dashboards much easier.

This is an attempt to make a device that is similar to lego mindstorms but using an Arduino to get that easey-coding experience with reusable components

Thank you for reading this. I am taking a little break from coding so I am pre-releasing v0.1. This aims to act similar to Next.js with file based routing and WSGI based server. It also has some advanced features like auth, in built Supabase support, hot reloading, templating, request and response, and I also built a simple SaaS AI app with it.

This is a very basic project, but I needed it very much. For now, it is kind of simple, as I am focusing more on other projects (Radium and Dark Matter).

Finally got this app up and running!

It leverages PDFPlumber and advanced Regex parsing to automatically extract structured data from raw scorecard PDFs. Acting as a companion to KDM Scorer (https://play.google.com/store/apps/details?id=com.kdm.scorer&hl=en_IN), you can export your match scorecard, feed it into this app, and it computes MVP metrics and dynamically assigns player performance awards.
Super handy for instantly analyzing who dominated the game!

I made a Lego Mindstorm style Arduino Board. It can be programmed using the custom library that I made with simplified functions.
It can be easily replicated by following the instructions on github.
I made this so that people can experience Lego Mindstorm EV3 without spending $800 on it.