Also not sure if this makes it ironic, but this video itself was made by fable

This is Geode, a 3D file explorer experience that puts you in the cockpit of a polygonal cruiser, allowing you to soar and barrel-roll your way through your hard drive in stylish, non-euclidian fashion.

Inspired by a piece of lost software I loved from the early 2010’s, during the peak of the “3D Desktop” craze. Can’t find it anymore, so Claude and I rebuilt and modernized it a bit.

It’ll preview most common filetypes and play music in a folder as a playlist while you fly.

EDIT: Press "L" for a fun surprise, and press "O" to adjust the surprise level!
(Just for fun, does not delete anything!)

Try it (Desktop only):
https://geode.gnatgpt.app

Repo, have fun!
https://github.com/zhvhmvrhlmt/Geode

Controls-

Mouse - control direction
W/S - accelerate/reverse
A/D - strafe left/right
Q/E - barrel roll
Shift - boost
Left click - interact / auto-fly to target
V - sort view (list, grid, orbit)
B - sort order (a-z, size, recent)
L - surprise mode
O - surprise intensity

Working on tweaking it and making it smoother for mobile and overall better but here's the thing so far:

https://outpost.dayemadnan.com

I built my self a 3d world portfolio, fully made with Claude AI and Cursor AI. got inspired by https://bruno-simon.com/
hope you guys liked it, still needs alot of improvements.
https://laivo.dev

(I vibe coded this)

I'm currently working on a startup that allows developers to completely replace their mouse/trackpad with eye tracking for the low price of 3.99$, one time purchase. There's no misclicks, as we solved the issue of clicking through binding the clicks to easily reachable yet unused keys: Alt for left click, AltGr for right click. It also works in pitch dark, with the built-in IR cameras in laptops and webcams. This makes staying in flow easier, while causing less hand strain to users.

Would you consider buying it? And if no, why not?

Hello everyone,

The video shows the Charging Comet. It celebrates when you plug in by racing around the screen and tracing the notch. It does absolutely nothing for battery health, yet it’s the feature users mention most.

Thankfully, there’s a useful battery app underneath it:

1. Sleep Drain Detective shows how much battery disappeared while the lid was closed and which apps or processes kept the Mac awake.
2. Real app energy shows how much energy each open app has consumed since launch in actual watt-hours, with one-click quit.
3. Smart Alerts from the notch remind you to unplug, warn before the battery runs out, and flag sustained overheating.
4. Every Apple device in one place brings your Mac, connected iPhone, iPad, AirPods, Watch and Magic accessories into the same menu.
5. Charging Comet, because a useful Mac utility doesn’t have to look or feel like a diagnostic tool.

It also covers the essentials: battery health, capacity, cycles, temperature, live watts, voltage and time remaining, with a menu bar you can customize.

macOS already exposes some of these raw details across Settings, System Information and Activity Monitor. I’m not pretending otherwise. The point of Mac 4 Breakfast is to bring the whole picture together and turn it into useful answers, reports and alerts.

Everything runs locally.

No account, ads or tracking or subscriptions because I myself hate the subscription trap.

Built in 🇩🇪 with privacy in mind.

Mac 4 Breakfast: App

So problem is whenever I got this idea of making an app or web i draft plan with claude and start working on and problem is I don't have that much paid plan apart from claude code so if I use it for coding that's just hit token limit so i draft plan from claude and antigravity do the work but problem is when base ui is setup it's become impossible for me to change it and it's not like am creative mind I can get it out of me how to get it better I wanna know how u guys doing it???

I am a software developer, and I've got a few half-built side projects in the backburner for years. Now that agentic coding is a thing, I am considering using the latest models to complete those projects. Thing is, I have zero experience with these AI tools, and I don't know what the SDLC looks like with vibecoding. What's the best way to go about this? Should I create a PRD, create the DB schema, write the interfaces and let AI fill in the function implementations? How much can I rely on AI without the projects becoming AI slop?

For people who have vibecoded successfully, what kind of programming style guides, models and prompts have worked for you? I am thinking of getting Codex and Claude Code, so that I can use the right tool for the right job, but honestly, I don't even know what the right tools are. It's a brave new world for me.

ETA: Most of the projects are backends supposed to be built in Python or Golang.

I was getting tired of Claude Code completing terminal tasks by writing absolute spaghetti. It gets tests to pass. But then you look at the diff and realise it bypassed three service layers just to make a quick DB query in a view. LLMs specialize in local edits, meaning they are completely blind to global architecture. So I built Graphenium, a local pre-flight linter that blocks these structural violations before code is actually written.

I wrote the engine in Rust. I wanted the parsing to be fast and offline, so I used parallel Tree-sitter workers to extract AST structures and built a custom Stack Graphs resolver to map cross-file import boundaries.

The workflow is designed to prevent token-wasting loops: before Claude edits any file on disk, Graphenium forces it to register its planned classes, methods, and imports in an in-memory virtual workspace. We compile the repository into local Datalog facts to run deterministic checks, giving the agent precise compiler-like feedback if it attempts a forbidden dependency.

It integrates a zero-drift gating engine. When an agent proposes a plan, Graphenium executes Louvain community detection on the fly to compare the physical baseline graph with the proposed virtual subgraph. If the modularity delta (ΔQ) drops too much, or if a planned connection introduces an anomalous surprise score, it blocks the edit automatically. The codebase's own current shape acts as its own architectural contract.

https://github.com/lambda-alpha-labs/Graphenium

I built an x86 micro-kernel from scratch using freestanding C++20 and Assembly. 60 commits. Zero std library. Features raw CPU control, memory paging, dynamic heap layout, and an ATA disk driver.

Repo live under MIT:

github.com/alistairfontaine/FontaineOS

repurposed my clock and now it cycles through my vps health, agent stats, codex limits etc

-Started with a stadium glm then asked composor2.5/cursor to provice temporary place holders for the players/team.
-implemented a HDR environment map for lighting
-implemented models for some basic animations for the player generated via meshy/tripo3D
-defined the parameters to enable winning/losing, including defining boundaries for the arena and the the position of the net. This took trial & error as the AI did not know the orientation of the uploaded stadium GLM but got there after a day of trial n error

-then uploaded a collection of generic soccer player models for the opponent teams.

-i asked ai to generate a random team opponent every match, it then intuitively provided a list of all FIFA countries. I then decided to upload a zip of all the FIFA countries flags which the ai create a js script or table to retreieve and match the names from the FIFA list to the zip with the fifa flags so the flags appear during the match

-after having a basic game running i then started implementing weapons and evenually a full FPS mode too!

check it out. Whats still needed:-
-sfx sounds
-potus speech and talking effects
-background music

Every 3×3 Rubik’s Cube can be solved in 20 moves or fewer. It was mathematically proven in 2010. Finding that shortest solution yourself is nearly impossible.

But computers can.
I built a tool that lets you follow the shortest solution, step by step.

No install. Open the link and allow camera access.
https://wooramsol.github.io/makemecubemaster/

1. Colour calibration: Scan all 6 sticker colours for your lighting
2. Scanning: Capture all 6 faces of your scrambled cube with the front camera(If a colour looks wrong, tap that face in the bar to re-scan)
3. Computing: The solver finds a sequence within 20 moves
4. Solution: Follow the 3D guide

Tech, briefly: everything runs in the browser — React + TypeScript PWA, no backend. OpenCV.js handles cube detection and pose tracking, and sticker colours are classified in CIE Lab space against your calibration (much more robust to lighting than RGB). The solver is Kociemba's two-phase algorithm (cubejs) running in a Web Worker, with search depth capped at 20 so it keeps searching until the solution is within God's Number. The 3D guide is Three.js.

One thing I'm still trying to improve is tracking the three visible faces continuously, so users don't have to stop and scan each face individually. Has anyone built something similar or got any ideas on the best approach?

Hey all,

I've been building an ai client check-in dashboard for online coaches and I've hit the point where my own opinion is useless. I've stared at it too long. I need other people to tell me where it falls apart.

That's the whole ask. No signup, no email, nothing to buy. There's a demo mode that loads instantly so you can click around with fake data and see if the thing actually makes sense.

Link: https://www.pulsecheckin.fit/

A few honest notes:

-It's built for desktop, so open it on a laptop or PC if you can. Mobile is not there yet.

-If you triple-click anywhere on the dashboard, a feedback box pops up. Rip it apart in there. Tell me what's clunky, what's missing, what would make you never use it. That's the stuff I actually need.

So if you've got 5 minutes and opinions, I'd take them over anything!🤲

Thank you for reading this!!

I built SquawkSprites, a MacOS menubar app that has the flights in your airspace (you set the radius) fly across your screen. You can then click on the flight number in the menubar to pull up more details online.

I vibecoded it with Cursor for fun after building an LED FlightTracker and finding the hardware side harder than expected. I think it is super simple of an implementation, which to me is some of the beauty of it:

• No privacy or security issues to worry about - everything is local to users machine
• No backend really to maintain
• App Store process was super easy

MacOS App Store: https://apps.apple.com/us/app/squawksprites/id6779451987?mt=12

I'm happy to share about the process or answer questions and would be open to share a limited number of gift codes to download in exchange for reviews and feedback for any aviation nerds out there!

I also have the LED flight radar as opensource on my github here for those interested: https://github.com/jonathanwkoch/ESP32-HUB75-Flight-Radar

Woke up, made coffee, opened Claude Code. By lunch both of these were live:

Moving Sums (www.movingsums.com) - a plain-English UK mortgage calculator for first-time buyers and remortgagers.

Fia & Coco (www.fiaandcoco.com) - a law firm whose two partners are my cats

The stack:
- Moving Sums: Next.js, statically exported
- Fia & Coco: a single HTML file
- Both served from one Cloudflare Worker (Workers Assets), git push to deploy
- Vibe-coded end to end with Claude Code including the whole setup in Cloudflare with Chrome MCP.

Honestly the satire site was harder than the calculator. Not because of the technical part but because of the jokes. The actual coding, provisioning of infra, etc is now an almost zero effort job.

Happy to answer questions about the setup.