Video wird geladen...

Video konnte nicht geladen werden

Zur Startseite

THIS GUY TURNED A SIMPLE PARKING SENSOR INTO A $1M BUSINESS. A guy built a parking sensor that lives in his garage - not just an app, but a real device. A distance sensor watches your bumper. A 5x5 light grid (readable straight through your backup camera) flashes blue...

52,508 Aufrufe • vor 2 Monaten •via X (Twitter)

35 Kommentare

Profilbild von kaize
kaizevor 2 Monaten

he should have learned to drive

Profilbild von kiosa
kiosavor 2 Monaten

True lol

Profilbild von Antony Smith
Antony Smithvor 2 Monaten

You could just draw a line on the floor....

Profilbild von 0xSeptember 🐮
0xSeptember 🐮vor 2 Monaten

There's nothing difficult in building a tool like this. You can just use ultrasonic sensor instead of infrared and the refraction problem disappears. Pretty simple product, happy to see someone making a fortune out of this

Profilbild von Secta
Sectavor 2 Monaten

tested over datasheets is the move

Profilbild von kiosa
kiosavor 2 Monaten

Nice mate

Profilbild von Radar 24h
Radar 24hvor 2 Monaten

Innovation meets simplicity. Parking made smarter.

Profilbild von Benjamin
Benjaminvor 2 Monaten

Or you could just park correctly once and then hang a tiny ball on a thread.

Profilbild von kiosa
kiosavor 2 Monaten

also possible

Profilbild von syndek
syndekvor 2 Monaten

Or maybe some duct tape on the floor and align it with your camera edge.

Profilbild von monokern
monokernvor 2 Monaten

need this sensor too

Profilbild von kiosa
kiosavor 2 Monaten

Me too bro

Profilbild von Tatooines Most Wanted
Tatooines Most Wantedvor 2 Monaten

I hung a tennis ball on a string. It even works when the power is out!

Profilbild von Emre ERDOĞAN
Emre ERDOĞANvor 2 Monaten

Is this jeffrey way??

Profilbild von Dazed and Confused 🤷🏿
Dazed and Confused 🤷🏿vor 2 Monaten

What about a hanging tennis ball?

Profilbild von Sethian
Sethianvor 2 Monaten

Turns out a million-dollar product can be built around the last six inches of your garage.

Profilbild von kiosa
kiosavor 2 Monaten

Always like that

Profilbild von T4N
T4Nvor 2 Monaten

Or you can fix a stick to the floor to so you can feel were to stop

Profilbild von Rezzi
Rezzivor 2 Monaten

testing beats specs every time

Profilbild von kiosa
kiosavor 2 Monaten

So related

Profilbild von Nahid
Nahidvor 2 Monaten

that red light stop feature is genius

Profilbild von kiosa
kiosavor 2 Monaten

Hah true

Profilbild von Voice of Reason
Voice of Reasonvor 2 Monaten

You spent all that money for a vehicle without a parking sensor? Dumb!

Profilbild von gabriel chipana
gabriel chipanavor 2 Monaten

Incredible ingenuity! From garage to $1M—simple sensor, brilliant execution. #StartupLife 💡

Profilbild von ッ
vor 2 Monaten

Imagine spending that much on a piece of crap that doesn’t have proximity indicators on the backup camera 💀

Profilbild von Calvin
Calvinvor 2 Monaten

Mmm, can you see it with the reverse camera? Lol

Profilbild von StepDad
StepDadvor 2 Monaten

Tennis ball and a piece of string does the same thing

Profilbild von BigVinnie
BigVinnievor 2 Monaten

Lots of time on your hands and money….

Profilbild von Democracy’s
Democracy’svor 2 Monaten

Or? You could place a 4x4x10’ on the floor.

Profilbild von river bum
river bumvor 2 Monaten

I can make a better one with an old tennis ball and some twine

Profilbild von 0xSlyth
0xSlythvor 2 Monaten

real hardware wins again

Profilbild von Fernando Pinheiro
Fernando Pinheirovor 2 Monaten

Amazing

Profilbild von Degengriftor
Degengriftorvor 2 Monaten

My 2015 Toyota Camry has something called ultrasound sonic sensors that help to solve this complex issue, the good thing is this solution works in any parking lot the car goes to, it’s sad Tesla couldn’t figure that out

Profilbild von Ollie
Ollievor 2 Monaten

turn your head line it up

Profilbild von AI Mastery Guide
AI Mastery Guidevor 2 Monaten

Testing instead of trusting the datasheet is exactly why it worked on stainless steel when it shouldn't have.

Ähnliche Videos

been playing with whop's new blueprints feature and a part of it changes the whole math on starting a business.. a blueprint is a full business ready to run. not a template you fill in. the actual site, the checkout, tracking, the whop pixel, analytics, all of it live from the first second. you pick a bluepint, name it and deploy, that's it. you're on a .whop.app url taking real payments with nothing left to wire up. i deployed one in the time it takes to read this and these aren't thin little landing pages. multi-page sites, customer accounts, carts, booking, subscriptions, reviews, checkout. full commercial sites out of the box, hosted on Whop for free. the analytics sit in the same dashboard. traffic, conversions, revenue, MRR, churn, ad spend, all in one place,you deploy and you can already see everything. but here's the part that actually that got me invested into it. instead of just building and deploying blueprints, it has other features in-built which can make the whole process easier and every business that gets onboarded through a blueprint you built earns you 10% of whop's gross profit from that business. recurring, per business, for as long as they run. so building a blueprint is its own business. you build one for a niche, put it out there, and every business that runs on it keeps paying you while you do nothing. i spent years thinking distribution was the hard part. build a good blueprint and the distribution is the business.

Sulfur

42,267 Aufrufe • vor 17 Tagen

Someone ran Claude Code on a beach where any device overheats and that spot suddenly turned out to be the best home for the most powerful AI in the world. This is the reMarkable Paper Pro. A paper tablet for notes with no browser and no social media and not a single app. He sat down right on the sand in the open sun and brought up Claude Code on Opus 4.6 over the Claude API on the paper screen and opened his project ~/repos/webs while the waves broke a few steps away. For years every device had the same trouble outside. In direct sun the screen glares and washes out and heats up and instead of your work you see your own reflection. But e-ink does not blast its own light into your face. It reflects the sunlight like the page of a book. And here is what came out of it. The very thing that kills any normal screen outside turned into fuel for this one. The brighter the sun the sharper the picture because it has nothing to glare with and nothing to wash out. And then comes the thing no laptop on a beach will give you. Your eyes do not get tired. You can watch Opus think on max effort for an hour and it reads like a book in the sun and not a backlight you squint into. The picture only comes alive. In bright light it does not fade but turns sharper and higher in contrast than it ever was in a room. The charge lasts for days. E-ink barely touches the battery so there is no outlet anywhere on the sand and the tablet does not care. It weighs as much as a notebook. The whole setup folds into a beach bag like a pad with a pen on top. Everything on the screen is for real. Claude Code v2.1.110 and Opus 4.6 on the Claude API and the project ~/repos/webs open right on the e-ink in the middle of the sand. In my opinion this is the most unexpected home for an AI this year. Not an office with the blinds drawn and not a monitor cranked to full brightness but a quiet sheet of paper on the sand that open sun only makes better and on it the most powerful Claude writes code right on the page like a pen.

Blaze

89,575 Aufrufe • vor 2 Monaten