SALSA

Thank you Google maps for protecting the cow's privacy

What you’re looking at wasn’t just a phone concept. It was a bold attempt to redesign how the entire smartphone industry works. Google introduced Project Ara with a simple but powerful idea: a phone you could upgrade piece by piece. Swap your camera, replace your battery, fix only what breaks, and keep your device longer. On paper, it had the potential to change everything. So why did it disappear? The vision was strong, but reality pushed back. Performance suffered because modular parts couldn’t match the speed and efficiency of fully integrated phones The design became bulkier and less durable due to detachable components Developers showed limited interest, so the ecosystem never matured The business model conflicted with an industry built around frequent upgrades Project Ara didn’t fail because it lacked innovation. It failed because it challenged a system built on replacement rather than longevity. And that leaves a powerful question: Was it ahead of its time, or simply too disruptive for an industry not ready to change?

Locked phone → “slide to answer” (prevents accidental taps) Unlocked phone → Accept / Decline (faster response)

Be honest… did you catch the mistake? I can can already tell most of you didn’t.

Only iPhone users can type this 

Do you miss when Twitter showed 'Twitter for iPhone'?

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Face ID

@Victorxbt1 GN

gn 🌖

Back when Samsung phones displayed their full model name during startup. Do you miss that?

What you’re watching isn’t just recycling. It’s modern day mining hidden inside your old phone. Every smartphone contains tiny traces of gold used in circuit boards and connectors because it conducts electricity efficiently and resists corrosion. Here’s the reality. A single phone holds only about 20 to 50 milligrams of gold. On its own, that’s negligible. At scale, it becomes a gold mine. The world generates over 60 million tonnes of e waste each year, and the number keeps rising. Less than a quarter is properly recycled. Within that discarded tech sits a meaningful share of global gold, locked inside devices we no longer use. Here’s how it’s extracted. Devices are dismantled and shredded to isolate metal rich parts like motherboards and chips. Materials are processed into fine particles and separated using magnetic and density based systems. Then chemical treatments isolate the gold, which is filtered, purified, and melted into solid form. At industrial scale, recovery rates can exceed 98 percent. There’s a cost to this process. Conventional methods often rely on hazardous chemicals like cyanide or mercury, creating serious environmental and health risks. That pressure is accelerating the shift toward cleaner extraction technologies. The bigger picture. We are sitting on a vast urban gold reserve not underground, but in drawers, landfills, and forgotten devices. The future of mining is already here. And it’s in your pocket. #Tech #Phones #Gold #Recycling #SalsaTech

😳 There’s ACTUAL gold inside your phone right now… Not for flex — it’s there because gold conducts electricity better than anything and never rusts. So every time you’re scrolling, liking, or watching videos… you’re using one of the most valuable metals on Earth. 💰📱 Your old phones aren’t junk, they’re tiny gold mines. Mind blown yet? 🤯

What you’re seeing isn’t a “drone train.” It’s something far more real and far more important. China didn’t just build a futuristic train. It rethought how cities move. This is a suspended monorail in Wuhan, widely known as the Optics Valley Photon. It quite literally hangs from the track. What makes it stand out is not the design, but the purpose. This system is already operational, not a concept. • Fully automated with no driver • Speeds reaching 60 km/h • Over 10 km of track with multiple stations • Designed to move large volumes of passengers daily • Elevated to bypass traffic entirely Instead of competing with congestion, it removes itself from it. The single overhead rail reduces land use, cuts noise, and integrates into dense urban areas with minimal disruption compared to traditional transport systems. The experience is also different. Panoramic views and transparent floor sections turn a routine commute into something immersive. This is not about aesthetics. It is about solving real urban challenges like congestion, limited space, and sustainable mobility. It may look like science fiction, but it is already part of everyday life. The real question is not what this is. It is how long before it becomes standard.

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