What impresses me most isn't the iPhone going to the Moon it's the approval process. NASA was still using a 2010 Nikon camera on Artemis II because their certification process is extremely rigorous. Glass fragments floating in zero gravity, radiation, extreme temperatures… approving a consumer smartphone for all of that is a real paradigm shift for the agency.

I agree with almost everything here, but I think one element is missing from the analysis: the privilege of timing. Chris Espinosa didn't stay out of merit or loyalty he stayed because he could. Walking into a garage startup at 14 that happened to become Apple is a cosmic lottery, not a career decision. Most people who "bet everything" on a company in the 70s are buried in some bankruptcy archive nobody reads. He won the historical jackpot and now gets celebrated as a wise man....

Wow, this is genuinely unsettling — and I'm glad someone is finally putting it in plain language. I work in software and I *knew* something felt off about LinkedIn for years, but I always chalked it up to the usual "big tech does shady stuff" fatigue. Reading this made me actually go open DevTools on linkedin.com and… yeah. The amount of network requests firing on a simple page load is wild. What gets me the most isn't even the data collection itself — it's...

for me it is and always will be reddit >:( It's become a total joke

this list keeps you focused! mine is more aggressive hahaha

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I like the way you defend your ideals  but you can find out more about this here [SOLID Principles: Practical Examples for Better Software Design](https://www.c-sharpcorner.com/article/solid-principles-practical-examples-for-better-software-design/#:~:text=SOLID%20Principles%3A%20Practical%20Examples%20for%20Better%20Software%20Design,Principles%20in%20Software%20Development%20...%207%20Conclusion%20)

```cpp #include <iostream> #include <vector> using namespace std; vector<vector<int>> addMatrices(vector<vector<int>>& m1, vector<vector<int>>& m2) { if (m1.size() != m2.size() || m1[0].size() != m2[0].size()) return {}; vector<vector<int>> r(m1.size(), vector<int>(m1[0].size())); for (int i = 0; i < m1.size(); i++) for (int j = 0; j < m1[0].size(); j++) r[i][j] = m1[i][j]...

I was able to watch the documentary on Netflix and realized that not everything we do that is good is recognized right away, that it often takes a long time for people to recognize our work.