Alex Nakamura writes about the intersection of technology and business economics. With a background in financial analysis and tech industry research, Alex breaks down the numbers behind the headlines, explaining why tech companies make the strategic bets they do.
Amazon, Google, and Microsoft sell core products below cost. It's not charity — it's a calculated takeover strategy hiding in plain sight.
The patents worth billions aren't the complex ones. They're the ones that make engineers say 'anyone could have thought of that.'
The countries where major apps quietly launch first aren't random. They're chosen using a calculated strategy that most users never notice.
The best VCs aren't visionaries. They're pattern matchers running a surprisingly systematic playbook to spot industries on the verge of collapse.
The data on software bug costs has been clear since the 1970s. So why do companies keep shipping broken code anyway?
Planned obsolescence isn't a conspiracy theory. It's a carefully calculated business model with real numbers behind it.
A higher salary buys comfort. A stock option buys obsession. The difference in employee output is measurable, and the reason goes deeper than greed.
The progress bar that frustrates you most may be the one making you smarter. Here's the cognitive science behind why forced pauses unlock creative breakthroughs.
The 5-year software cliff isn't a bug. It's an engineered revenue strategy hiding inside your support contract.
Top engineers don't write complex code to prove their skill. They use a simple mental rule to make their code outlast everyone else's.
The forced pause of a software update isn't wasted time. Neuroscience and productivity data suggest it's when your best thinking actually happens.
Shipping half-finished features isn't laziness or incompetence. For most tech companies, it's a calculated strategy with measurable returns.
The fastest version of a website is rarely the one shown to test users. The reason is counterintuitive and changes how good products get built.
The most counterintuitive move in cloud infrastructure turns out to be one of the most profitable. Here's the economics behind intentional throttling.
The features keeping you locked into platforms aren't the ones you can see. They're the ones you stopped noticing years ago.
The most beloved apps took a decade to build not because complexity is hard, but because simplicity is harder. Here's the real engineering behind that.
Platform monopolies design free trials to build switching costs, not showcase value. The psychology behind it is more calculated than you think.
Bad documentation and confusing API design aren't accidents. They are calculated moves that lock in revenue and eliminate competitors.
Join thousands of readers who get our weekly breakdown of the most important stories in technology.
Free forever. Unsubscribe anytime.