Profitable Software Gets Killed at Its Peak on Purpose
The products most likely to get axed aren't the failing ones. They're the ones making money but consuming resources a parent company has decided to allocate elsewhere.
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.
The products most likely to get axed aren't the failing ones. They're the ones making money but consuming resources a parent company has decided to allocate elsewhere.
The highest-paid engineers often have the thinnest commit histories. That's not a paradox. It's a signal about what companies actually pay for.
First-mover advantage is one of the most persistent myths in tech. The data and the history both point the other way.
Adding features is celebrated. Removing them is politically toxic, technically treacherous, and almost never done well. Here's why, and what teams get wrong.
Most API latency problems aren't in the API. They're in assumptions developers carry about how networks actually behave under real conditions.
The people who build the products that generate billions rarely capture much of that value. The structure is intentional, not accidental.
Static analysis tools catch real errors before a single line runs. The software industry largely ignores them anyway. Here's why, and what it costs.
The decision process inside venture capital firms looks nothing like founders imagine. Here's what actually happens to your deck.
A green test suite is not proof that software works. It's proof that software works the way you imagined it would. Those are different things.
The math on elite engineering talent looks wrong until you account for what slow, mediocre work actually costs.
Some bugs vanish the moment you try to observe them. That's not magic — it's a timing problem, and it tells you something important about how your software actually runs.
The padlock means your connection is encrypted. It says nothing about whether the site on the other end is honest, safe, or who it claims to be.
Encryption is strong. What surrounds it often isn't. Here's the full chain of events, and where it actually breaks.
Modern encryption is mathematically sound. That's not why your data gets stolen. The real attack surface is everything surrounding the cipher.
Market leaders set the agenda and pay for it. The second-biggest player collects the rewards without the bill.
TCP's failure detection is a 40-year-old educated guess dressed up as engineering certainty. That guess shapes everything about how the modern internet feels.
Market leadership looks great on a press release. It costs a fortune in practice. The economics of being number two are quietly superior.
Speed is measurable. Judgment isn't. That's why companies keep optimizing for the wrong thing when they hire engineers.
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