LLMs on Neuzida — Media & Technology

Build vs. Buy, Rewritten: Is SaaS Actually Dying?

Wed, 01 Jul 2026 00:00:00 +0000

Updated July 3, 2026.

For twenty years, “build vs. buy” had a boring answer: buy. Why sink engineers into a CRM or a project tracker when someone else already sells a polished one for a few dollars a seat? That logic built the entire software-as-a-service industry. In 2026, it stopped being obvious.

Call it the SaaSpocalypse. In early 2026, roughly $300 billion of market value evaporated once investors did the math on what AI agents actually replace. The thing that made SaaS printing-press profitable, charging per human seat, only works when you need a lot of humans clicking around in the software. Agents click and do the task themselves, so fewer seats get sold.

It's Official: Bots Now Outnumber Humans Online

Wed, 01 Jul 2026 00:00:00 +0000

The web just quietly passed a milestone nobody threw a party for. According to Cloudflare’s traffic radar, automated traffic recently crossed the halfway mark, which means more of the internet is now machines than people. Forecasters didn’t expect that line to be crossed until 2027. It happened early.

Sit with that for a second. When you publish something today, the odds are better than even that the first thing to read it isn’t a person. It’s a bot, an agent, a crawler, a model quietly ingesting your words to answer someone else’s question later.

Quantum Computing and AI: Two Fields That Now Build Each Other

Wed, 24 Jun 2026 00:00:00 +0000

Quantum computing stopped being a someday problem a while ago. What changed most recently isn’t the hardware, though that keeps improving. It’s the realization that quantum computing and AI have quietly started feeding each other, and that changes how we should think about both, including the cryptography that lets us prove a piece of content is real.

The short version of how it works

A regular computer stores everything as bits, each stuck being either a 0 or a 1. A quantum computer uses qubits, which through a property called superposition can hold a blend of both at once. Add entanglement, where qubits get linked so tightly that measuring one tells you about the others, and you get a machine that can chase many possibilities in parallel rather than one at a time. For a narrow set of problems, that’s a genuine leap. For most everyday computing, it does nothing at all, which is a distinction the hype usually skips.