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May 22, 2026

88 articles

Introducing auto-complete suggestions in Jetpack Search

Jetpack Β· Dev Β·

Jetpack Instant search allows you to see results as you type. That’s fast. But it’s not always what people actually need. Sometimes you want a nudge in the right direction before you’ve even finished...

by Robert Felty

What matters when anyone can build

Figma Blog | Shortcut Β· Dev Β·

If AI can make anyone a product builder, the real edge is knowing what’s worth shipping.

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Stack Overflow Blog Β· Dev Β·

Experiments in agentic engineering and AI-driven development.β€‹β€‹β€‹β€‹β€Œο»Ώβ€ο»Ώβ€‹β€β€‹β€β€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€‹β€β€Œβ€β€β€Œβ€Œβ€β€Œο»Ώβ€Œβ€β€β€Œβ€Œβ€ο»Ώβ€β€‹β€β€‹β€β€‹ο»Ώβ€β€β€‹β€β€‹β€β€Œο»Ώβ€‹ο»Ώβ€Œβ€β€‹β€Œβ€Œβ€ο»Ώβ€β€Œβ€β€β€Œβ€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€β€Œβ€‹β€ο»Ώβ€β€Œβ€β€β€Œβ€Œβ€ο»Ώο»Ώβ€‹β€β€‹β€β€‹β€ο»Ώβ€‹β€‹β€β€‹β€β€Œβ€β€β€‹β€Œο»Ώβ€‹β€β€Œβ€β€Œβ€Œβ€Œβ€β€Œβ€β€‹β€β€‹β€β€‹ο»Ώβ€β€β€‹β€β€‹β€β€Œβ€β€β€‹β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€‹...

by Andrew Stellman

Four Levels Of Customer Understanding

Articles on Smashing Magazine β€” For Web Designers And Developers Β· Dev Β·

Many companies think they know fairly well what their users want and need, and how they make their decisions. Yet most of the time these are merely big assumptions and big hunches β€” with little real e...

by [email protected] (Vitaly Friedman)

7 tips for using Figma Make credits more efficiently

Figma Blog | Shortcut Β· Dev Β·

While everyone’s talking about β€œtokenmaxxing,” we’ve compiled seven best practices to help you build smarterβ€”without prompting moreβ€”in Figma Make.

Deno 2.8

Deno Β· Dev Β·

`import defer`, six new subcommands (`deno transpile`, `deno pack`, `deno bump-version`, `deno ci`, `deno why`, `deno audit fix`), network debugging in Chrome DevTools, framework-aware `deno compile`,...

by Bartek IwaΕ„czuk

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Decoding design: How design and engineering thrive together in open source

Ubuntu blog Β· Dev Β·

Open source thrives on engineering-driven processes. Fast feedback loops, terminal tools, Git workflows: they’re the lifeblood of how we build software in the open. But for software to truly excel,...

by Miguel Divo (Miguel Divo)

Breaking your AI storage bottlenecksβ€‹β€‹β€‹β€‹β€Œο»Ώβ€ο»Ώβ€‹β€β€‹β€β€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€‹β€β€Œβ€β€β€Œβ€Œβ€β€Œο»Ώβ€Œβ€β€β€Œβ€Œβ€ο»Ώβ€β€‹β€β€‹β€β€‹ο»Ώβ€β€β€‹β€β€‹β€β€Œο»Ώβ€‹ο»Ώβ€Œβ€β€‹β€Œβ€Œβ€ο»Ώβ€β€Œβ€β€β€Œβ€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€β€Œβ€‹β€ο»Ώβ€β€Œβ€β€β€Œβ€Œβ€ο»Ώο»Ώβ€‹β€β€‹β€β€‹β€ο»Ώβ€‹β€‹β€β€‹β€β€Œβ€β€β€‹β€Œο»Ώβ€‹β€β€Œβ€β€Œβ€Œβ€Œβ€β€Œβ€β€‹β€β€‹β€β€‹ο»Ώβ€β€β€‹β€β€‹β€β€Œβ€β€β€‹β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€‹β€‹β€Œο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€β€β€‹β€ο»Ώο»Ώβ€‹β€ο»Ώο»Ώβ€Œβ€β€‹ο»Ώβ€Œβ€ο»Ώβ€Œβ€Œο»Ώβ€‹ο»Ώβ€‹β€ο»Ώβ€β€Œο»Ώβ€‹ο»Ώβ€Œο»Ώβ€Œβ€‹β€Œβ€β€‹β€Œβ€Œβ€β€‹ο»Ώβ€Œβ€β€ο»Ώβ€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€Œβ€β€Œβ€β€Œβ€Œβ€Œο»Ώβ€‹β€β€Œβ€β€Œβ€β€Œβ€ο»Ώβ€‹β€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€Œο»Ώβ€‹β€ο»Ώβ€β€Œβ€β€‹ο»Ώβ€Œβ€ο»Ώο»Ώβ€‹β€ο»Ώο»Ώβ€Œβ€β€β€Œβ€Œβ€ο»Ώβ€β€Œο»Ώβ€Œβ€‹β€Œβ€β€Œβ€Œβ€Œβ€ο»Ώβ€β€Œο»Ώβ€Œβ€‹β€‹β€ο»Ώο»Ώβ€Œβ€β€Œβ€Œβ€Œβ€β€Œβ€‹β€Œβ€β€β€Œβ€Œο»Ώβ€Œβ€‹β€‹β€ο»Ώο»Ώβ€Œβ€ο»Ώβ€Œβ€Œβ€ο»Ώο»Ώβ€Œβ€β€Œβ€‹β€Œβ€β€Œβ€Œβ€‹ο»Ώο»Ώβ€Œβ€Œο»Ώβ€‹β€‹β€Œο»Ώβ€‹β€β€Œβ€β€Œβ€Œβ€Œο»Ώβ€‹ο»Ώβ€Œβ€β€Œβ€Œβ€Œβ€ο»Ώβ€β€Œο»Ώβ€Œβ€‹β€Œβ€β€‹β€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€β€β€Œβ€Œβ€ο»Ώο»Ώβ€Œβ€ο»Ώβ€β€‹ο»Ώβ€ο»Ώβ€Œβ€β€β€Œβ€Œβ€β€Œβ€‹β€‹ο»Ώο»Ώβ€Œβ€Œβ€β€‹β€β€‹ο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€Œβ€‹β€‹ο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€Œβ€Œβ€‹ο»Ώβ€‹β€Œβ€‹β€ο»Ώβ€Œβ€Œβ€β€Œβ€β€Œβ€β€‹ο»Ώβ€‹ο»Ώβ€β€‹β€‹ο»Ώβ€‹β€‹β€‹β€ο»Ώβ€Œβ€‹ο»Ώβ€Œβ€‹β€‹ο»Ώβ€Œο»Ώβ€Œβ€β€Œβ€Œβ€Œβ€β€‹β€β€‹β€ο»Ώβ€Œβ€‹ο»Ώβ€β€Œβ€‹ο»Ώβ€β€Œβ€‹ο»Ώβ€‹β€‹β€Œβ€β€Œβ€Œβ€‹β€ο»Ώβ€Œβ€Œβ€β€Œβ€Œβ€‹ο»Ώβ€Œβ€‹β€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€Œβ€β€‹ο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€Œο»Ώβ€‹ο»Ώβ€β€‹β€‹ο»Ώβ€‹β€Œβ€‹ο»Ώβ€Œβ€β€Œβ€β€Œβ€Œβ€‹ο»Ώβ€Œβ€Œβ€‹ο»Ώβ€ο»Ώβ€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€β€Œβ€Œο»Ώβ€‹β€‹β€Œβ€β€Œβ€Œβ€‹ο»Ώο»Ώβ€Œβ€Œβ€β€‹β€β€Œβ€ο»Ώβ€‹β€Œβ€ο»Ώο»Ώβ€Œβ€β€Œο»Ώβ€Œβ€Œβ€‹β€‹β€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€‹ο»Ώβ€Œο»Ώβ€Œβ€‹β€‹ο»Ώβ€ο»Ώβ€Œο»Ώβ€‹β€‹β€Œβ€β€‹β€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€β€β€‹β€‹ο»Ώο»Ώβ€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€β€β€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€ο»Ώβ€‹β€Œβ€β€Œβ€Œβ€‹ο»Ώο»Ώο»Ώβ€Œβ€β€‹β€β€Œβ€β€‹β€Œβ€Œο»Ώβ€‹ο»Ώβ€Œβ€β€Œβ€Œβ€Œβ€Œβ€Œβ€Œβ€Œο»Ώβ€‹β€β€Œβ€ο»Ώβ€‹β€‹ο»Ώο»Ώβ€Œβ€Œβ€β€β€‹β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€‹β€‹β€Œο»Ώβ€‹ο»Ώβ€‹β€β€Œβ€Œβ€‹ο»Ώβ€‹ο»Ώβ€Œβ€‹β€‹β€Œβ€‹β€β€Œβ€Œβ€‹ο»Ώβ€‹β€β€Œβ€‹β€Œβ€β€‹β€β€Œβ€Œβ€‹ο»Ώβ€‹β€β€Œβ€‹β€Œβ€β€Œβ€β€‹ο»Ώβ€Œβ€ο»Ώβ€Œβ€Œο»Ώβ€‹ο»Ώβ€‹β€ο»Ώβ€β€Œο»Ώβ€‹ο»Ώβ€Œο»Ώβ€Œβ€‹β€Œβ€β€‹β€Œβ€Œβ€β€‹ο»Ώβ€Œβ€β€ο»Ώβ€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€Œβ€β€Œβ€β€Œβ€Œβ€Œο»Ώβ€‹β€β€Œβ€β€Œβ€β€Œβ€ο»Ώβ€‹β€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€Œο»Ώβ€‹β€ο»Ώβ€β€Œβ€β€‹ο»Ώβ€Œβ€ο»Ώο»Ώβ€‹β€β€Œβ€β€Œβ€β€β€Œβ€Œβ€β€Œβ€‹β€‹ο»Ώο»Ώβ€Œβ€Œβ€β€‹β€β€‹ο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€Œβ€‹β€‹ο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€Œβ€Œβ€‹ο»Ώβ€‹β€Œβ€‹β€ο»Ώβ€Œβ€Œβ€β€Œβ€β€Œβ€β€‹ο»Ώβ€‹ο»Ώβ€β€‹β€‹ο»Ώβ€‹β€‹β€‹β€ο»Ώβ€Œβ€‹ο»Ώβ€Œβ€‹β€‹ο»Ώβ€Œο»Ώβ€Œβ€β€Œβ€Œβ€Œβ€β€‹β€β€‹β€ο»Ώβ€Œβ€‹ο»Ώβ€β€Œβ€‹ο»Ώβ€β€Œβ€‹ο»Ώβ€‹β€‹β€Œβ€β€Œβ€Œβ€‹β€ο»Ώβ€Œβ€Œβ€β€Œβ€Œβ€‹ο»Ώβ€Œβ€‹β€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€‹β€‹β€‹ο»Ώβ€Œβ€β€‹ο»Ώβ€‹ο»Ώβ€‹ο»Ώβ€Œο»Ώβ€‹ο»Ώβ€β€‹β€‹ο»Ώβ€‹β€Œβ€‹ο»Ώβ€Œβ€β€Œβ€β€Œβ€Œβ€‹ο»Ώβ€Œβ€Œβ€‹β€β€Œβ€β€Œο»Ώβ€Œβ€‹β€Œο»Ώβ€β€Œβ€Œο»Ώβ€‹β€‹β€Œβ€β€Œβ€Œβ€‹ο»Ώο»Ώβ€Œβ€Œβ€β€‹β€β€Œβ€ο»Ώβ€‹β€Œβ€ο»Ώο»Ώβ€Œβ€β€Œο»Ώβ€Œβ€Œβ€‹β€‹β€Œβ€ο»Ώο»Ώβ€Œο»Ώβ€‹ο»Ώβ€Œο»Ώβ€Œβ€‹β€‹β€β€Œβ€β€Œο»Ώβ€‹β€‹β€Œβ€β€‹β€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€β€β€‹β€‹ο»Ώο»Ώβ€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€β€β€Œβ€Œο»Ώβ€Œβ€‹β€Œβ€ο»Ώβ€‹β€Œβ€β€Œβ€Œβ€‹β€β€Œβ€β€Œο»Ώβ€‹β€‹β€Œβ€β€Œβ€Œβ€Œο»Ώβ€‹β€β€Œο»Ώβ€‹ο»Ώβ€Œο»Ώβ€‹β€‹β€Œβ€β€Œβ€Œβ€Œβ€β€‹ο»Ώβ€Œο»Ώβ€Œβ€‹β€Œβ€β€β€Œβ€Œο»Ώβ€Œβ€β€Œβ€β€Œβ€Œβ€‹ο»Ώο»Ώβ€Œβ€Œο»Ώβ€‹β€‹β€Œο»Ώβ€Œβ€Œβ€Œβ€β€‹β€β€Œβ€ο»Ώβ€‹β€Œβ€β€β€Œβ€Œο»Ώβ€‹ο»Ώβ€Œβ€β€β€‹β€Œβ€β€Œβ€Œβ€Œβ€β€Œβ€‹β€‹β€β€‹β€β€Œο»Ώο»Ώβ€Œ

Stack Overflow Blog Β· Dev Β·

Recorded at HumanX, Ryan sits down with Garima Kapoor and Anand Babu Periasamy, co-founders and co-CEOs of MinIO, to chat about eliminating the storage bottlenecks that leave GPUs underutilized, their...

by Phoebe Sajor

Simple Feature Flags for Laravel with Laravel Toggle

Laravel News Β· Dev Β·

Laravel Toggle is a lightweight feature flag package for Laravel that controls global on/off switches through envi...

by Yannick Lyn Fatt

pg_mentat 1.3.0 released -- Datomic-compatible Datalog inside PostgreSQL

PostgreSQL news Β· Dev Β·

I am pleased to announce the first public release of [pg_mentat] (https://github.com/gburd/pg_mentat), a PostgreSQL extension that implements Datomic's data model -- immutable facts (datoms), schema-...

pg_infer 1.0.0 released -- transformer model knowledge as SQL relations

PostgreSQL news Β· Dev Β·

I am pleased to announce the first public release of pg_infer, a PostgreSQL 18+ extension that exposes the internals of small transformer language models -- gate activations, feature labels, learned...

pg_tre 1.1.1 released -- an approximate-REGEX index AM for PostgreSQL 18+

PostgreSQL news Β· Dev Β·

I am pleased to announce the first public release of [pg_tre] (https://codeberg.org/gregburd/pg_tre), a native PostgreSQL 18+ index access method for approximate-regex matching. pg_tre indexes text c...