Abdelhak Chahid

Ahmed Ali

Alexey Ses

Ali Göktaş

Anthony Bendeler

Arno Koehler

Audrey Behiels

Bader Ali

Brecht De Ruyte

Clarke Verdel

Daan Beulen

Daan van Berkel

Daniël Krux

Dave Bitter

Dmitri Sirobokov

Ellenoor Bok

Eyad Jarrar

Frank van Eldijk-Smeding

Ivan Nikolov

Jafar Rezaei

Jake Ortega

Jelle Biesemans

Jeroen van Kempen

Joeri Timmermans

Komeil Mehranfar

Lars Janssen

Lee Ravenberg

Lennard Swaneveld

Léo Schneider

Lucien Immink

Luud Janssen

Luuk Rijnbende

Maarten Van Hoof

Mark van der Linden

Massimiliano Scifo

Max Troost

Mehmet Akif Tütüncü

Michelle van der Linde

Milan Vogels

Mohamed Elmedany

Mohammad Hosseini

Mohi Bagherani

Mohsen Mahabadi

Niels Matthijs

OpenAI GPT-3

Osman Fikret 'Fiko' Ceylan

Owin Gruters

Pim van Die

Ralph Leermakers

Ravindre Ramjiawan

Remy Parzinski

Ronny Rook

Ruud Nimour

Saeed Salehi

Sagar Sawuck

Sander Borgman

Shela Hägglund

Steve Jonk

Susan Fulop

Thijs Busser

Thomas Sempf

Tim D'hoore

Tim Dujardin

Valentijn Kap

Vince Liem

Vlad Pintea-Gärtner

Wouter Heldens

Yves Maerschalck

Zakaria Taissate

Zjerilon Ferero

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Code was never the real bottleneck. The true constraints are requirements, legacy systems, and operational complexity, which means developers must now shift from writing code to directing AI, validating its outputs, and making architectural decisions.

I Wired AI Directly Into My Workflow: Turns Out Code Was Never the Bottleneck

All #Software-engineering articles

I Wired AI Directly Into My Workflow: Turns Out Code Was Never the Bottleneck

Code was never the real bottleneck. The true constraints are requirements, legacy systems, and operational complexity, which means developers must now shift from writing code to directing AI, validating its outputs, and making architectural decisions.