All Episodes
The Programming Languages Podcast with Fexingo: Python, Rust, JavaScript, and Modern Coding — 183 episodes · page 1 of 2
Why Software Teams Are Failing at Testing
Why Software Teams Are Losing The Battle Against Complexity
How Rust Is Changing System Programming
Why Code Reviews Are Stifling Innovation
The Silent Killer of Software Teams
Why Enterprise Codebases Are Stagnating
The Silent Tax of Technical Debt in Software Teams
How Memory Safety Is Reshaping Software Reliability
How Type Safety Prevents Production Outages
Why Your Microservices Are Slowing You Down
How Rust Is Rewiring Enterprise Software Security
Why Code Reviews Are Failing Modern Teams
Why Your Tech Stack Is Draining Your Budget
The Hidden Cost of Developer Tooling Complexity
The Hidden Cost of Software Complexity
Why Code Review Is The Real Bottleneck
How AI Coding Assistants Are Rewiring Junior Developers
How Type Inference Cuts Software Bugs
Why Your Codebase Is Becoming Unreadable
Why Your Codebase Is Becoming Unreadable
How Python Conquered The AI Infrastructure Race
Why Modern Codebases Are Failing Without Documentation
How WebAssembly Is Reshaping Cloud Infrastructure
Why Your Tech Stack Is Draining Your Budget
Why Software Teams Kill Legacy Code
Why Software Teams Are Killing Legacy Code
How Code Ownership Prevents Engineering Burnout
Why Software Teams Are Abandoning Git Monorepos
Why Go Is Winning the Cloud Infrastructure Race
How Rust Memory Safety Saved Cloud Infrastructure
The Silent Tax of Developer Burnout in Modern Software
How Static Analysis Prevents Production Outages
How Python Dominates AI Infrastructure in 2026
The Silent Killer of Software Teams
Why Your Codebase Is Too Big to Debug
The Hidden Cost of Developer Burnout in Modern Software
How Code Ownership Prevents Engineering Burnout
How Modular Monoliths Beat Microservice Complexity
The Hidden Tax of Developer Burnout
The Silent Crisis of Software Maintainability
The Hidden Cost of Technical Debt in Modern Software
How AI Copilots Changed Developer Hiring
How Code Reviews Kill Productivity
How TypeScript Fixed JavaScripts Type Problem
How Rust Is Reshaping Enterprise Cloud Infrastructure
Why Python Type Hinting Is Saving Enterprise Codebases
How WebAssembly Is Reshaping Cloud Development
Why Zig Is the C Replacement Everyone Is Watching
Why Elixir Is the Language Behind Fault-Tolerant Apps
Why OCaml Powers Financial Trading Systems in 2026
Why Vala Is the Unexpected Glue of Modern Linux Apps
Why Ada Is Back in Critical Systems
Why Julia Is the Language of Scientific Computing in 2026
Why Janet Is the Surprising Language of 2026
How Mojo Is Making AI Programming Feel Like Python
How Futhark Is Making GPU Programming Feel Like Magic
Why Go Is the Cloud-Native Language of 2026
Why Neovim Is the Editor Powering Modern Dev Workflows
Why Odin Lang Is the System Programming Underdog of 2026
Why Carbon Lang Is the Future of C++ Succession in 2026
Why D is the Underrated Systems Language of 2026
Why RISC-V Is the Instruction Set of 2026
How R Language Became the Unexpected AI Darling
Why Gleam Is the Functional Language for Reliable Systems
Why Haskell Is the Hidden Gem of Financial Software
Why Smalltalk Still Matters in Modern Software
Why TypeScript Is Winning the Modern Web in 2026
Why Kotlin Is the Pragmatic Choice for Server-Side Development
Why Lua Is the Hidden Scripting Powerhouse in 2026
Why Elixir Is the Secret to Fault-Tolerant Backends
Crystal Lang Is the Fastest Way to Write Fast Code
Zig's Zero-Dependency Takeover of Systems Programming
How GraalVM Is Redefining Polyglot Performance in 2026
Why WebAssembly Is the Compiler Target of 2026
How Jai Is Redefining Game Engine Programming
Why Pony Lang Is Winning Low-Latency Fintech in 2026
Why Julia Is Winning Scientific Computing in 2026
How SQLite Powers Billions of Devices Quietly
Why Go Dominates Cloud-Native Backend Development in 2026
Why COBOL Powers the Global Financial System in 2026
Swift Escapes the Apple Bubble in 2026
How Dart and Flutter Reshape Cross-Platform Development in 2026
How Mojo Brings C-Level Speed to Python for AI
Why Rust Is Becoming the New Standard for Memory-Safe Systems in 2026
Why Polyglot Programming Is the New Normal in 2026
Why Bash Scripting Is Still Essential for DevOps in 2026
Why R Remains Indispensable for Statistical Computing in 2026
Why Python's No-GIL Mode Delivers 4x Throughput in 2026
Why TypeScript Is Becoming the Standard for Enterprise Backend Development
Why Lua Powers Game Development in 2026
Why Haskell Is Making a Comeback in Production in 2026
Why the JVM Is Still Thriving in the Age of Cloud Native
Why Erlang Is the Unsung Hero of Telecom Reliability
Why Zig Might Replace C for Systems Programming
Why Vibe Coding Is Changing How Beginners Learn Programming
Why WebAssembly Is Reshaping Cloud Computing in 2026
Why Kotlin Is Winning the Android Development Race in 2026
How Raku Is Bringing Concurrency to Mainstream Programming
Why Julia Is the Programming Language for Scientific Computing in 2026
How Go Is Winning the Cloud-Native Infrastructure War