Go

Stay updated on Go language development. Simplicity, concurrency, and the language powering cloud infrastructure.

About this developer podcast

Go turns GitHub activity into short audio updates.

Episodes cover commits, pull requests, issues, and release work.

Use this page to listen, subscribe, and find related developer podcasts.

This show page is the public hub for the podcast. It has one stable listen URL.

Use it to find RSS feeds, recent episodes, related shows, and older episode links.

If the project is quiet, new episodes may pause until there is useful activity to summarize.

Recent episodes from Go

  1. Resolver Leak Fix and MIPS Timing Correction

    Four unrelated changes landed with no shared theme. The highest-impact fix stops file-descriptor and memory leaks in the C-based DNS resolver, alongside a MIPS timing correction.

  2. Weekly Recap - Compiler Speed and Library Correctness

    Go saw 18 pull request items and 30 commits focused on compiler throughput and standard library correctness. The pattern was faster generated code paired with fixes for numerical, parsing, and networking edge cases.

  3. Compiler Ordering Fix and Linker Crash Guard

    Three isolated reliability fixes landed in Go with no broader pattern — a compiler correction for generic method ordering, a P P C 64 linker crash guard, and a locale-stable test fix. The compiler change is highest-impact, preventing…

  4. Edge-Case Fixes and Compiler Gains

    Go activity centers on correctness at numeric and network boundaries, plus compiler efficiency work. Math, parsing, and socket fixes remove wrong answers and panics while amd64 and SIMD changes advance performance groundwork.

  5. HTTP Security Hardening and Hex Vectorization

    Three net/http fixes close denial-of-service vectors around trailers, range requests, and HTTP/2 flow control. SIMD work vectorizes hex encoding and cleans up code generation, while linker changes add split debug support on Mac.

  6. Stricter Parsing and Compiler Cleanup

    Go activity centers on stricter standards compliance in networking and certificate parsing, plus compiler backend cleanup for WebAssembly and vector operations. The highest-impact work tightens proxy behavior, URL handling, and…

  7. Execution Safety and HTTP Reliability Fixes

    Go activity centers on rejecting unsafe edge cases in execution lookup and JPEG decoding, plus restoring a more useful HTTP error path. Low-level Loong64 crypto gains and test modernization round out the day.

  8. Early Export Data and Compiler Correctness

    The Go compiler dominates today, writing export data early to unblock parallel builds while fixing liveness and PowerPC division correctness risks. Standard library hardening and large RISC-V math speedups round out the activity.

  9. SIMD Push, Faster Search and Template Fixes
  10. Weekly Recap - Vector Maturity, Runtime Stability and Simpler Static Builds
  11. Small Runtime Fixes and Template Speedup
  12. Supply-Chain Fixes, Static Builds, and Arm Vector Work
  13. SIMD Correctness Fixes and Type Checker Cleanup
  14. SIMD Spec Push, Leaner HTTP Builds, Faster Templates
  15. Recovery, Races and Key Safety
  16. Compiler Correctness and Template Speedup
  17. Template Security, Toolchain and Chip Fixes
  18. Weekly Recap - Correctness Fixes Across Toolchain, Web and Crypto
  19. Crash Hardening and Compiler Optimization
  20. Compiler Reliability Push and HTTP/2 Dial Fix
  21. SIMD Speedups and Standards Alignment
  22. Fewer Silent Failures and Safer Internals
  23. Allocation Cuts and Crypto Hardening
  24. HTTP Security Hardening and Runtime Efficiency
  25. Database Deadlock Fix and Linker Docs
  26. Weekly Recap - Edge-Case Hardening and Runtime Efficiency
  27. Loong64 Hardening and RISC-V Optimization
  28. Predictable Output, Faster Runtime
  29. Correctness Cleanups Across Compiler and Runtime
  30. Extreme Values Expose Integer Overflow Bugs
  31. Edge-Case Bugs That Corrupt State
  32. Idle Connections Get Lighter
  33. LoongArch Gets a Tune-Up
  34. Weekly Recap - Platform Correctness and Cleanup
  35. Platform Parsing and Shared-State Bugs
  36. HTTP/2 Comes Home
  37. Correctness Under the Hood
  38. Idle Connections Get an Audit
  39. A Revert, a Regression Fix, and Type-System Guardrails
  40. Compiler Rewrite Packages Get Reorganized
  41. Formatting Precision Fix
  42. Weekly Recap - Security Hardening and Runtime Memory Discipline
  43. Fixing Vet's Failure Handling in Multi-Package Tests
  44. Certificate Parsing Gets Stricter, TLS Memory Gets Leaner
  45. Plugin Bug Fix and Protocol Correctness
  46. SVE Expands, Compiler Correctness Cleanup
  47. Compiler Analysis Gets Sharper, Runtime Gets Less Blocking
  48. Compiler Efficiency and HTTP Cleanup
  49. Aliasing Bugs and Correctness Cleanup in Math Big
  50. Weekly Recap - Correctness Fixes Across the Stack
  51. Guarding Against Bad Input, One Panic at a Time
  52. Correctness Cleanup Across the Stack
  53. Type Checker Cleanup and Correctness Fixes
  54. Hardening the Edges of Networking and Testing
  55. Correctness Fixes Across the Compiler and Runtime
  56. Compiler Backend Consolidation and a Landlock Security Fix
  57. LoongArch Gets Serious Performance Attention
  58. Weekly Recap - Hardening the Network Stack
  59. Platform Edge Cases Under the Microscope
  60. Standard Library Cleanup and SIMD Tooling Rework
  61. Correctness Fixes Across HTTP, Parser, and Compiler
  62. HTTP Correctness and Chip-Level Performance
  63. Compiler Speed and Correctness Tuning
  64. Network Edge Cases and a Compiler Reorganization
  65. Squeezing Stop-The-World Pauses Out of Crypto and Concurrency
  66. Weekly Recap - Correctness Fixes and Performance Tuning Under the Hood
  67. Precision Tuning in the Runtime
  68. Correctness Fixes in Math, JSON, and Runtime Sampling
  69. Security Patches and Serialization Cleanup
  70. Compiler Squeezes Out Instructions, Tooling Speeds Up
  71. Trimming the Fat—Compiler and Crypto Cleanup
  72. Squeezing Cycles from the Compiler and Runtime
  73. Trimming the Fat in Hot Paths
  74. Weekly Recap - Correctness Fixes and Concurrency Cleanup
  75. Closing the Performance Gap in JSON and RISC-V
  76. Quietly Closing Security Gaps
  77. Timer Race Fix and Runtime Cleanup
  78. Trimming Waste in the Standard Library
  79. Fixing What Recent Changes Broke
  80. Correctness Fixes Hiding in Plain Sight
  81. Correctness Over Cleverness in the Compiler
  82. Weekly Recap - Trimming the Fat in Hot Paths
  83. Compiler Correctness Cleanup
  84. Compiler Precision Work Pays Off in the Details
  85. Security Fixes and Parser Performance
  86. Security Fixes Across Crypto Stack
  87. Compiler Squeezes Out More Speed at the Instruction Level
  88. Squeezing Cycles Out of the AMD64 Compiler
  89. Weekly Recap - Security Hardening and Compiler Correctness
  90. Fixing a Silent Data Corruption Bug in MIPS Register Allocation
  91. Cleaning Up the Small Stuff
  92. Correctness Fixes Across Testing, Runtime, and Security
  93. Compiler Correctness Sweep
  94. Shaving Cycles Everywhere
  95. Security Hardening Across the Build and Runtime
  96. Enum Proposals and Toolchain Edge Cases
  97. Weekly Recap - Compiler Precision and a Rocky Road to Optimization
  98. A Small Fix to a Long-Standing Doc Link
  99. Compiler Speed Gains, and Two Reverts Worth Remembering
  100. Hardware Atomics and Generic Inference Advance Together

Episode archive for Go

  1. Closing the Gaps Between Intent and Implementation
  2. Go 1.28 Opens as Edge Cases Get Cleaned Up
  3. Tightening the Compiler, Documenting the Edges
  4. Weekly Recap - Documentation Cleanup and a Root Security Fix
  5. Documentation Debt and the Testing Package's Rough Edges
  6. The Great Doc Cleanup
  7. Consistency Fixes Across the Toolchain
  8. Root Security Fix and a Network-Free Test Suite
  9. Tooling Fixes Tighten Edge Cases
  10. Regex Engine's Stale Flag Bug
  11. Weekly Recap - Correctness Fixes and Developer Ergonomics
  12. Making the Toolchain Do More Heavy Lifting
  13. Clearer Errors, Honest Documentation
  14. Standard Library Enhancement and Contribution Guidelines
  15. Weekly Recap - ARM64 & SIMD Performance Focus
  16. Compiler Fixes and Tool Improvements
  17. ARM64 and SIMD Optimization Push
  18. Security and Reliability Fixes
  19. Compiler Fixes and API Modernization
  20. Crypto Testing and JSON V2 Progress
  21. HTTP/2 Performance and Reliability Improvements
  22. Weekly Recap - Performance Optimization and API Stabilization
  23. Security Header Handling
  24. Performance and Reliability Fixes
  25. SIMD API Refinement and Tool Chain Fixes
  26. Runtime Stability and Testing Improvements
  27. ARM64 Performance and Security Hardening
  28. SIMD Development and Tooling Fixes
  29. Weekly Recap - SIMD Development and JSON Optimization
  30. SIMD Support Lands in Master
  31. Weekly Recap - Tooling Improvements & Bug Fixes
  32. Network IP Performance Optimization
  33. Weekly Recap - Compiler Optimizations & Security Improvements
  34. Compiler Fixes and Security Documentation
  35. Runtime Map Performance Optimization
  36. JSON v2 Gets Experimental Protection & HTTP/3 Gets More Reliable
  37. Weekly Recap - Compiler Optimizations & JSON Improvements
  38. Compiler Register Mask Refactoring
  39. Runtime Performance and JSON Error Handling Updates
  40. RISC-V Assembly Enhancement
  41. Weekly Recap - HTTP/2 Modernization and SIMD Optimizations
  42. RISC-V Assembler Documentation Update
  43. Weekly Recap - HTTP/3 Testing & ARM64 SVE Assembly
  44. Bzr Support Removal and TLS Security Fix
  45. Weekly Recap - Performance Optimizations & Runtime Improvements
  46. Compiler Magic - Speed Boosts and Smart Optimizations
  47. Under the Hood Improvements
  48. Linkname Revolution and Range-Over-Func Refinements
  49. Spring Cleaning and Developer Experience Polish
  50. Spring Cleaning and Stability Fixes
  51. Memory Profiling Gets Leaner
  52. Optimizer Wizardry and RISC-V Speed Boosts
  53. Spring Cleaning and Performance Tweaks
  54. Security Hardening and Performance Polish
  55. Windows Gets an Upgrade and Maps Get a Makeover
  56. Spring Cleaning and HTTP Security Fixes
  57. Cleaning House on LoongArch
  58. The Great Rollback and ARM64 Power-Up
  59. Struct Literals Get a Major Upgrade
  60. Runtime Refactoring Marathon
  61. The Great Test Parallelization Push
  62. HTTP/2 Gets a Major Makeover
  63. Cross-Platform Consistency & Developer Polish Day
  64. Performance Wins and Race Condition Fixes
  65. Generic Methods Coming in Go 1.27
  66. Spring Cleaning and Clarity
  67. The Assembly Detective Story
  68. Testing Gets Smarter and Maps Get Faster
  69. Security Fortress - Major Security Fixes and Language Evolution
  70. Memory Clearing Gets a Major Performance Boost
  71. Bug Fixes and Polish Day
  72. Spring Cleaning and Performance Boosts
  73. Float Optimization Blitz
  74. Spring Cleaning and Performance Wins
  75. Security Fixes and Performance Polish
  76. Compiler Cleanup and Zero-Sized Value Improvements
  77. ARM64 Power-Up and Debug Detective Work
  78. ARM64 Gets a Memory Access Upgrade
  79. When the Compiler Gets Picky About Pointer Shapes
  80. Developer Experience Polish and Cross-Platform Fixes
  81. The One-Line Fix That Packs a Punch
  82. Compiler Fixes and Validation Improvements
  83. JSON v2 Breaking Changes & ARM64 Performance Wins
  84. Under the Hood Improvements - Racing Conditions and Memory Safety
  85. RISC-V Gets a Speed Boost and Runtime Race Detective Work
  86. Runtime Cleanup Day
  87. The Great Type System Cleanup and Optimization Wins
  88. CGO Gets Cleaner and Cookie Parsing Gets Faster
  89. Compiler Deep Dive & Performance Wins
  90. Connection Reuse Revolution and Performance Wins
  91. SHA-1 Gets a Speed Boost on Loong64
  92. PowerPC Progress and Performance Polish
  93. Linker Gets a Memory Diet and Performance Tune-Up
  94. Security Hardening and Low-Level Optimization Bonanza
  95. The Great Equality Overhaul
  96. Go 1.27 Development Begins
  97. The Art of Optimization - Small Changes, Big Impact
  98. The Small Wins That Keep Us Going
  99. SIMD Gets Smarter - CPU Feature Detection Overhaul

More public developer podcasts

Browse other public Podlog show hubs with crawler-readable RSS and episode links.

  1. Agent Of Empires Daily 94 episodes
  2. Buzz Transcription 102 episodes
  3. Frigate NVR Updates 242 episodes
  4. Ruby Core Updates 250 episodes
  5. Openharness Daily 67 episodes
  6. Linux Kernel 231 episodes
  7. Homebrew 254 episodes
  8. TypeScript 143 episodes
  9. Ruby on Rails 247 episodes
  10. Redis 222 episodes
  11. Next.js 256 episodes
  12. Vue.js 194 episodes
  13. Rust 227 episodes
  14. Python 240 episodes
  15. VS Code 258 episodes
  16. TailwindCSS 150 episodes
  17. Node.js 252 episodes
  18. Django 244 episodes
  19. React Native 201 episodes
  20. PostgreSQL 243 episodes
  21. Kubernetes 253 episodes
  22. LangChain 238 episodes
  23. Ollama 242 episodes
  24. PyTorch 257 episodes
  25. Maestro Daily 93 episodes
  26. Videorc Daily 87 episodes
  27. Agora Next Updates 274 episodes
  28. Rails Daily 258 episodes
  29. Home Assistant Daily 263 episodes
  30. Linux Kernel Daily 237 episodes
  31. React Daily 154 episodes
  32. AtomVM Daily 21 episodes
  33. Next.js Daily 258 episodes
  34. Pi Mono 138 episodes
  35. OpenClaw 215 episodes
  36. RuView 170 episodes
  37. Godot Daily 203 episodes
  38. Jabref Daily 104 episodes
  39. Jabref Daily 105 episodes
  40. Next Js Daily 93 episodes
  41. Headroom Daily 102 episodes
  42. NativeScript iOS Daily 44 episodes
  43. Navidrome Daily 115 episodes
  44. BlocksBeyondTheStars Daily 83 episodes
  45. Shannon 104 episodes
  46. Rimworld ChickenBatteryCage Daily 1 episode
  47. Eleviewer Daily 1 episode
  48. iCloud Photos Downloader 36 episodes
  49. The Algorithm Daily 20 episodes
  50. Agora Next Daily 16 episodes
  51. Onlook Design Updates 34 episodes
  52. Energy Inc Ace Mate Learning Daily 2 episodes
  53. tiny-gpu Daily 20 episodes
  54. OpenAI Skills 52 episodes
  55. Crush Daily 1 episode
  56. ControlNet Daily 0 episodes
  57. FinceptTerminal Daily 0 episodes