⚙️ Concurrency - krahul3790 · Scour

I Thought I Understood Threads. Then I Read Atomics and Locks. 🏗️System Design

mara.nl·2h·DEV

GTaP: A GPU-Resident Fork-Join Task-Parallel Runtime with a Pragma-Based Interface 📈Scalability

arxiv.org·2d

The Data Race Hiding Behind "Correct" Atomics 🗄️Database Internals

trippw.com·3d·r/programming

Data Oriented Design by example (2017) 🏗️System Design

nikitablack.github.io·8h·Hacker News

Rust Gamedev Techniques — Memory, Concurrency & Abstraction 🗄️Database Internals

slicker.me·1d·r/rust_gamedev

Threads 🏗️System Design

threads.com·23h

Difference Between Promise and Async/Await in JavaScript 💸Payments

talent500.com·5h

Handling Race Conditions in Multi-Agent Orchestration 🔗Consensus Algorithms

machinelearningmastery.com·3d

Is using Channels always the best way to handle concurrency in Go? What else does Golang offer? (WaitGroups, Mutexes, and more) 📈Scalability

youtu.be·1d·r/golang

System Design 101: The Architecture Behind Large Scale Applications 🏗️System Design

medium.com·21h

Why Control Creates Conflict, and When to Open Instead 🔗Consensus Algorithms

lesswrong.com·13m

Surelock - statically prevent deadlocks 🗄️Database Internals

notes.brooklynzelenka.com·2d·Lobsters, Hacker News, r/rust

Ziglings - revival of the async-io exercises 🏗️System Design

ziggit.dev·6d

April 10, 2026 (#4644) 🏗️System Design

alvinashcraft.com·3h

The missing async toolbox ☕Java

asyncstdlib.readthedocs.io·2d

Garbage Collection in the Era of Virtual Threads (Project Loom) 📈Scalability

blog.gceasy.io·2d

Optimising a Pipelined RISC-V Core: From Naive Pipeline to Near-Superscalar Performance 📈Scalability

mummanajagadeesh.github.io·3d·Lobsters, Hacker News

becls/swish: Swish Concurrency Engine 🏗️System Design

github.com·2d·Hacker News

The System Monitor 🛡️Reliability

internals-for-interns.com·4d·Hacker News, r/golang

Investigating Split Locks on x86-64 🗄️Database Internals

chipsandcheese.com·2d·Hacker News

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