🌐 Distributed Systems - bdillo · Scour

Volitional Multiagent Atomic Transactions: Describing People and their Machines 🔄Concurrency

Artemis II fault tolerance ⚙️Systems Programming

alearningaday.blog·2d·Hacker News

The Airgap Problem in DeFi 🤝ACME Protocol

ethresear.ch·17h

Why CFOs Need a Consensus Hardening Protocol for AI Decisions 🤝ACME Protocol

cubiczan.substack.com·2h·Substack

Show HN: Raft to allow a group of AI agents to reach consensus ☸️Kubernetes

github.com·1d·Hacker News

Getting Up to Speed on Multi-Agent Systems, Part 5: Debate, State, and Coordination 🤖AI

christophermeiklejohn.com·5d

Large-Scale ETL Pipeline Architecture 🚀Performance

Identity is the control plane for distributed infrastructure 🔏PKI

helpnetsecurity.com·2d

Multi-agent systems as distributed software 🔄Concurrency

fulcrum.inc·3d·Hacker News

Scarcity-era large-load interconnection governance: Reliability enablement, lifecycle tail risk, and benchmarking safeguards 🚀Performance

sciencedirect.com·1d

Show HN: 1990s Game Dev Algorithms for Distributed Systems 🔄Concurrency

docs.merca.earth·4d·Hacker News

Restartable sequences, TCMalloc, and Hyrum's Law 🔄Concurrency

·2d

Cloud Bits: Breaking the Double Write – A Guide to Distributed Data Consistency 🔄Concurrency

distributed-computing-musings.com·1d

Eventual Consistency in Distributed Systems and Microservices 🔄Concurrency

talent500.com·5d

Why agentic AI governance is falling short – and what we can do about it 🤖AI

siliconangle.com·1d

Designing Scalable Microservices & Workflow Architectures for Enterprises ☸️Kubernetes

·3d

AI Infrastructure–Not Models–Will Define the Next Decade of AI 🤖AI

alltechmagazine.com·2d·Hacker News

Understanding when high availability infrastructure becomes a bottleneck 🖥️Hypervisors

binadit.com·2d·DEV

Your Monolith Is Already A Distributed System ☸️Kubernetes

arpitbhayani.me·5d

Simple and Correct Snapshot Isolation 🔄Concurrency

remy.wang·2d·Hacker News

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