Reading / 2026-05/2026-05-03t110130-getting-up-to-speed-on-multi-agent-systems-part-8-open
Getting Up to Speed on Multi-Agent Systems, Part 8: Open Questions
Closes an 8-part MAS series by cataloguing unsolved problems—topology-to-reliability mapping, CRDTs for shared state, graceful failure recovery—and arguing the field must borrow distributed-systems theory to move forward.
May 03, 2026 · tech · Christopher Meiklejohn, christophermeiklejohn.com
Topics
- multi-agent-systems
- distributed-systems
- ai-agents
- fault-tolerance
- agent-coordination
Cited by
- AI agents
AI agents are LLM-powered systems that plan, act, and iterate autonomously; active research and engineering practice reveal deep tensions between coordination complexity, reliability, tool design, and the human oversight they still require.
- Distributed systems
Distributed systems theory supplies the vocabulary and failure models that recurring engineering problems demand, from durable execution frameworks to multi-agent LLM coordination to merge queue consistency bugs.
- Multi-agent systems
LLM-based multi-agent systems coordinate multiple AI agents on decomposed tasks, but empirical work shows failure rates of 41–87%, with information synthesis rather than coordination being the core bottleneck.
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