GLITCH connects agents across machines
GLITCH showcases a prototype where one process launches multiple AI agents that communicate through messages, even when hosted on separate machines. The approach turns multi-agent orchestration into a distributed-systems problem rather than a single-host workflow.
The compelling idea is architectural flexibility, but the prototype’s value will depend on communication reliability, shared state, and security more than the number of agents.
- –Remote execution lets agents use different hardware, environments, and tool permissions
- –Message-based coordination can support parallel work without forcing every agent into one process
- –Distributed state, retries, authentication, and observability become essential as deployments scale
- –The demo is more of an infrastructure pattern than a finished developer product
DISCOVERED
2h ago
2026-08-12
PUBLISHED
1d ago
2026-08-10
RELEVANCE
AUTHOR
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