Multi-Agent Topology Shapes Coordination
Centralized, hierarchical, peer, and market-like topologies change communication cost, bottlenecks, fault propagation, and authority. Topology should follow the coordination problem, not a fashionable diagram.
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AI Agent Graph Engineering
Graph Engineering for AI Agents
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Delegation Transfers Work, Not Ultimate Accountability
In this situation—separating a researcher from a release approver—which choice best applies “Agent Roles Are Capability Contracts”?
Multi-Agent Topology Shapes Coordination
Every Agent Boundary Is a Trust Boundary
Handoffs Preserve Context and Ownership
In this situation—matching a delayed verifier response to the correct research request—which choice best applies “Message Envelopes Support Reliable Conversation”?
Multi-Agent Topology Shapes Coordination
Peer Topology Distributes Coordination
Provenance Makes Graph Claims Accountable
Learn After
Graph Partitioning Trades Locality Against Cut Cost
In this situation—coordinating research, verification, drafting, and approval agents—which choice best applies “Multi-Agent Topology Shapes Coordination”?
Peer Topology Distributes Coordination
Quorums Define Sufficient Participation
Supervisor Topology Centralizes Routing