The article at komoroske.com/slime-mold/ explores how organizations resemble slime molds in their coordination challenges. Slime molds are single-celled organisms that aggregate to form multicellular structures when resources are scarce, demonstrating decentralized decision-making and emergent behavior. Similarly, organizations often struggle with coordination as they scale, facing increased communication overhead and alignment difficulties.

The piece argues that traditional hierarchical approaches to coordination create bottlenecks and reduce adaptability. Instead, it suggests embracing principles observed in slime molds: local sensing, stigmergic communication (indirect coordination through environmental cues), and temporary specialization without rigid roles. These biological strategies allow systems to remain resilient and responsive.

Key insights include the "coordination headwind" — the exponential increase in coordination cost as group size grows — and the importance of designing systems that leverage self-organization rather than top-down control. The article references research on collective intelligence and distributed systems to support its analogy.

Practical applications include minimizing centralized approval chains, using shared artifacts for context sharing, and enabling teams to reconfigure dynamically around problems.