What is Agentic Pattern?

Why It Matters

Agentic systems keep failing in the same places: the loop runs unbounded, the tool surface is too broad, the handoff drops context, the memory poisoned quietly. Patterns exist because these failures are old enough to have names and fixes. A pattern names the recurring shape (a bounded loop, a pre-action gate, a circuit breaker, a structured handoff) so the team reaches for a known design instead of rediscovering the failure in production. Most of this glossary is, in a sense, a catalog of agentic patterns and their failure modes.

The Shapes That Recur

Loop patterns. How the agent iterates: bounded iterations, observe-adjust cycles, the agent loop with explicit termination conditions.

Coordination patterns. How agents divide work: orchestrator-and-workers, peer handoffs, the shapes a multi-agent system takes when the failure has to live somewhere survivable.

Control patterns. Where enforcement lives: the four enforcement points of runtime governance, circuit breakers, escalation routing.

State patterns. How the agent remembers: agent memory layers, versioned manifests, decision records that survive the run.

Where It Breaks

Patterns fail as cargo cult: a team adopts the shape without the failure mode it answers, so the orchestrator exists but nobody asked what coordination failure it prevents. The subtler break is pattern fossilization: the field’s vocabulary moves fast, and a pattern named for last year’s architecture can become the wrong default for this year’s, which is why the failure mode the pattern answers matters more than the pattern’s name.

How Flytebit Handles It

Our builds are assembled from patterns with the failure mode named first: the control point exists because a documented failure needs it, not because the diagram looked incomplete. The applied catalog runs through our agentic systems work and the glossary itself, where every term carries the breaks it is meant to prevent.