MCP Path
Multi-Agent parallel
Multi-Agent parallel is a public reference for embedded agent runtimes and runtime communication. It names the signal, policy, or flow an agent should understand before choosing a concrete tool.
Reference page for a documented MCP capability path.
- Type
- MCP path
- Family
- Sidecar Agent Orchestration (Embedded Runtimes)
- Effect
- read-only
- Status
- Reference
- Path
- 47.12
Purpose
What this entry explains
What it does
This reference explains Multi-Agent parallel for embedded agent runtimes and runtime communication. It is kept as a named reference so agents can cite the flow without inventing a tool name.
Use when
- Use this entry when an agent needs to check the state or evidence for "Multi-Agent parallel" for embedded agent runtimes and runtime communication.
- Use it as a reference path when the catalog describes a capability but no single public tool name is explicit.
- Use it before chaining follow-up tools so the next step is based on current evidence.
Reference Use
How agents should cite and apply this area
Examples are maintained at family level and use only public tool names or reference paths already present in the catalog.
Multi-Agent parallel describes a signal for embedded agent runtimes and runtime communication. The path shows which signal, gate, behavior, or boundary must be checked before choosing a concrete tool.
An agent cites this path when it needs Multi-Agent parallel as context for a decision, block, target check, or follow-up tool choice.
The public source does not name one callable tool for this path. The documentation therefore keeps it as a reference path and does not invent a callable name.
Relevant response signals: current discovery and actual response status. Safety axes: Read current state. The reference path alone is not permission to execute. Before acting, check current MCP discovery, visible target, scope, and the actual response.
Family example
An agent prepares a bounded run in embedded agent runtimes and runtime communication and must keep scope, progress, and stop condition visible.
The agent starts with Claude Sidecar start, reads the current response or reference, and only then chooses the concrete next tool.
Scope, budget, progress, stop condition, and terminal status remain part of the run.Contract
Inputs and important response fields
This page is a public reference. Agents and integrators should still read current MCP tool discovery before execution, because schemas can be gated by settings or version.
Inputs
No stable public input field is derived from the catalog source for this path. Read current MCP discovery before execution.
Response fields
No fixed public response field is derived from the catalog source for this path. Use current tool discovery and the actual response before chaining the next step.
Safety
Boundary before execution
Reads current state or evidence. It should not be treated as permission to act without a fresh next-step check.
Use the response as current evidence, then choose a more specific next tool only after target, scope, and freshness are clear.
For humans, this entry explains what an agent reads in embedded agent runtimes and runtime communication and which current signal should be checked before trusting the result.
High-Impact Review
Execution boundary and recheck hints
Review category: Plugin runtime
Plugin code and runtime calls stay limited to explicitly approved tools, permissions, and target contexts.
False assumption: an installed or loaded plugin may use all available browser data.
Approval, active tab, permission, and test result must remain visible user controls.
Execute plugin capabilities only after current tool discovery and permission checks; do not blindly chain external runtime output.
Recheck when permissions are missing, a plugin is unknown, or runtime status diverges from expected scope.
Safety Axes
How this path can affect work
Axes are stable catalog signals for humans, agents, and LLM discovery. One path can carry several axes.
read_current_state
Reads current state, response signals, or evidence without treating that alone as permission for a follow-up action.
Use the signal as current evidence and re-check target, scope, and visible state before any follow-up action.