orka.nodes.graph_scout_agent module
🧭 GraphScout Agent - Intelligent Path Discovery and Selection
The GraphScoutAgent is an intelligent routing agent that automatically inspects the workflow graph, evaluates possible paths, and selects the optimal next steps based on the current question and context.
Core Capabilities: - Graph Introspection: Automatically discovers available paths from current position - Smart Path Evaluation: Uses LLM evaluation combined with heuristics for scoring - Dry-Run Simulation: Safely previews path outcomes without side effects - Budget-Aware Decisions: Considers cost and latency constraints - Safety Guardrails: Enforces safety policies and risk assessment
Key Features: - Modular architecture with pluggable components - Global graph visibility with local planning horizon - Intelligent scoring with multiple evaluation criteria - Comprehensive trace logging for debugging - Fallback strategies for edge cases
Use Cases: - Dynamic routing in complex workflows - Multi-path decision points - Conditional branching based on content analysis - Intelligent fallback selection - Cost-optimized path selection
- class orka.nodes.graph_scout_agent.GraphScoutConfig(k_beam: int = 3, max_depth: int = 2, commit_margin: float = 0.15, score_weights: Dict[str, float] | None = None, cost_budget_tokens: int = 800, latency_budget_ms: int = 1200, safety_profile: str = 'default', safety_threshold: float = 0.2, max_preview_tokens: int = 192, tool_policy: str = 'mock_all', use_priors: bool = True, ttl_days: int = 21, log_previews: str = 'head64', log_components: bool = True)[source]
Bases:
object
Configuration for GraphScout agent behavior.
- k_beam: int = 3
- max_depth: int = 2
- commit_margin: float = 0.15
- score_weights: Dict[str, float] | None = None
- cost_budget_tokens: int = 800
- latency_budget_ms: int = 1200
- safety_profile: str = 'default'
- safety_threshold: float = 0.2
- max_preview_tokens: int = 192
- tool_policy: str = 'mock_all'
- use_priors: bool = True
- ttl_days: int = 21
- log_previews: str = 'head64'
- log_components: bool = True
- class orka.nodes.graph_scout_agent.PathCandidate(node_id: str, path: List[str], score: float, components: Dict[str, float], preview: str, rationale: str, expected_cost: float, expected_latency: float, safety_score: float, confidence: float)[source]
Bases:
object
Represents a candidate path for evaluation.
- node_id: str
- path: List[str]
- score: float
- components: Dict[str, float]
- preview: str
- rationale: str
- expected_cost: float
- expected_latency: float
- safety_score: float
- confidence: float
- class orka.nodes.graph_scout_agent.ScoutDecision(decision_type: str, target: Any, confidence: float, trace: Dict[str, Any], reasoning: str)[source]
Bases:
object
Represents the final decision made by GraphScout.
- decision_type: str
- target: Any
- confidence: float
- trace: Dict[str, Any]
- reasoning: str
- class orka.nodes.graph_scout_agent.GraphScoutAgent(node_id: str, **kwargs: Any)[source]
Bases:
BaseNode
🧭 Intelligent Path Discovery Agent
The GraphScoutAgent automatically inspects the workflow graph and selects the optimal next path based on the current question and context.
Architecture: - Modular Design: Pluggable components for each responsibility - Graph Introspection: Discovers available paths from current position - Multi-Criteria Scoring: LLM evaluation + heuristics + priors + budget - Safety-First: Comprehensive safety checks and guardrails - Trace-Enabled: Full observability for debugging and optimization
Configuration Example:
- id: graph_scout_0 type: graph-scout params: k_beam: 3 max_depth: 2 commit_margin: 0.15 score_weights: llm: 0.45 heuristics: 0.20 prior: 0.20 cost: 0.10 latency: 0.05 safety_profile: default cost_budget_tokens: 800 latency_budget_ms: 1200 prompt: | You are GraphScout. Analyze the question and available paths. Select the best next step based on relevance, safety, and efficiency. Return your decision as JSON only.
Decision Types: - commit_next: Single next node with high confidence - commit_path: Multi-step path when evidence is strong - shortlist: Multiple options when margin is thin