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Enterprise Automotive Emergency Resolution System

Deploys a 6-agent orchestrated AI system with real-time coordination, chain-of-thought reasoning, RAG-powered knowledge retrieval, and human-in-the-loop escalation gates to deliver end-to-end emergency resolution within 58 minutes average..

6 AI Agents
4 Tech Stack
AI Orchestrated
24/7 Available
Worker ID: emergency-resolution-orchestrator

Problem Statement

The challenge addressed

Premium automotive customers stranded during vehicle breakdowns face fragmented support experiences involving multiple disconnected systems for diagnostics, parts sourcing, service center selection, and dispatch coordination, resulting in extended re...

Solution Architecture

AI orchestration approach

Deploys a 6-agent orchestrated AI system with real-time coordination, chain-of-thought reasoning, RAG-powered knowledge retrieval, and human-in-the-loop escalation gates to deliver end-to-end emergency resolution within 58 minutes average.
Interface Preview 4 screenshots

Multi-agent orchestration dashboard showing emergency resolution workflow initialization with 6 specialized AI agents including Diagnostic, Parts Intelligence, Service Coordinator, and Dispatch agents with circuit breaker patterns and real-time progress tracking

LLM reasoning and RAG retrieval interface demonstrating chain-of-thought diagnostic analysis with GPT-4 Turbo and Claude 3 Opus, semantic search results from technical service bulletins, and 94% confidence Fuel Pump Relay Failure diagnosis

Resolution plan output showing customer-friendly executive summary explaining the fuel pump relay failure, detailed diagnosis with 94% confidence, parts requirements with availability status, and total cost breakdown of $196.35

AI predictive analytics dashboard displaying ML-powered metrics including 96.8% resolution success rate, 2.4hr average resolution time, EUR 847 estimated cost, 4.7/5.0 customer satisfaction, and risk assessment using XGBoost Ensemble + LSTM model

Multi-Agent Orchestration

AI Agents

Specialized autonomous agents working in coordination

6 Agents
Parallel Execution
AI Agent

Diagnostic Agent

Accurately diagnosing vehicle faults from ambiguous DTC codes and sensor data requires expert interpretation. Traditional diagnostics miss correlations between symptoms, leading to misdiagnosis and repeated service visits.

Core Logic

Employs Bayesian-inspired multi-factor confidence calculation analyzing DTC codes (40% weight), sensor correlations (30%), historical patterns (20%), and component lifecycle data (10%). Generates differential diagnoses with probability scoring using real OBD-II codes (SAE J2012 standard). Tools: DTC_CODE_ANALYZER, SENSOR_READER, PATTERN_MATCHER. Complexity: O(n) with 2-5ms execution.

ACTIVE #1
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AI Agent

Parts Intelligence Agent

Sourcing replacement parts across a network of 340+ dealers involves manual inventory checks, delivery time estimation, and cost comparison, causing delays in emergency situations.

Core Logic

Implements multi-dealer scoring optimization with weighted factors: stock availability (40%), distance (35%), quantity (15%), supplier reliability (10%). Calculates delivery ETA using formula: `time = (distance / courier_speed) ร— 60 + prep_time`. Handles backorder scenarios with 48h+ delay handling. Tools: PARTS_INVENTORY_LOOKUP, DELIVERY_CALCULATOR, COST_ESTIMATOR. Complexity: O(n log n), <20ms typical.

ACTIVE #2
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AI Agent

Service Center Selection Agent

Matching stranded vehicles to optimal service facilities requires evaluating multiple criteria including parts availability, technician expertise, workload, and customer historyโ€”impossible to optimize manually under time pressure.

Core Logic

Applies AHP-inspired Multi-Criteria Decision Analysis (MCDA) with 6-criteria weighted scoring: parts availability (30%), distance (20%), technician expertise (20%), slot availability (15%), customer history (10%), rating (5%). Technician scoring: `tech_score = (rating/5) ร— (min(exp, 15)/15)`. Tools: SERVICE_CENTER_QUERY, TECHNICIAN_LOOKUP, WORKLOAD_ANALYZER. Complexity: O(n ร— m), <10ms.

ACTIVE #3
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AI Agent

Dispatch Optimization Agent

Calculating accurate ETAs for roadside assistance requires real-time traffic analysis, distance computation, and provider availability assessment across multiple variables.

Core Logic

Uses Haversine formula for great-circle distance calculation: `distance = R ร— 2ร—atan2(โˆša, โˆš(1โˆ’a))`. Applies traffic-adjusted ETA with rush hour multipliers (7-9am, 4-7pm at 1.6x) and urban road network factor (1.3x). Provider scoring: `score = ETA_score ร— 0.60 + rating_score ร— 0.25 + exp_score ร— 0.15`. Tools: ROUTE_CALCULATOR, TRAFFIC_ANALYZER, ETA_PREDICTOR. Complexity: O(n log n), <15ms.

ACTIVE #4
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AI Agent

Customer Communications Agent

Communicating technical automotive issues to non-technical customers requires context-aware messaging that reduces anxiety while providing accurate information across multiple channels.

Core Logic

Generates sentiment-aware messages calibrated to customer technical literacy (0-10 scale) with Flesch-Kincaid readability optimization. Produces 3 channel variants: SMS (160 char), Email (comprehensive), App (brief). Applies anxiety-reduction messaging with confidence-dependent reassurance levels. Tools: MESSAGE_GENERATOR, SENTIMENT_ANALYZER, CHANNEL_FORMATTER. Complexity: O(n), <3ms.

ACTIVE #5
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AI Agent

Quality Assurance Agent

Resolution plans may contain cost outliers, incompatible parts, unrealistic timelines, or non-compliant recommendations that erode customer trust and increase operational costs.

Core Logic

Performs multi-layer statistical validation using Z-score analysis for cost outlier detection: `Z = (X - ฮผ) / ฯƒ`. Validates 5 layers: confidence threshold (โ‰ฅ70%), parts compatibility, service capability, cost reasonableness, timeline feasibility. Uses Beta distribution for confidence: `confidence = (ฮฑ / (ฮฑ + ฮฒ)) ร— 100`. Pass threshold: 4 of 5 checks. Tools: COST_VALIDATOR, COMPATIBILITY_CHECKER, TIMELINE_ANALYZER. Complexity: O(n), <5ms.

ACTIVE #6
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Technical Details

Worker Overview

Technical specifications, architecture, and interface preview

System Overview

Technical documentation

A production-grade multi-agent orchestration system featuring circuit breaker fault tolerance, distributed tracing, SLO monitoring, and advanced algorithms including Bayesian confidence scoring, MCDA optimization, and Haversine geospatial routing.

Tech Stack

4 technologies

RxJS BehaviorSubjects for reactive state management

LLM integration (GPT-4, Claude) with token tracking

Vector store for RAG document retrieval with cosine similarity

OpenTelemetry-compatible distributed tracing infrastructure

Architecture Diagram

System flow visualization

Enterprise Automotive Emergency Resolution System Architecture
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