Tolling Insights Solution

Lightworks for Tolling Insights is an advanced mobility‑analytics solution that provides detailed understanding of roadway usage, traffic behavior, and revenue‑impact drivers for toll operators and transportation agencies. It delivers high‑resolution origin–destination patterns, corridor performance insights, demand forecasting, and behavioral analysis to support planning, pricing strategy, infrastructure investments, and operational optimization—without relying on physical sensors or manual data collection.

Features

• Comprehensive origin–destination analytics for tolled and alternative routes
• Insight into vehicle choice behavior between tolled and non‑tolled corridors
• Traffic‑volume estimates across full networks, including AADT and peak‑hour flows
• Route‑choice modeling based on congestion, cost, and travel‑time patterns
• Performance dashboards for corridor usage and revenue‑related indicators
• Multi‑year historical datasets for trend and elasticity analysis
• Model‑ready data exports for planning, pricing and engineering tools

Capabilities

• Identifies diversion patterns resulting from toll changes, construction, or congestion
• Supports toll‑rate strategy through behavioral and demand elasticity insights
• Analyzes usage across sub‑segments such as passenger vehicles and commercial fleets
• Provides baseline and scenario forecasting for new or modified tolling infrastructure
• Helps evaluate network performance, reliability, and bottlenecks
• Integrates with other Lightworks mobility datasets for multimodal and network‑wide analysis

Benefits

• Improves toll‑system planning with real‑world, defensible mobility data
• Reduces reliance on expensive on‑site counts and complex traditional studies
• Supports revenue forecasting with more accurate demand modeling
• Enhances policy and pricing decisions using observed route‑choice behavior
• Identifies opportunities to optimize tolled corridor performance and reliability
• Strengthens investment decisions by understanding true corridor demand and diversion