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Transportation

Bus

Overview

Global public transportation systems handle over 50% of urban travel but face high accident rates, with more than one million accidents annually. Dahua's bus-mounted solutions help significantly reduce accident rates and enhance operational safety through intelligent monitoring, driver behavior analysis, passenger flow statistics, and real-time early warning systems. They provide scientific operational data and deliver efficient, reliable technical support for public transportation systems worldwide.

1

Driving Seat

2

Vehicle blind spots

3

Bus door

1

Driving Seat

2

Vehicle blind spots

3

Bus door

Driving Seat

Challenges

Public buses operate in complex urban traffic environments, with most accidents stemming from driver fatigue or distracted driving, resulting in loss of life and property. Installing active safety systems provides multiple safety alerts, including fatigue detection, collision warnings, and lane departure warnings.

Public buses operate in complex urban traffic environments, with most accidents stemming from driver fatigue or distracted driving, resulting in loss of life and property. Installing active safety systems provides multiple safety alerts, including fatigue detection, collision warnings, and lane departure warnings.

What We Offer

Active safety

Using DMS cameras and ADAS systems, the system continuously monitors driver misconduct (such as smoking, using phones, yawning, or closing eyes) and hazardous driving conditions (such as following too closely or lane drifting). It triggers audible and visual alerts to prompt immediate correction and reports incidents to the central platform. Vehicles that repeatedly exhibit dangerous driving behavior are subject to remote manual intervention.

Active safety

Vehicle blind spots

Challenges

Buses have significant blind spots—including four major areas: the front blind spot, rear blind spot, mirror blind spot, and A/B-pillar blind spot—making collisions with pedestrians and non-motorized vehicles in these areas common and often resulting in serious accidents with casualties.

Buses have significant blind spots—including four major areas: the front blind spot, rear blind spot, mirror blind spot, and A/B-pillar blind spot—making collisions with pedestrians and non-motorized vehicles in these areas common and often resulting in serious accidents with casualties.

What We Offer

360° Surround view

Surround-view cameras installed around the vehicle body generate a 360-degree panoramic view of the surrounding environment through image synthesis, distortion correction, and raw image overlay and fusion technology. This real-time feed is transmitted to the display screen, providing drivers with comprehensive visibility during turns or reversing maneuvers to enhance situational awareness.

360° Surround view

Bus door

Challenges

Bus dispatchers often lack access to detailed passenger flow data across routes, which hinders efforts to optimize capacity utilization and plan new routes. By deploying passenger flow cameras at boarding and alighting doors, data on passenger volumes at each stop along every route can be collected, providing reliable insights for bus companies to improve route operations.

Bus dispatchers often lack access to detailed passenger flow data across routes, which hinders efforts to optimize capacity utilization and plan new routes. By deploying passenger flow cameras at boarding and alighting doors, data on passenger volumes at each stop along every route can be collected, providing reliable insights for bus companies to improve route operations.

What We Offer

Passenger flow statistics

By installing passenger flow counting cameras above boarding and alighting doors, the system intelligently tracks and counts passengers boarding and alighting in coordination with vehicle door opening/closing signals. Data is aggregated by stop and time and reported to the central platform, aiding precise spatiotemporal passenger flow analysis to optimize bus scheduling and dispatch.

Passenger flow statistics