Over the past decade, the automotive industry has been undergoing structural changes in terms of electrification of automotive mechanism, engine downsizing, emission regulations, enhancing safety features, and vehicle connectivity to produce vehicles that are safer and more efficient. Despite significant progress made in terms of safety, on-road accidents and collision rates remain high. This has led to the R&D of some of the most advanced life-saving systems and technologies such as driver state monitoring systems in the automotive industry.

PART 01: Executive summary

Highlights

PART 02: Scope of the report

Report coverage

Top-vendor offerings

PART 03: Market research methodology

Research methodology

Economic indicators

PART 04: Introduction

Key market highlights

Need for driver state monitoring system

Overview of driver state monitoring system

Market dynamics of driver state monitoring system

Value chain of driver state monitoring system

Regulatory framework

PART 05: Market landscape

Market overview

Five forces analysis

PART 06: Market segmentation by geography

Commercial vehicle driver state monitoring system

market in the Americas

Commercial vehicle driver state monitoring system

market in EMEA

Commercial vehicle driver state monitoring system

market in APAC

PART 07: Key leading countries

Leading countries in global commercial vehicle driver

state monitoring system market

PART 08: Market drivers

Need for technology that can curb road accidents caused

due to drowsiness in drivers

Mandates and regulations imposed by governments on

use of crash warning technologies

Advanced driver assistance safety features becoming

product differentiators in heavy-duty trucks

PART 09: Market challenges

High pricing of driver assistive safety technology leading

to low adoption rate

Limitations in accurate measurement of level of fatigue,

concentration, and drowsiness

High costs of development and perceived value among

customers versus actual value

PART 10: Market trends

Advances in vision-based sensors and processors with

complex algorithms to ensure accuracy

Cost reduction in advanced driver assistive technologies

with development of cheaper yet robust materials

Development of advanced pupil-tracking technologies to

eliminate false positives

PART 11: Vendor landscape

Competitive benchmarking

Other prominent vendors

PART 12: Key vendor analysis

Bosch

EDGE3 Technologies

Seeing Machines

Takata

PART 13: Appendix

List of abbreviations

PART 14: Explore Technavio