What is Advanced Driver Assistance Software? How Does it Add to Road Safety?

Advanced Driver Assistance Software


Human distractions or negligence are common on roads. But should they be accepted? Never! It’s totally risky. Almost 94% of crashes on the road are due to human errors while the remaining 6% result from environmental factors or mechanical failures.

We can control mechanical failures by engineering more robust parts in the future but we cannot control this basic human nature. That’s why we saw the development of technological advancements like Advanced Driver Assistance Software (ADAS). 


This cutting-edge technology is disrupting the automotive industry by making driving experiences safe and secure for vehicle operators. Let’s further understand how this technology works even in low visibility and in self-driving cars.

What is Advanced Driver Assistance Software (ADAS)?

Advanced Driver Assistance Software (ADAS) system is a combination of software and hardware that assists drivers in the safe operations of vehicles. The ADAS systems utilize GPS trackers, sensors, dash cameras, and IoT technologies to assess the vehicle’s surroundings for noticing signs of any collision or accidental risks. 


ADAS's purpose is to ensure driver safety, enhance vehicle efficiency, and make driving activities risk-free and safe.

Benefits of Advanced Driver Assistance Software

  • Ensures driver and vehicle safety - ADAS provides real-time assistance and warnings to drivers, which ensures safe driving events.

  • Improved Fuel Efficiency -  ADAS with adaptive cruise control feature helps optimise vehicle speed which reduces fuel consumption.

  • Convenient Driving Experience - ADAS systems comprising features like parking assistance make driving more convenient and stress-free.

  • Autonomous Driving - ADAS can easily perceive a vehicle's environment, control the vehicle's movements, and make driving decisions.

  • Video Supervision - The technology provides visual data on surrounding cars that are overspeeding or about to collide — which helps prevent accidents big time.

  • Better driver feedback - Drivers can get visual proofs and evidence to look through their driving patterns which helps them imbibe safe driving practices.

  • Environment Sustainability - The ADAS system ensures a smooth driving experience, resulting in better traffic flow. All this together yields reduced fuel consumption and emission, which keeps environmental sustainability in check.

What ADAS Systems Help With?

ADAS systems allow drivers to stay alert about the vehicle’s surroundings with the following alerts and solutions.

1. Lane Departure Warning (LDW)

ADAS system offers lane departure warning (LDW), where cameras & sensors detect vehicles switching lanes. It alerts drivers through audio or visual-based feedback, to avoid any accidental risks.

2. Rear collision alert

The ADAS system offers a rear collision alert whenever any vehicle from the surrounding is about to collide. 

3. Adaptive Cruise Control (ACC)

ACC aka adaptive cruise control in the ADAS system helps maintain a safe following distance from the vehicle ahead. It helps automatically adjust the vehicle’s speed. Whenever the vehicle is encountered in close proximity to another vehicle, it helps accelerate, decelerate, or even stop the vehicle to prevent a collision.

4. Automatic Emergency Braking (AEB)

AEB or automatic emergency braking as a part of the ADAS software helps prevent collisions by automatically putting brakes (in case drivers fail to). This feature is very useful in preventing major accidents from happening.

5. Blind Spot Monitoring (BSM)

BSM or blind spot monitoring (BSM) as a part of the ADAS system uses sensors to detect vehicles that are in the driver's blind spot. Basically when vehicles aren’t visible to drivers. Most systems offer warnings through visual indicators in the side mirrors; to prevent overtaking or lane changing.

Can ADAS System Work in Low Visibility?

Yes, ADAS systems work just fine even if there is any fog or drivers are unable to see what’s ahead. 


ADAS works through video telematics technology comprising weatherproofed sensors and V2I and V2X connectivity. The entire combination is capable of detecting mobility and danger patterns even when visibility is low.

Are ADAS Systems Compatible for Self-Driving Vehicles?

ADAS technologies are a huge part of self-driving vehicles. Modern self-driving cars or commercial vehicles use machine learning (ML) principles to operate them. The ADAS systems can easily be paired to ML to automatically accelerate, de-accelerate, and put brakes if any danger is suspected.

Shortcomings of ADAS Systems - That Need Working

Even after boasting several benefits, ADAS systems are still challenging to implement. 


  • These systems heavily need regular updates and maintenance.

  • Their dependency on accurate sensor data is huge.

  • Plus, industry-wide standardization and regulation are required to ensure the consistent functioning of the ADAS systems across different vehicles.


Going forward, ADAS will integrate more advanced artificial intelligence technologies which would help enhance driving experience. Overall this technology will help make driving experiences more safe and autonomous, to reduce accidents.

Final Words

Advanced driver assistance software is a groundbreaking innovation for automotive technology. It not only enhances safety but it builds a solid foundation for futuristic autonomous vehicles. 


ADAS system with a combination of sensors, cameras, radar, GPS, and advanced software algorithms is a way to safe and secure driving experiences. TrackoBit’s fleet management software led by ADAS systems lets you effortlessly perceive the vehicle's movement and environment to ensure safety, efficiency, and convenience on the roads. 


Related Blog:- What is Location Based Tracking? How it Works? Its Applications


Using Driver Behavior Analysis For Higher Fleet Efficiency

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