Sunday, November 17, 2024
HomeCVE/vulnerabilityA Critical Software Bug Turns an Airplane to the Wrong Way -...

A Critical Software Bug Turns an Airplane to the Wrong Way – Turned Right Instead of Left

Published on

Recently, security researchers have discovered a very distinct software bug that is marked as a very critical software bug, as it turns an airplane in the wrong way. 

Nav Canada firstly identified this bug in 2017 on a Bombardier CRJ-200, which makes the aircraft to switch to the wrong way, in short, this bug turns the airplane to right instead of left if pilots regulate the pre-set height limit.

Soon after the incident, it was reported to the appropriate authority, and the other reason for this software bug is that the pilots used the FMS’s temperature compensation function in a remarkably cold climate.

- Advertisement - SIEM as a Service

What’s the problem?

As we said that due to the use of FM’S temperature compensation function by the pilots in a very cold climate, a critical software bug took place as it turns an airplane in the wrong way, or we can say that instead of left they turn towards the right. 

Well, the pilots also said that the airplane just turns to the wrong way as it was heeding the published missed approach, and they also said that this type of misconception generally does not occur.

But, according to one of the professional aviators, selecting the altitude correctly or utilizing temperature compensation does not really alter the flight segment. Thus we can say that just because of the design error, the software imagines the flight division has shifted.  

Moreover, disabling the FMS automatic features are done by the aircraft’s configuration strapping unit (CSU) and reviewing the airplane flight manual (AFM) reservations segment. 

However, Rockwell Collins opposed the FAA and the prescribed steps that are to be perceived regarding it; thus, in Europe this week, it was published that a necessary airworthiness directive organization operators of CRJ-200 aircraft to impair the automatic temperature compensation till mid-June.

After all this discussion, the FAA was not satisfied by this decision, thus disagreed in disabling the FMS feature as it is necessary to address the unsafe condition. And both companies disagreed with the banned of the FMS automatic feature. 

They declared that a software fix would be more accessible to achieve rather than forbidding the use of the electronic calculator.

Well, all have this much idea that all the bugs that took place in the flight are very uncommon. And both Airbus and Boeing have discovered that most of the airline bugs serve to be unexpected memory overflows over the year. 

Moreover, there is a design that is owned by Bombardier, the Airbus A220, that has gone through the same software-induced issues with its engines last year. In contrast, the Boeing 737 was found to have a unique bug that has blanked all cockpit, and it also shows if pilots attempted to land on one of seven distinct runways in the whole world.

So, what do you think about this? Share all your views and thoughts in the comment section below.

Also Read: Radio Tech Used to Hack Everything From Airplanes to Defibrillators

Balaji
Balaji
BALAJI is an Ex-Security Researcher (Threat Research Labs) at Comodo Cybersecurity. Editor-in-Chief & Co-Founder - Cyber Security News & GBHackers On Security.

Latest articles

Critical TP-Link DHCP Vulnerability Let Attackers Execute Arbitrary Code Remotely

A critical security flaw has been uncovered in certain TP-Link routers, potentially allowing malicious...

Chinese SilkSpecter Hackers Attacking Black Friday Shoppers

SilkSpecter, a Chinese financially motivated threat actor, launched a sophisticated phishing campaign targeting e-commerce...

Cybercriminals Launch SEO Poisoning Attack to Lure Shoppers to Fake Online Stores

The research revealed how threat actors exploit SEO poisoning to redirect unsuspecting users to...

Black Basta Ransomware Leveraging Social Engineering For Malware Deployment

Black Basta, a prominent ransomware group, has rapidly gained notoriety since its emergence in...

Free Webinar

Protect Websites & APIs from Malware Attack

Malware targeting customer-facing websites and API applications poses significant risks, including compliance violations, defacements, and even blacklisting.

Join us for an insightful webinar featuring Vivek Gopalan, VP of Products at Indusface, as he shares effective strategies for safeguarding websites and APIs against malware.

Discussion points

Scan DOM, internal links, and JavaScript libraries for hidden malware.
Detect website defacements in real time.
Protect your brand by monitoring for potential blacklisting.
Prevent malware from infiltrating your server and cloud infrastructure.

More like this

Critical Laravel Vulnerability CVE-2024-52301 Allows Unauthorized Access

CVE-2024-52301 is a critical vulnerability identified in Laravel, a widely used PHP framework for...

4M+ WordPress Websites to Attacks, Following Plugin Vulnerability

A critical vulnerability has been discovered in the popular "Really Simple Security" WordPress plugin,...

CISA Warns of Actors Exploiting Two Palo Alto Networks Vulnerabilities

The Cybersecurity and Infrastructure Security Agency (CISA) has issued an urgent alert and added...