Saturday, May 16, 2020

Canadian University Breached



Universities have been targeted for well over a decade. These institutions are the steward of their student’s data and information. As this is valuable for the persons attacking the institutions, the attacks tend to be rather frequent. Recently, York University, a university in Canada was successfully attacked.
Attack Timing
When you are planning an attack, you probably don’t want to begin this when the cybersecurity staff is there, monitoring the systems, and ready to address the attack right after it is detected. It would be much better to wait until there is not a full staff present to work to stop the attack.

The attackers took the page from the standardized attack playbook and began their attack on Friday evening. At this point, the staff was headed home for the weekend and not thinking about cybersecurity.

Attack
The attackers were focused on the areas which were holding the data, which they were seeking to exfiltrate. The target, in this case, were the servers and workstations at the University.

Mitigation
While the attack was timed well, the staff was able to detect this quickly. Without their work, the attack effects would have been much worse. The staff was able to directly address this to limit the successful aspects of the attack. The primary method to resolve this was to shut down the University’s computer systems, disconnecting these from the internet.

After the attack, they also contracted with external computer forensic professionals. Their role was to fully research the attack. The attack, per the University, was complex. Regardless of this, the research work will take a fair amount of time to fully complete.

Over the weekend the University was able to restore the Office 365, password change, on-campus student access to the internet, and the University website.

The University also worked on restoring the VPN for HR and Finance, central mail, and the remaining faculty websites.

The University is requiring everyone with the University to reset their passwords. This was directly due to the successful attack.

Additional Information?
At this stage, there has not been much information provided. The forensic examination would require the time needed to fully explore the attack. As much as possible, every facet needs to be detailed and correct.

While this is the standard operating procedure, the University has not provided much information regarding the attack. This should be released so that the industry can learn from this.
One aspect the students did not appreciate was the lack of communication from the attack. The University did not communicate this to the students. The students had to learn of this from statements posted online and on social media. With an attack of this nature, potentially having their data compromised to whoever did the attack, really should have had an official communication.

Resources
Cameroon Magazine. (2020, April 5). York university falls victim to a serious attack. Retrieved from https://fr.cameroonmagazine.com/actualite-internationale/york-university-falls-victim-to-a-serious-cyber-attack-news/
CBC News. (2020, May 4). Students, experts call for explanation after York university suffers ‘extremely serious’ cyber attack. Retrieved from https://www.cbc.ca/news/canada/toronto/york-university-cyber-attack-1.5555106  
DH Toronto Staff. (2020, May 4). York university falls victim to a “serious cyber attack”. Retrieved from https://dailyhive.com/toronto/york-university-serious-cyber-attack  

Thursday, May 7, 2020

GoDaddy continues with its cybersecurity issue trend



Everyone knows of GoDaddy (https://www.godaddy.com/) and their services. Years ago, the business became a household name with their commercials. Since this time, the business has grown and become a bit more conservative, as evidenced by their website. This growth has made GoDaddy the world’s largest domain registrar with 19 million customers, 7 million managed domains, and millions of hosted websites. In comparison to GoDaddy’s peers, this is huge.

Breach
The short summary is there was a data breach focused on the web hosting account credentials. This is a rather serious issue for GoDaddy. With the amount of data held with the credentials and other confidential information held by GoDaddy from their clients, the targeting was no surprise.

The breach came to light in an indirect manner. The breach itself was not identified, but odd activity on a portion of the GoDaddy servers on April 17, 2020. Six days later on April 23, 2020, the customers affected were identified.

The breach itself allegedly occurred on October 19, 2019, or over six months ago, per the State of California Department of Justice. A notice was filed per the California Civil Code section 1798.29(e). This was disclosed by GoDaddy on May 4, 2020. The business only published and began to inform the affected persons in early May 2020.

This was confirmed by Demetrius Comes, the CISO and vice-president of engineering.

Method
Naturally, GoDaddy initiated an investigation. The parties concluded the unauthorized person acquired the login credentials. This meant they could connect to the SSH for the compromised accounts. Access makes the attack specifically useful.  Until the password was reset, the least the attacker could do would be to modify the websites with profane language, or inappropriate images.

Scope
Fortunately, this did not affect all the accounts. This did affect approximately 28k customers. This affected only the hosting accounts and did not involve the customer accounts, main GoDaddy.com customer account, or the personal information held within these. They do note, for what it’s worth, it does not appear any files were modified or added to the affected accounts. They were not able to definitely state if any of the files had been viewed or copied though. The latter is really where the issue is focused. If the files had been modified, this is clearly not a good thing. Since the business doesn’t know if these were viewed or copied, the conservative view is these were at least viewed and should be treated as such.

Mitigations
The business did take the conservative route, fortunately, and presumed there was access. To remove future issues on this specific point, the affected hosting account logins were toggled to require a reset. To assist and answer questions for the customers so the helpline was not inundated, an email was sent to the affected customers directing them to log in and the procedures to follow this. Without the reset, the customers would not have access to their hosting account. GoDaddy also, as a follow-up, the customers audit their hosting accounts for any anomalies. One of these may be admin accounts that were created by the unauthorized attacker.

When will this be over?
While the incident began over six months ago and the forensic work has been mostly completed, the investigation continues. It does appear GoDaddy’s actions did cease the attacker’s potential for access, GoDaddy is continuing to evaluate the breach’s effect across its environment. GoDaddy is not releasing much other information than what has been published already, unfortunately. The disclosure would be useful, as the other persons in the industry could learn from this.

Issues
Indeed, the breach on its own is an issue for obvious reasons. There are other significant, legitimate concerns though.

One of these is it is not known how many customers actually know their web hosting account credentials have been compromised. This is a problem, in that while the affected GoDaddy customers are unaware of their credentials floating through the internet we know and love, these may be used for malicious activities. In theory, if they wanted to bother the customers, they could log in, change the credentials and other information, and make it very difficult for the authentic owner to log into their account unless funds were to exchange hands. They may also access other information that they could use to the real owner’s detriment.

To investigate these matters certainly takes a significant amount of time. The evidence would be sparse and possibly spread among different systems, and difficult to correlate. The well-versed attacker would also attempt to remove their footprint from the attack(s) to further complicate the detection and forensic work. With all the factors combined, this is not such a simple task. Bearing this in mind, GoDaddy should have detected this well before the end of April 2020.  Perhaps their SIEM should have picked some form of anomalous activity up prior to the over six-month mark. Having their private information simply on sale or possibly being used for other, unauthorized means is not acceptable. Once the baseline breach information was accumulated and work done forensically on the system, the users should have been notified. Granted this should not have been immediate, and done at the appropriate time. It does appear this time was extended for some reason. Possibly the business wanted to be conservative and wait an extended period in the hope other evidence would come to rise. Instead of attempting to balance this, the customers really should have been notified earlier.

GoDaddy is offering a year of complimentary security and malware removal for the affected customers, which it should. A year though is a minimum amount of time. If I were the attacker, I now know what the benchmark is and would game the system with starting the individual attacks a year and a few days later.

Trend?
This isn’t the only oversight reported in recent weeks. On March 31, 2020, the illustrious yet distinguished Brian Krebs reported a GoDaddy staff member was a victim of a spear-phishing attack. The attack, post establishing a foothold, pivoted and successfully attacked a limited number of other GoDaddy domain customers.

Last year also, attackers used hundreds of compromised GoDaddy accounts to create 15k subdomains. A portion of these was designed to impersonate popular website accounts. Or to redirect possible victims to spam pages. Earlier in 2019, GoDaddy was inserting JavaScript into its US customer’s websites, without their authorization.

In 2018, GoDaddy publicly exposed high-level configuration data for tens of thousands of systems in AWS. This was due to a cloud storage misconfiguration.

Resources
Admin. (2020, May 5). GoDaddy hack breaches hosting account credentials. Retrieved from https://www.burhani.co/godaddy-hack-breaches-hosting-account-credentials/

Ahmed, D. (2020, May 5). GoDaddy admits data breach affecting web hosting account credentials of unknown number of customers. Retrieved from https://www.hackread.com/godaddy-data-breach-hackers-access-ssh-accounts/

Chamberland, C. (2020, May 5). 28,000 GoDaddy hosting accounts compromised. Retrieved from https://www.wordfence.com/blog/2020/05/28000-godaddy-hosting-accounts-compromised/


Corfield, G. (2020, May 5). GoDaddy hack: Miscreant goes AWOL with 28,000 users’ SSH login creds after vandalizing server-side file. Retrieved from https://www.theregister.co.uk/2020/05/05/godaddy_ssh_login_details_compromised/

Digital Bulletin. (2020, May 6). GoDaddy suffers data breach to 28,000 customer accounts. Retrieved from https://www.digitalbullet.in/news/godaddy-suffers-data-breach-to-28000-customer-accounts

DigitalMunition. (2020, May 6). GoDaddy hack breaches hosting account credentials. Retrieved from https://www.digitalmunition.me/godaddy-hack-breaches-hosting-account-credentials/

Duckett, C. (2020, May 5). GoDaddy reports data breach involving SSH access on hosting accounts. Retrieved from https://www.zdnet.com/article/godaddy-reports-data-breach-involving-ssh-access-on-hosting-accounts/

Editor. (2020, May 5). GoDaddy hack breaches hosting account credentials. Retrieved from https://flizzyy.com/godaddy-hack-breaches-hosting-account-credentials/

Gatlan, S. (2020, May 4). GoDaddy notifies users of breached hosting accounts. Retrieved from https://www.bleepingcomputer.com/news/security/godaddy-notifies-users-of-breached-hosting-accounts/

GoDaddy. (2020, May). GoDaddy help. Retrieved from https://www.godaddy.com/help/my-website-was-hacked-what-should-i-do-19945

Krebs, B. (2020, March 31). Phish of GoDaddy employee jeopardized escrow.com, among others. Retrieved from https://krebsonsecurity.com/2020/03/phish-of-godaddy-employee-jeopardized-escrow-com-among-others/

Montti, R. (2020, May 6). GoDaddy hosting breach undetected for 6 months. Retrieved from https://www.searchenginejournal.com/godaddy-hosting-exploit/366324/#close

Nelius, J. (2020, May 5). GoDaddy was apparently hacked last year, so check your hosting account credentials. Retrieved from https://gizmodo.com/godaddy-was-apparently-hacked-last-year-so-check-your-1843265524

Plato. (2020, May 6). GoDaddy hack-Attackers gained SSH access to customer hosting accounts. Retrieved from https://zephyrnet.com/godaddy-hack-attackers-gained-ssh-access-to-customer-hosting-accounts/

Rushax. (2020, May). GoDaddy hack 2020. Retrieved from https://rushax.com/godaddy-hack-2020/

Seals, T. (2020, May 5). GoDaddy hack breaches hosting account credentials. Retrieved from https://milled.com/aranet-llc/new-post-godaddy-hack-breaches-hosting-account-credentials-KJta5z1ytxueGwNC


Security Magazine. (2020, May 6). GoDaddy confirms data breach-28,000 customers affected. Retrieved from https://www.securitymagazine.com/articles/92314-godaddy-confirms-data-breach---28000-customers-affected

ThreatPost. (2020, May 5). GoDaddy hack breaches hosting account credentials. Retrieved from https://www.itsecuritynews.info/godaddy-hack-breaches-hosting-account-credentials/

Whitney, L. ( 2020, May 5). GoDaddy data breach shows why businesses need to better secure their customer data. Retrieved from https://www.techrepublic.com/article/godaddy-data-breach-shows-why-businesses-need-to-better-secure-their-customer-data/

Winder, D. (2019, May 5). GoDaddy confirms data breach: What customers need to know. Retrieved from https://www.forbes.com/sites/daveywinder/2020/05/05/godaddy-confirms-data-breach-what-19-million-customers-need-to-know/#3a91a6051daa

Wednesday, April 29, 2020

Lesson one: If you have a breach communicate


Universities are frequently targeted due to the amount of personal, confidential data being held. This is accumulated as part of the application process, along with on-going course attendance. One recent target has been the University of Warwick. The university is located in the Coventry in the UK, and is part of the Russell Group. While the details of the successful attack have not been published, this attack may have been invited in by one of the users. The issue may have all started with a user installing remote viewing software in 2019. At this point, the attackers were able to gain a foothold into the system and pivot into other areas, providing the data and information they sought.

Data
As to be expected, the attack had a focus. In this case, it was the usual data and information. The breach allowed the attackers access to student information. The attackers had also access to the staff and volunteer private information. This would provide the attackers the data needed for various unlawful acts, including taking over someone’s identity, getting credit in the other person’s name, and other fraudulent acts.

Multiple Breaches
In general, one breach is a bad operational defect. This can be devastating to the university, staff, and students in the short- and long-term. This can reach into the full network, or sections, based on the attack and target. If the attacker simply wants to exfiltrate data quickly that is marketable, they may breach the accounting or Human Resource networks. If they want to own the system and possibly extort funds, this is yet another avenue that may be best attacked with ransomware or other malware. In this case, the University was breached several times.

Problematic Factors
Simply stated, the university was breached. Granted, this is a rather unpleasant set of circumstances with potential legal consequences. There appears to be a systemic operational issue though with the breaches. First, there were multiple breaches within the university’s system in 2019. One is bad enough, with the damage that may be done. When you have multiple, the attackers know they are able to get in, get what they want, and exit with ease. If there were to have been an apprehension or concern on the part of the attackers, perhaps they would not have returned so brazenly. For them to return and enter unfettered is indicative of a larger issue.

With these multiple breaches, there is data, intellectual property, and other items possibly removed. There is also the opportunity for them to leave something behind, be it other back doors or malware, to make their life even easier if they would want to enter later. This has a clear impact on the staff and students. From the point in time for the breach, until the notification, the affected persons are blind to the attacker’s using their personal data and information, any researcher’s work product being in unauthorized hands, and generally being open to issues themselves. In this case, the university withheld this information.

One rationale for this was the university did not have the budget and resources to work on this. This, on its own, is an issue. Too many staff do not appreciate the cybersecurity role, and what this actually brings to the organization. Without a robust cybersecurity program in place, there will be issues and many unauthorized persons will have access to your private information. In other words, a reasonably prudent organization would have this in place to protect the data and information which has been given to it to manage and steward.

On another point, prior to the breach, the university was audited by the Information Commissioner’s Office, whose focus is data protection. The report, published in March, noted the chairperson of the university’s data protection privacy group (DPPG) should be replaced with an alternative with more experience. Upon receipt and review, the registrar completely agreed with their findings. Curiously, the registrar and Data Protection Officer are the same people. While the report is after the fact, the indicators had been present for some time and should have been acted on long ago. This report based on the audit was how the staff and students learned of the breaches and that their data had been compromised. Without this report, who knows when the university would have let anyone know of the circumstances. For some reason unbeknownst to many, the registrar joked about the audit, stating it was “tomato colored” and acting dismissive as to the possibility the data was at risk.  
In certain circles, not accomplishing this may be considered negligence.

Apparently, the lack of oversight and resources was to the extent the university may have known they were breached, however, had no idea of what data or systems had been impacted by the attack.

Mitigations
To overcome these problems, the university has created two additional committees to assist with the governance in this area and to provide advice. The university also put a new Chief Information and Digital Officer in place to better the cybersecurity stance.

Lessons
To fully fund the cybersecurity teams and the working group is still vital to operations, and any entity. If you are apathetic as to the network, operations, and any repercussions from a breach and being totally pwned by an unauthorized third party, there is an issue. In these times of budgetary constraints, allocating the resources can be a difficult task. The alternative though tends to be much more expensive financially in the short- and long-term, and provides the opportunity for the organization to be in the news, for all the wrong reasons. There needs to be some form of a balance with the operations. Without this in place, the organization is simply a target waiting to be breached and having to send out the breach notification letters.

There also needs to be the appropriate staff doing the appropriate tasks. There is room for staff with their specific expertise in any organization. When you someone in a role they do not have the experience for, you will have issues. At a senior management level in cybersecurity, there is not the time or the availability of resources to attempt to learn on the job. There will be areas that will be missed in tasks and functions as the person moves through the learning curve. This is not the first time someone has been placed in a management position in cybersecurity without the requisite experience, exemplary of the Peter Principle.

When you have a report publishing of record there are data breaches, as a member of management, you should not act apathetic and as if you are above the findings. The staff in charge of the cybersecurity for a university should take care of the data they are stewarding. They should care enough to ensure their staff and student’s information is not at risk. When an independent third party has to inform you of breaches, something should be done to protect the university, students, and staff other than commenting, as the registrar did, “If I tell you what, I ‘I must kill you.’”

This is a rather serious issue as the breach included personal data and access to the network, unfettered. There is in place during the breach of the GDPR. As time passes, it will be interesting to note if the government actually applies the GDPR or any of the like laws or statutes to the university for the significant error and indifference to the staff and students. The registrar’s response is one of the reasons why there are still numerous breaches.

Anyone affected by this should be wondering why the responsible staff are still present and working at the university, especially the registrar.

Resources
Jay, J. (2020, April 28). Warwick university suffered multiple breaches due to poor security protocols. Retrieved from https://www.teiss.co.uk/warwick-university-data-breaches/ 

Karageorgi, N., & Toms, O. (2020, April 27). University of warwick kept data breach secret from students and staff. Retrieved from https://theboar.org/2020/04/university-of-warwick-kept-data-breach-secret-from-students-and-staff-last-year/ 

Martin, A. (2020, April 27). The university of warwick was hacked and kept secret the breaches of students and staff. Retrieved from https://oltnews.com/the-university-of-warwick-was-hacked-and-kept-secret-the-breaches-of-students-and-staff 

Martin, A. (2020, April 27). Warwick university was hacked and kept breach secret from students and staff. Retrieved from https://news.sky.com/story/warwick-university-was-hacked-and-kept-breach-secret-from-students-and-staff-11978792 

Millman, R. (2020, April). GDPR ignored by warwick university? Retrieved from https://www.scmagazineuk.com/gdpr-ignored-warwick-university-failure-alert-staff-students-data-breach/article/1681689 

Rodger, J. (2020, April 27). Warwick university kept data hack secret from students and staff. Retrieved from https://www.birminghammail.co.uk/news/midlands-news/warwick-university-kept-data-hack-18156758 

Sandford, E. (2020, April 27). Hackers targeted university of warwick. Retrieved from https://www.coventrytelegraph.net/news/coventry-news/hackers-targeted-university-of-warwick-18157358

Thursday, April 23, 2020

Beaumont Hospital with more woes




Hospitals have an exceptionally important role in society-to provide medical treatment. If this is not important enough, taxing the staff, budgetary constraints, and operations in general, there is the COVID-19. To add to this mountain of woe is in one instance is Beaumont Hospital announcing a data breach from last year. Beaumont Health is Michigan’s largest healthcare system.

Incident
In May 2019, the Beaumont Health System email system was breached by an unauthorized third party. The attacker accessed several of Beaumont’s employee email accounts. A portion of these held patient data. The health system became aware of the breach on March 29, 2020. The attackers had access from May 23, 2019, through June 3, 2019. The press release and articles do not indicate how this was discovered or the attack vector (e.g. phishing, social engineering, or another tactic).

One question which should be asked is why detecting this takes nearly a year. During the year the 112k+ persons, or approximately 5% of the 2.3m patients the health system has records for, affected by this were living their lives, thinking everything was fine and there were no worries. This has also been estimated at approximately 114k patients. One day, the affected persons then receive a notice of the unauthorized access, the data compromised, and the hospital's regrets. Was the InfoSec team under-staffed or simply the SIEM was not configured to detect this activity?

The health systems investigation was not able to ascertain if any of the data was actually copied or downloaded by the attackers. In retrospect, if you were going to go to the work and resource use to breach a hospital, once you accomplished your goal, you would not simply walk away.

Data
The unauthorized access is problematic on its own level. To add insult to the injury, the data access included the patient’s name, date of birth, diagnosis, procedure, treatment location, treatment type, prescription information, Beaumont patient account number, and medical record numbers.
But wait; there’s more. A portion of this sample, approximately 460 patients, also had their social security numbers, financial account information, health insurance information, and driver’s license or state identification numbers involved with this. The data was held in emails and email attachments.
When we think through this, the data involved may be used in a myriad of ways. This includes taking over the patient’s identity, filing false tax returns, gaining credit cards in their name, etc. Also, the records could be ransom-wared off. This will add the concern to the already stressed population.

Post-Incident
To remediate the issue, Beaumont has taken steps to better their internal processes and procedures to better their cybersecurity stance. Their press release also notes they will be addressing future threats. The health system is also going to provide additional training for the staff.

The health system’s recommendations to the affected parties were to monitor their insurance statements. Granted this is obvious, however, more action on the health system’s part would have been warranted.

History repeats itself
It would be great to say this was a one-off incident and there has never been an issue. Unfortunately, this is not the case. This represents the second breach this year announced. The prior announcement was in January when the health system notified 1,182 patients that a former employee had been accessing the records of patients. These patients had received treatments after automobile accidents. This data was forwarded to a personal injury attorney.

Resources

Ainsworth, A. (2020, April 17). Beaumont health alerts patients that unauthorized third-party accessed emails containing personal information. Retrieved from https://www.clickondetroit.com/news/local/2020/04/17/beaumont-health-alerts-patients-that-unauthorized-third-party-accessed-emails-containing-personal-information/ 

Davis, J. (2020, April 21). Beaumont health reports 2019 data breach impacting 114k patients. Retrieved from https://healthitsecurity.com/news/beaumont-health-reports-2019-data-breach-impacting-114k-patients

Fox2 Detroit. (2020, April 18). Beaumont health says 112k patients were impacted by data breach. Retrieved from https://www.fox2detroit.com/news/beaumont-health-says-112k-patients-were-impacted-by-data-breach

HIPAA Journal. (2020, April 20). Beaumont health notifies 112,000 patients about may 19 data breach. Retrieved from https://www.hipaajournal.com/beaumont-health-notifies-112000-patients-about-may-2019-data-breach/


Stone, J. (2020, April 20). Detroit hospital network says data breach affected more than 100,000 patient accounts. Retrieved from https://www.cyberscoop.com/beaumont-health-data-breach/

Walsh, D. (2020, April 18). Data breach at Beaumont exposes information of 112,000 patients. Retrieved from https://www.modernhealthcare.com/cybersecurity/data-breach-beaumont-exposes-information-112000-patients

WXYZ. (2020, April). Beaumont says data incident impacted 112k people; names, SSNs and more were in emails accessed. Retrieved from https://www.wxyz.com/news/beaumont-says-data-incident-impacted-112k-people-names-ssns-and-more-were-in-emails-accessed

Monday, April 20, 2020

Vehicle cybersecurity still lacking: Ford Focus and Volkswagen Polo


Vehicles are becoming increasingly connected and complicated. The modules/equipment in the vehicle along with the connectivity makes the newer vehicles targets with many attack vectors. With these advances, the consumer would think cybersecurity would be the first thing on the engineer’s mind. Unfortunately, this is not always the case. It is likewise notable, there are many laws and statutes directed at the vehicles for emissions and other aspects of the vehicle. While these are indeed needed, there are no laws focused on the cybersecurity applied to vehicles. There is a handful of these in the works, however, at this stage, these are more voluntary and may be presented as more of a standard versus legislative action.

Successful breach
While these are noteworthy, generally, if an automobile the manufacturer does not have to or is strongly encouraged to, it is difficult to get the issue resolved and feature in the vehicle. A recent case in point involved a For Focus Titanium Automatic 1.0L and a Volkswagen Polo SEL TSI Manual 1.0L. These are both gas-powered vehicles and are very popular in Europe.
Researchers at Context Information Security were tasked with conducting a pentest of sorts on these two vehicles.

The research indicated there were rather serious cybersecurity flaws with the test vehicles. The researchers have reported these and are waiting until providing their test to the public as part of the responsible vulnerability disclosure process. This provides the manufactures time to correct or mitigate the issue, prior to sending the vulnerability, and how to attack it to anyone who has an internet connection.

Researcher’s attacks generalized
While the specifics are not available, the researchers did release general information regarding their successful attacks. As a recap, the subject vehicles, and nearly all others at this point use the Controller Area Network (CAN) to communicate between the modules in each vehicle. These communications are relevant for tire pressure, driving controls, braking, steering, etc. If this is successfully attacked, the driver and passengers assuredly are going to have a bad day. This area was one where the researchers were able to successfully access the Polo.

There was also another vulnerability with OTA (over the air) updates. The vehicles have a number of computers and programs located with the vehicle’s system. These at times need to be updated. Think of it like when you turn off your computer and the system warns you there are patches that need to be uploaded for your system. To have the owners all make appointments to drive their vehicles in every time there is an update is not a workable solution and would halt any work that would need to be done in the repair/maintenance portion of the garages at the dealerships. The researchers were able to tamper with these updates, thus adding the malicious functionality of changing the official update to whatever they would want.

The researchers also found a vulnerability with the infotainment unit in the vehicle. This, when successfully attacked, would enable or disable the vehicle’s traction control, tamper with the headlights, and holds a large amount of personal data (e.g. phone contacts, and location history). This attack was accomplished with a simple command. For this attack, the researchers or bad actors would need to have physical access. While this is a hurdle, it is not impossible, especially since this would only take approximately five minutes.

There were other tests done, with mixed results.

The researchers, curiously, were able to find the Wi-Fi credentials that apparently were for the computer systems on the Ford production line. This is a rather significant and truly bad thing to have that easily accessible.

Resources
Chllingsworth, L. (2020, April 15). Which? Identifies security risk in these road vehicles as hackers may steal your data. Retrieved from https://www.express.co.uk/life-style/cars/1269260/which-ford-volkswagen-car-security-safety-hackers-crime
Forrester, N. (2020, April 15). Latest ford and Volkswagen smart cars pose ‘serious’ privacy and security risk. Retrieved from https://securitybrief.asia/story/latest-ford-and-volkswagen-smart-cars-pose-serious-privacy-and-security-risk
Hull, R. (2020, April 8). Popular ford and vw cars found to have ‘serious security flaws’ with their connected systems putting personal data and safety at risk. Retrieved from https://www.thisismoney.co.uk/money/cars/article-8201733/Popular-Fords-VWs-security-flaws-connected-tech.html
Laughlin, A. (2020, April 9). We hacked ford focus and a volkswagen polo. Retrieved from https://www.which.co.uk/news/2020/04/we-hacked-a-ford-focus-and-a-volkswagen-polo/
Thomas, P. (2020, April 10). Popular ford and vw cars found to have ‘serious security flaws’ with their connected systems putting personal data and safety at risk. Retrieved from https://www.iaati.org/news/entry/popular-ford-and-vw-cars-found-to-have-serious-security-flaws-with-their-co


Thursday, April 16, 2020

4CAN as another vehicle cybersecurity testing tool

Vehicle cybersecurity continues to grow in pertinence. This is especially the case with the CAV (connected and autonomous vehicle) as these advancements in technology application and improves in performance. The connected vehicles are already in place and used on the road. The autonomous vehicles are still being developed and tested. There will be a time when the scenes in movies, e.g. iRobot with the fleets of self-driving cars, are in place with the vehicles communicating with each other and the infrastructure (V2V, and V2I). 

As the prominence continues to grow, so does the potential for attack. This may be from the bad actors looking for their 15 minutes of fame, malicious attackers, or cybersecurity researchers. In each of these vehicles are also vastly more attack points than in prior years. The modern vehicles have hundreds of sensors feeding data to the vehicle regarding the vehicle and also the environment in which it is driving. These may be LiDAR, radar, cameras, microphones, and other sensors. These sensors provide real-time data to the vehicle and end-users on the vehicle’s operations, which is processed immediately dependent on the criticality. 

The attackers may have access to the vehicle’s computers through the vehicle’s WiFi, Bluetooth, or cellular means. While this is notable, the controller area network (CAN) is what carries the messages through the vehicle. 

4CAN
To better protect the vehicle, better tools have to be created, which is what was done in 3Q2019 by Cisco. 4CAN was originated by George Tarnovsky, who is a member of Cisco Customer Experience Assessment and Penetration Team (CX APT). This is a hardware tool and was released as open-source. This is a PiHat, meaning the 4CAN is attached on top of the Raspberry Pi. This was engineered to be used by all automobile security researchers. The focus is to test the sensors and computers within the vehicle to check for vulnerabilities. As noted, the bench setup is much cleaner, simpler, and easier to use. This changes a 4 piece set up, including two Beaglebone boards, to two pieces of equipment.  This also lessens the setup time for the lab staff. 

The 4CAN tool works to validate the communication policy for intra-CAN bus communication, fuzzing the sensors and modules to detect vulnerabilities, and use various CAN commands to interact with the vehicle. The interaction hopefully would also detect any sensor or module vulnerabilities with the messages being sent. The tool is designed to test four CAN channels at once. 

While the tools do have advanced capabilities and would suit many use cases, the 4CAN is able to complete these tests with a simplified bench set up. This assists the lab engineer to keep it simple and organized.

Resources
Arghire, I. (2019, August 23). New tool from cisco hunts flaws in automotive computers. Retrieved from https://www.securityweek.com/new-tool-cisco-hunts-flaws-automotive-computers 

CISOMAG. (2019, August 26). Cisco releases new security tool to identify vulnerabilities in connected cars. Retrieved from https://www.cisomag.com/cisco-releases-new-security-tool-to-identify-vulnerabilities-in-connected-cars/

DeTrano, A., Royes, J., & Valites, M. (2019, August 22). New 4CAN tool helps identify vulnerabilities in on-board car computers. Retrieved from https://blog.talosintelligence.com/2019/08/new-4can-tool-helps-identify.html

DeTrano, A. (2019, August 5).4CAN. Retrieved from https://github.com/alexdetrano/4CAN/tree/master/tools 

Haking. (n.d.). 4CAN-Open source security tool to find security vulnerabilities in modern cars. Retrieved from https://hakin9.org/4can-open-source-security-tool-to-find-security-vulnerabilities-in-modern-cars/ 

Meterpreter. (2020, April 16). Cisco releases 4CAN tool to find vulnerabilities in on-board car computers. Retrieved from https://meterpreter.org/cisco-releases-4can-tool-to-find-vulnerabilities-in-on-board-car-computers/ 

N, B. (2019, August 25). 4CAN-Cisco released new open source security tool to find security vulnerabilities in modern cars. Retrieved from https://gbhackers.com/4can/ 

Paganini, P. (2019, August 24). Cisco has released a hardware tool, called 4CAN, developed to help researchers to discover vulnerabilities in automotive systems. Retrieved from https://securityaffairs.co/wordpress/90317/hacking/4can-automotive-testing-tool.html

Friday, April 10, 2020

Ba-Zynga: Being hacked is no game



Mobile gaming is an exciting field to work in and play in. With the processing of phones currently, there is not the lag present years ago. There are many companies that create these games. One of these is Zynga. Zynga is a social online game developer. The company became popular approximately a decade ago with the mobile game Farmville. They also own Words with Friends, Zynga Poker, Mafia Wars, and Café World.
Data Exfiltrated
The Zynga website was successfully attacked. This affects the gamers on the iPhone and Android platforms who installed and signed up for ‘Words with Friends’ game on or before September 2, 2019. This specifically affects the logins for game Words With Friends, and by some reports also Draw Something. The breach was reported on September 12, 2019. There were more than 170M user names and passwords exfiltrated with this attack.

This affects those users who had signed up for Draw Something or Words With Friends prior to September 2, 2019. This database held the credentials for 172,869,660 accounts. These were stored with salted SHA-1 hashes. The database held names, email addresses, login IDs, hashed passwords with SHA1 with salt, password reset token if one was ever requested, phone numbers if provided, Facebook ID (if connected), and Zynga account ID. There was no financial information accessed.

Not the first time
The hacker, from Pakistan, was contacted to comment on this. The hacker handle for the person is Gnosticplayers. This is not the first time Gnosticplayers have been able to breach the defenses and exfiltrate data. They also had the pleasure of exfiltrating much smaller databases previously with approximately 7M passwords, which were not secured. These databases were for the discontinued game OMGPop.

Concerns
This was not the first or second time this has occurred with Zynga. This would indicate a distinct lack of care for the data entrusted to the company by the users and for cybersecurity in general. Zynga, every time a user registers and puts their data in the online form, entrusts Zynga to do the right thing with the data. This did not occur, clearly, since the same issue has been shown again and again.
On another point, the passwords were salted and hashed. Generally, when industry-standard hash protocols are used, this is a good security measure. The issue is, however, industry standards were not followed.

Zynga has also not elected to note how this attack occurred. While this is not something a company would want to be known for, this could have assisted others to learn from their oversight.
Mitigation
Once detected, Zynga did contract with a third-party forensics firm to assist with the investigation, as well as law enforcement. Naturally, they also contacted the affected users to change their passwords.

Resources
Dunham, J. (2019, December 19). 173 million accounts exposed in hack of ‘Words with Friends’ developer. Retrieved from https://www.ctvnews.ca/sci-tech/13-million-accounts-exposed-in-hack-of-words-with-friends-developer-1.4736646
Gonzalez, O. (2019, October 1). Zynga data breach exposed 200 million Words with Friends players. Retrieved from https://www.cnet.com/news/words-2ith-friends-hack-reportedly-exposes-data-of-more-than-200m-players/
Hern, A. (2019, December 19). 170M passwords stolen n zynga hack, monitor says. Retrieved from https://www.theguardian.com/games/2019/dec/19/170m-passwords-stoeln-in-zynga-words-2ith-friends-hack-monitor-says
Ivanova, I. (2019, October 2). Zynga data breach exposed 200 million Words with Friends players. Retrieved from https://www.cbsnews.com/news/words-with-friends-hack-zynga-data-breach-exposes-200-million-users/
Khandelwal, S. (2019, September 29). Exclusive-Hacker steals over 218 million zynga ‘Words with Friends’ gamers data. Retrieved from https://thehackernews.com/2019/09/zynga-game-hacking.html
Knight, S. (2019, October 1). Zynga hacked, more than 200 million accounts compromised. Retrieved from https://www.techspot.com/news/82150-zynga-hacked-more-than-200-million-accounts-compromised.html
Lakshmanan, R. (2019, October 1). 219M ‘Words with Friends’ players’ data reportedly stolen zynga hack (updated). Retrieved from https://thenextweb.com/security/2019/10/02/218m-words-with-friends-players-data-reportedly-stolen-in-zynga-hack/
Lyons, K. (2019, December 19). Zynga hack affected 170 million accounts. Retrieved from https://www.theverge.com/2019/12/19/21029682/zynga-hack-words-with-friends-draw-something-password-data-breach
Page, C. (2019, September 30). Zynga hack exposes data of 218 million Words with Friends players. Retrieved from https://www.theinquirer.net/inquirer/news/3082078/zynga-ack-words-with-frie
Zynga. (2019, September 12). Player security announcement.
Zynga. (2019). Protecting your account. Retrieved from https://www.zynga.com/security/protecting-your-account