#FactCheck - AI Generated Photo Circulating Online Misleads About BARC Building Redesign

Introduction

Devices and interconnectivity are the pipelines which drive the data into cyberspace, and in turn, the users consume this data to perform different tasks in the digital age. The security of devices and networks is essential as they are the first defenders of cyberspace. Bad actors often target systems and networks with malware and ransomware, these attacks are differently motivated, but all wreak havoc upon the system and can impact individuals and organisations alike. Mobile users worldwide prefer iOS or Android, but both operating systems are vulnerable to cyberattacks these days. Some of these attacks go undetected for a long time.

Op Triangulation

As reported by Kaspersky, While monitoring the network traffic of their own corporate Wi-Fi network dedicated to mobile devices using the Kaspersky Unified Monitoring and Analysis Platform (KUMA), Kaspersky noticed suspicious activity that originated from several iOS-based phones. Since it is impossible to inspect modern iOS devices from the inside, they created offline backups of the devices in question, inspected them using the Mobile Verification Toolkit’s mvt-ios and discovered traces of compromise. This is known as Operation Triangulation and has been in action since 2019 and got detected in 2023.

The Malware

A portion of the filesystem, including some of the user data and service databases, is included in mobile device backups. The files, directories, and database entries’ timestamps make it possible to reconstruct the events that happened to the device roughly. The “timeline.csv” file created by the mvt-ios software contains a sorted timeline of events that is comparable to the super-timeline utilised by traditional digital forensic tools. Pinpointing particular artefacts that show the compromise using this timeframe. This made it possible to advance the research and reassemble the broad infection sequence:

Through the iMessage service, a message with an attachment containing an exploit is delivered to the target iOS device.

The message initiates a vulnerability that results in code execution without any user input.

The exploit’s code downloads multiple additional stages, including additional exploits for privilege escalation, from the C&C server.

After successful exploitation, a fully functional APT platform is downloaded as the final payload from the C&C server.

The first message and the attachment’s exploit are removed

The lack of persistence support in the harmful toolset is most likely a result of OS restrictions. Multiple devices’ timeframes suggest that after rebooting, they might get infected again. The earliest signs of infection that we found date to 2019. The most recent version of the devices that have been successfully attacked as of the time of writing in June 2023 is iOS 15.7.

The final payload analysis is still ongoing. The programme executes with root rights, implements a set of commands for gathering user and system data, and can run any code downloaded as plugin modules from the C&C server.

Malicious Domains

Using the forensic artefacts, it was possible to identify the domain name set used by the exploits and further malicious stages. They can be used to check the DNS logs for historical information and to identify the devices currently running the malware:

addatamarket[.]net

backuprabbit[.]com

businessvideonews[.]com

cloudsponcer[.]com

datamarketplace[.]net

mobilegamerstats[.]com

snoweeanalytics[.]com

tagclick-cdn[.]com

topographyupdates[.]com

unlimitedteacup[.]com

virtuallaughing[.]com

web-trackers[.]com

growthtransport[.]com

anstv[.]netAns7tv[.]net

Safeguards for iOS users

Despite its world-class safety and privacy architecture, iOS is vulnerable to a few attacks; the following steps can be undertaken to safeguard iOS users –

Keeping Device updated

Security patches

Disabling iMessage would prevent Zero clicks exploits or the Triangulation attacks

Paying zero attention to unwanted, unsolicited messages

The user should make sure that any application they are downloading or installing; it should be from a trusted source ( This Zero click attack does not occur by any other means, It exploits / it targets software vulnerabilities in operating systems networks and applications)

Being cautious with the messaging app and emails

Implement device restrictions (management features like parental control and restrictions over using necessary applications)

Conclusion

Operation Triangulation is one of the recent operations combating cyber attacks, but such operations are launched nearly daily. This is also due to a rapid rise in internet and technology penetration across the world. Cyberattacks have taken a new face as they have evolved with the new and emerging technology. The influence of the Darknet has allowed many hackers to remain on the black hat side due to easy accessibility to illegal tools and material over the dark net, which facilitates such crimes.

Introduction:

This Op-ed sheds light on the perspectives of the US and China regarding cyber espionage. Additionally, it seeks to analyze China's response to the US accusation regarding cyber espionage.

What is Cyber espionage?

Cyber espionage or cyber spying is the act of obtaining personal, sensitive, or proprietary information from individuals without their knowledge or consent. In an increasingly transparent and technological society, the ability to control the private information an individual reveals on the Internet and the ability of others to access that information are a growing concern. This includes storage and retrieval of e-mail by third parties, social media, search engines, data mining, GPS tracking, the explosion of smartphone usage, and many other technology considerations. In the age of big data, there is a growing concern for privacy issues surrounding the storage and misuse of personal data and non-consensual mining of private information by companies, criminals, and governments. 

Cyber espionage aims for economic, political, and technological gain. Fox example Stuxnet (2010) cyber-attack by the US and its allies Israel against Iran’s Nuclear facilities. Three espionage tools were discovered connected to Stuxnet, such as Gauss, FLAME and DuQu, for stealing data such as passwords, screenshots, Bluetooth, Skype functions, etc.

Cyber espionage is one of the most significant and intriguing international challenges globally. Many nations and international bodies, such as the US and China, have created their definitions and have always struggled over cyber espionage norms.

The US Perspective

In 2009, US officials (along with other allied countries) mentioned that cyber espionage was acceptable if it safeguarded national security, although they condemned economically motivated cyber espionage. Even the Director of National Intelligence said in 2013 that foreign intelligence capabilities cannot steal foreign companies' trade secrets to benefit their firms. This stance is consistent with the Economic Espionage Act (EEA) of 1996, particularly Section 1831, which prohibits economic espionage. This includes the theft of a trade secret that "will benefit any foreign government, foreign agent or foreign instrumentality. 

Second, the US advocates for cybersecurity market standards and strongly opposes transferring personal data extracted from the US Office of Personnel Management (OPM) to cybercrime markets. Furthermore, China has been reported to sell OPM data on illicit markets. It became a grave concern for the US government when the Chinese government managed to acquire sensitive details of 22.1 million US government workers through cyber intrusions in 2014.

Third, Cyber-espionage is acceptable unless it’s utilized for Doxing, which involves disclosing personal information about someone online without their consent and using it as a tool for political influence operations. However, Western academics and scholars have endeavoured to distinguish between doxing and whistleblowing. They argue that whistleblowing, exemplified by events like the Snowden Leaks and Vault 7 disclosures, serves the interests of US citizens. In the US, being regarded as an open society, certain disclosures are not promoted but rather required by mandate.

Fourth, the US argues that there is no cyber espionage against critical infrastructure during peacetime. According to the US, there are 16 critical infrastructure sectors, including chemical, nuclear, energy, defence, food, water, and so on. These sectors are considered essential to the US, and any disruption or harm would impact security, national public health and national economic security.

The US concern regarding China’s cyber espionage

According to James Lewis (a senior vice president at the Center for US-China Economic and Security Review Commission), the US faces losses between $ 20 billion and $30 billion annually due to China’s cyberespionage. The 2018 U.S. Trade Representative (USTR) Section 301 report highlighted instances, where the Chinese government and executives from Chinese companies engaged in clandestine cyber intrusions to obtaining commercially valuable information from the U.S. businesses, such as in 2018 where officials from China’s Ministry of State Security, stole trade from General Electric aviation and other aerospace companies.    

China's response to the US accusations of cyber espionage

China's perspective on cyber espionage is outlined by its 2014 anti-espionage law, which was revised in 2023. Article 1 of this legislation is formulated to prevent, halt, and punish espionage actions to maintain national security. Article 4 addresses the act of espionage and does not differentiate between state-sponsored cyber espionage for economic purposes and state-sponsored cyber espionage for national security purposes. However, China doesn't make a clear difference between government-to-government hacking (spying) and government-to-corporate sector hacking, unlike the US. This distinction is less apparent in China due to its strong state-owned enterprise (SOE) sector. However, military spying is considered part of the national interest in the US, while corporate spying is considered a crime.

China asserts that the US has established cyber norms concerning cyber espionage to normalize public attribution as acceptable conduct. This is achieved by targeting China for cyber operations, imposing sanctions on accused Chinese individuals, and making political accusations, such as blaming China and Russia for meddling in US elections. Despite all this, Washington D.C has never taken responsibility for the infamous Flame and Stuxnet cyber operations, which were widely recognized as part of a broader collaborative initiative known as Operation Olympic Games between the US and Israel. Additionally, the US takes the lead in surveillance activities conducted against China, Russia, German Chancellor Angela Merkel, the United Nations (UN) Secretary-General, and several French presidents. Surveillance programs such as Irritant Horn, Stellar Wind, Bvp47, the Hive, and PRISM are recognized as tools used by the US to monitor both allies and adversaries to maintain global hegemony.

China urges the US to cease its smear campaign associated with Volt Typhoon’s cyberattack for cyber espionage, citing the publication of a report titled “Volt Typhoon: A Conspiratorial Swindling Campaign Targets with U.S. Congress and Taxpayers Conducted by U.S. Intelligence Community” by China's National Computer Virus Emergency Response Centre and the 360 Digital Security Group on 15 April. According to the report, 'Volt Typhoon' is a ransomware cyber criminal group self-identified as the 'Dark Power' and is not affiliated with any state or region. Multiple cybersecurity authorities in the US collaborated to fabricate this story just for more budgets from Congress. In the meantime, Microsoft and other U.S. cybersecurity firms are seeking more big contracts from US cybersecurity authorities. The reality behind “Volt Typhoon '' is a conspiratorial swindling campaign to achieve two objectives by amplifying the "China threat theory" and cheating money from the U.S. Congress and taxpayers.

Beijing condemned the US claims of cyber espionage without any solid evidence. China also blames the US for economic espionage by citing the European Parliament report that the National Security Agency (NSA) was also involved in assisting Boeing in beating Airbus for a multi-billion dollar contract. Furthermore, Brazilian President Dilma Rousseff also accused the US authorities of spying against the state-owned oil company “Petrobras” for economic reasons.

Conclusion

In 2015, the US and China marked a milestone as both President Xi Jinping and Barack Obama signed an agreement, committing that neither country's government would conduct or knowingly support cyber-enabled theft of trade secrets, intellectual property, or other confidential business information to grant competitive advantages to firms or commercial sectors. However, the China Cybersecurity Industry Alliance (CCIA) published a report titled 'US Threats and Sabotage to the Security and Development of Global Cyberspace' in 2024, highlighting the US escalating cyber-attack and espionage activities against China and other nations. Additionally, there has been a considerable increase in the volume and sophistication of Chinese hacking since 2016. According to a survey by the Center for International and Strategic Studies, out of 224 cyber espionage incidents reported since 2000, 69% occurred after Xi assumed office. Therefore, China and the US must address cybersecurity issues through dialogue and cooperation, utilizing bilateral and multilateral agreements.

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Overview:

‘Kia Connect’ is the application that is used to connect ‘Kia’ cars which allows the user control various parameters of the vehicle through the application on his/her smartphone. The vulnerabilities found in most Kias built after 2013 with but little exception. Most of the risks are derived from a flawed API that deals with dealer relations and vehicle coordination. 

Technical Breakdown of Exploitation:

1. API Exploitation: The attack uses the vulnerabilities in Kia’s dealership network. The researchers also noticed that, for example, the logs generated while impersonating a dealer and registering on the Kia dealer portal would be sufficient for deriving access tokens needed for next steps.

2. Accessing Vehicle Information: The license plate number allowed the attackers to get the Vehicle Identification Number (VIN) number of their preferred car. This VIN can then be used to look up more information about the car and is an essential number to determine for the shared car.

3. Information Retrieval: Having the VIN number in hand, attackers can launch a number of requests to backends to pull more sensitive information about the car owner, including:

• Name
• Email address
• Phone number
• Geographical address

4. Modifying Account Access: With this information, attackers could change the accounts settings to make them a second user on the car, thus being hidden from the actual owner of the account.

5. Executing Remote Commands: Once again, it was discovered that attackers could remotely execute different commands on the vehicle, which includes:some text
   • Unlocking doors
   • Starting the engine
   • Monitoring the location of the vehicle in terms of position.
   • Honking the horn 

Technical Execution:

The researchers demonstrated that an attacker could execute a series of four requests to gain control over a Kia vehicle:

1. Generate Dealer Token: The attacker sends an HTTP request in order to create a dealer token.

2. Retrieve Owner Information: As indicated using the generated token, they make another request to another endpoint that returns the owner’s email address and phone number.

3. Modify Access Permissions: The attacker takes advantage of the leaked information (email address and VIN) of the owner to change between users accounts and make himself the second user.

4. Execute Commands: As the last one, they can send commands to perform actions on the operated vehicle.

Security Response and Precautionary Measures for Vehicle Owners

1. Regular Software Updates: Car owners must make sure their cars receive updates on the recent software updates provided by auto producers. 
2. Use Strong Passwords: The owners of Kia Connect accounts should develop specific and complex passwords for their accounts and then update them periodically. They should avoid using numbers like the birth dates, vehicle numbers and simple passwords.
3. Enable Multi-Factor Authentication: For security, vehicle owners should turn on the use of the secondary authentication when it is available to protect against unauthorized access to an account. 
4. Limit Personal Information Sharing: Owners of vehicles should be careful with the details that are connected with the account on their car, like the e-mail or telephone number, sharing them on social networks, for example.
5. Monitor Account Activity: It is also important to monitor the account activity because of change or access attempts that are unauthorized. In case of any abnormality or anything suspicious felt while using the car, report it to Kia customer support.
6. Educate Yourself on Vehicle Security: Being aware of cyber threats that are connected to vehicles and learning about how to safeguard a vehicle from such threats.
7. Consider Disabling Remote Features When Not Needed: If remote features are not needed,  then it is better to turn them off, and then turn them on again when needed. This can prove to help diminish the attack vector for would-be hackers.

Industry Implications:

The findings from this research underscore broader issues within automotive cybersecurity:

• Web Security Gaps: Most car manufacturers pay more attention to equipment running in automobiles instead of the safety of the websites that the car uses to operate thereby exposing automobiles that are connected very much to risks.

• Continued Risks: Vehicles become increasingly connected to internet technologies. Auto makers will have to carry cyber security measures in their cars in the future.

Conclusion:

The weaknesses found in Kia’s connected car system are a key concern for Automotive security. Since cars need web connections for core services, suppliers also face the problem of risks and need to create effective safeguards. Kia took immediate actions to tighten the safety after disclosure; however, new threats will emerge as this is a dynamic domain involving connected technology. With growing awareness of these risks, it is now important for car makers not only to put in proper security measures but also to maintain customer communication on how it safeguards their information and cars against cyber dangers. That being an incredibly rapid approach to advancements in automotive technology, the key to its safety is in our capacity to shield it from ever-present cyber threats.

Reference:

• https://timesofindia.indiatimes.com/auto/cars/hackers-could-unlock-your-kia-car-with-just-a-license-plate-is-yours-safe/articleshow/113837543.cms
• https://www.thedrive.com/news/hackers-found-millions-of-kias-could-be-tracked-controlled-with-just-a-plate-number
• https://www.securityweek.com/millions-of-kia-cars-were-vulnerable-to-remote-hacking-researchers/
• https://news24online.com/auto/kia-vehicles-hack-connected-car-cybersecurity-threat/346248/
• https://www.malwarebytes.com/blog/news/2024/09/millions-of-kia-vehicles-were-vulnerable-to-remote-attacks-with-just-a-license-plate-number
• https://informationsecuritybuzz.com/kia-vulnerability-enables-remote-acces/
• https://samcurry.net/hacking-kia

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