In April 2021, Juniper Research, a market research, forecasting and consulting company, predicated that losses due to e-commerce fraud in 2021 would be 18% higher than in 2020 – growing from US$ 17.5 billion to more than US$ 20 billion. In a new study, it predicted that the cost incurred by merchants globally due to e-commerce fraud will increase from slightly more than US$ 41 billion in 2022 to US$ 48 billion in 2023.
DUE claims that as many as 3% of e-commerce attacks overcome the security measures implemented by companies, costing approximately US$ 6 billion a year.
Main threats addressed by ACID’s e-commerce cybersecurity solution
ACID protects its e-commerce clients from a diverse range of threats, including the following:
: e-skimming In this type of attack, the hacker injects a skimming code into the pages of the e-commerce site in which the credit cards are processed and steals the data in real-time.
Supply chain attacks: Supply chain attacks are becoming more common, with cybercriminals targeting the software supply chain in order to insert malicious code and access personal information and/or credit card data. They often do so by hiding their code in legitimate updates. A successful attack may impact thousands of victims.
Automated bots: These bots try to complete transactions using stolen credit card details. A 12-month analysis conducted by Imperva Research Labs reveals that in 2021, 57% of all cyberattacks targeting e-commerce websites were executed by bots, far above the rate in other industries (33%).
Credential stuffing attacks are also used against e-commerce websites. In these types of attacks, hackers who have already obtained credentials required to complete a transaction in a previous attack use the information to log into an e-commerce website. The two attacks are not necessarily related to one another; this is an attack exploiting an opportunity to use the same data for additional nefarious purposes. Credential stuffing is facilitated by the fact that many people – according to some sources, up to 70% of users – use the same password to log into several different websites. It should be noted that credential stuffing is difficult to distinguish from authentic user activity, as the credentials used in these attacks are legitimate user credentials, which makes the detection an even more complex task. DUE reports that 90% of global login traffic results from such attacks. The State of the Internet 2018 report issued by Akamai states that in May and June 2018 alone, 8.3 billion malicious login attempts were identified.
Ransomware attacks are not necessarily the first that come to mind in the context of e-commerce, as it is generally believed that e-commerce businesses are targeted for theft of personal and credit card data.
SQL injection attacks – in these types of attacks hackers attack the query submission forms in order to access the backend database, then proceed to corrupt it and collect data.
Phishing attacks are carried out also against e-commerce sites.
DDoS (Distributed Denial of Service) attacks on e-commerce sites are launched to disrupt operation, as in other types of website
Examples of e-commerce attacks that could have potentially been prevented with an effective e-commerce cybersecurity solution
In 2020, an e-skimming attack was perpetrated against the main website of Tupperware, a large multinational company based in the USA. The website is visited by approximately 1 million online customers each month. Some of the local websites the company operates in various countries around the world were also targeted. The attackers injected a payment card skimmer into the checkout page in order to steal credit card details. Although detected in March 2020, it is unclear when the attack was actually first launched. e-skimming attack:
Researchers were impressed at the cybercriminals’ skill in hiding the malicious code in a PNG file image for a FAQ icon, which, when clicked, loaded the fake payment form. However, they were surprised that the hackers did not create versions of the fake form in the different languages for the foreign websites.
Ransomware attack: In late 2022, a ransomware attack was perpetrated against the e-commerce platform X-Cart. The attack seems to have been caused by the exploitation of a vulnerability in a third-party software, through which X-Cart’s store hosting systems were accessed. According to the company, the attacker accessed and encrypted a small number of servers, affecting X-Cart stores running on the affected systems.
The benefits of ACID’s e-commerce cybersecurity solution
ACID offers an exceptionally cost-effective solution that helps e-commerce site operators protect themselves from cyberattacks, keep their data safe, and potentially avoid serious financial implications, as well as harm to their reputation.
ACID deploys clusters of bots and implements advanced AI algorithms in order to detect the first signs of an attack in the clear, deep and dark web, as well as in multiple other sources, as early as in its initial planning phase. Once such signs are detected, ACID alerts the targeted company in real time, providing all the available information – including screenshots of threats detected on the dark web, which clients may be reluctant or incapable of accessing themselves. ACID continues to monitor the sources, using client-specific keywords in several languages, and provides updates with any additional data as it becomes available. While ACID regularly scans a very large number of sources, if the client wishes to add additional ones that are particularly relevant for it, this possibility is offered as well.
Additionally, ACID conducts widespread monitoring activities to detect any stolen data that may be offered for sale, indicating that a company has already been breached, to enable it to take appropriate action and stop the theft.
The valuable, continuously updated information provided by ACID in real time helps the targeted e-commerce businesses prepare and implement effective countermeasures, mitigate the potential impact of the attack, and possibly thwart it altogether.