Retail and ecommerce web applications are big targets for hackers. Attack surface assessment is important to help build a complete risk profile of web applications and combat opportunistic hackers looking for vulnerabilities to exploit. Here’s how the biggest online retailers fare against the most common application attack vectors
It’s well-established that a data breach is an extremely costly event. By some estimates, a data leak can cost a small to medium-sized business more than $7.68 million per incident. Compliance regimes may seem burdensome, but the goal of these policies is to prevent a devastating data breach that can bankrupt a business and cause myriad problems for consumers.
The Nightfall blog is a resource for information security professionals to learn more about the challenges we face in the industry. Every week, Nightfall publishes news and insights from the world of cloud security to help you stay current with the cybersecurity world and better prepare for threats before they become serious problems. In January, we hosted two additional infosec leaders on the CISO Insider podcast: Compass CISO J.J. Agha and LifeOmic Chief Legal Officer Lisa Hawke.
As a security analyst on Elastic’s InfoSec team, a common scenario we see is users coming to our team and asking: “Is this file safe to open?” Or one user reports a phishing email with an attachment that they didn’t open, but we see from the logs that 10 other users also received that email but didn’t report it and no alerts went off on their systems.
Credit card attacks typically target point of sale (PoS) terminals at retail locations such as stores, restaurants and hotels. In the early stages of the COVID-19 pandemic, in-person retail activity greatly diminished, forcing criminals to seek other targets and to virtualize their operations.
Cybercriminals have been well ahead of the curve when it comes to cybersecurity in the online retail industry. Specifically, criminals have been exploiting changes in purchasing behavior that favor online transactions and adapting their methods to take advantage of the authentication challenges arising when a card is not present (CNP) at the time of the transaction.