This includes the uploading, malicious or not, of bad or sensitive code to source code repositories. The final area they note relates to code and artifact integrity. Over a period of a couple of months, the attackers were able to extract environment variables from the CI process exposing sensitive data of Codecov's customers. In that attack the Codecov bash uploader was compromised via a Docker image. The Codecov supply chain breach is an example of this.
The second area where attackers can focus is compromised pipeline tools. The recent Log4j vulnerabilities are an example of the former and the compromise of the ua-parser.js package is an example of poisoning. They note two common attacks that leverage vulnerable packages: exploiting existing vulnerabilities and package poisoning. This code can have its own vulnerabilities and keeping it up to date requires time and effort. The report notes the prevalent usage of open source code in almost all commercial software. The first area is usage of vulnerable packages. The study identified three primary areas of risk that companies should focus on to improve the security of the supply chain. The report was conducted by Argon Security, a recent acquisition of Aqua Security, over a period of six months examining a number of customers' practices and supply chains. Google and the Cloud Native Computing Foundation (CNCF) have recently released papers detailing approaches to improving the security of the supply chain.
#Aqua data studio increase memory software
According to the report, supply chain attacks grew by 300% from 2020 to 2021 while the level of security across software development environments remained low. Aqua Security's recent report highlights the increasing threat of supply chain attacks.
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