5/30/2023 0 Comments Pull request github desktop![]() Code lives in a secure space disconnected from the internet giving you complete control over who can access your code and the level of access they have. With concerns about data security in online repositories like GitHub, some companies prefer to deploy the repository on their own hardware. ![]() Comparing Cloud Providers with Self-Service To maintain a secure environment, responsibilities must be clearly defined to indicate the assets, processes, and functions each party owns. Client security teams are responsible for using best practices and configuring security controls to protect the organization against cyber threats, intentional and accidental data loss, and insider threats. Vendor responsibilities include the maintenance of data centers and cloud infrastructure to prevent service interruptions and backend mechanisms like security features and tools for managing access controls. The level of responsibility between client and provider will vary based on the service being provided. They’re concerned with securing applications and data, virtual machines, operating systems, and physical infrastructure including network hardware and end-user devices.Ĭloud service providers practice a Shared Security Responsibility model that ensures that all parties are aware of their individual responsibilities for the security of the cloud infrastructure. Cloud-Security ConceptsĬloud security professionals use technology, protocols, and industry best practices to protect environments, data, and applications running in the cloud. It’s important to understand the key concepts and the responsibilities of each party involved with maintaining security in the cloud. While most providers have security measures in place, there are still several potential risks associated with cloud storage systems. The Risks of Cloud Storage for CodeĬloud data storage, like GitHub, is one of the most common cloud solutions used by enterprises. By the time the attack was discovered, hackers had deployed almost 100 crypto mining apps. Cybercriminals forked repositories with GitHub Actions enabled, added malicious code to legitimate code, and filed a pull request to merge the compromised code back to the repository.īecause GitHub Actions triggers automatic responses after checking in code to the repository, the pull request automatically downloads the crypto mining software to the owner’s repository. In early 2021, GitHub security engineer Justin Perdok detected cybercriminals targeting GitHub repositories for unauthorized crypto-mining operations. Octopus Scanner also prevents source code files from being replaced or overwritten making it harder to remove the malware. The RAT sends information back to the cybercriminals, allowing them to take control of the machine. Octopus Scanner then deploys a remote access Trojan (RAT) that infects build files and project source code. It only affects machines with the Apache NetBeans IDE for Java development installed. ![]() Octopus Scanner targets open-source software and activates when a developer downloads an infected project from the GitHub repository. In March 2020, acting on information from a security researcher, GitHub Security Labs found the Octopus Scanner malware in 26 of its repositories. The risks of using GitHub can be better understood if we take a closer look at some of the recent attacks on the platform. In this article, we’ll discuss some of GitHub’s security concerns, and discuss ways to overcome them. It’s a vital part of many developers’ toolkits, and giving it up could certainly be quite daunting.įortunately, with clearly defined security roles and responsibilities for your organization and your cloud provider, as well as an effective repository backup and restore system, you can ensure that your GitHub repos remain safe and secure. Which begs the question: is GitHub still safe to use? With over 80 million repositories worldwide, GitHub is easily the most popular open-source code management system. In the past, developers have unknowingly shared sensitive files including SSH keys, making them available to anyone searching the public repositories, including hackers. These attacks have shown that GitHub’s built-in security features are not always adequate for enterprise-level native security. Recent attacks on the GitHub platform have caused organizations to consider the safety of their data in GitHub repositories. ![]()
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