For base images, Snyk Container provides one-click fixes to allow you to quickly convert to a more secure version of your base image, while for user instructions, it helps you select more secure package versions. Snyk detects packages inside containers – whether inherited from base images or installed by user instructions via Linux package managers. Our supply chain security solution can scan these components to find potential vulnerabilities and offer actionable recommendations to remediate them. Snyk can automate building an SBOM so organizations can easily track open source components and dependencies they use.
- If an attacker can push a tampered image to a registry, or trick a deployment pipeline into pulling an unverified image, the compromise reaches production without triggering any code-level security controls.
- So, why does the latest SecurityScorecard report say that 88% of cybersecurity leaders are concerned about software supply chain security risks?
- The result is a supply chain security program that scales with the pace of modern agentic development rather than falling further behind it with every sprint.
- Software supply chain security encompasses all actions businesses take to identify, analyze, and minimize the risks involved in the development and deployment of code throughout the software development lifecycle (SDLC).
When looking for top rated SCA tools, organizations often evaluate solutions like Snyk or Checkmarx for their ability to track open source dependencies. https://www.idhalc-actuarsobreelfuturo.org/selecting-a-competent-attorney-to-handle-your-disability-claim/ Our platform is built for the scale of global enterprises, providing the visibility and governance required to protect the entire code to cloud journey. This ensures that your security settings remain hardened throughout the entire software lifecycle. Consistent governance across all your DevOps tools is essential to prevent configuration drift.
In 2021, Codecov’s CI/CD tool was compromised after attackers accessed credentials used during Docker image creation. The SolarWinds Orion https://clomidxx.com/how-deception-can-provide-critical-security-for-iot-devices/ breach in 2020 remains one of the most devastating supply chain attacks to date. This is why it’s no longer optional to take your software supply chain seriously.
What Is Software Supply Chain Security?
Attack vectors target different stages of the pipeline, and each requires specific controls. The impact of software supply chain attacks extends well beyond the initial compromise, propagating downstream through every organization that consumes the affected component. Download our guide to learn more about how source code escrow works and why it’s essential to protecting your business.
Examples of software supply chain attacks
Signing code with digital certificates assures users that the code has not been tampered with since it was created. Regularly scanning for vulnerabilities in third-party libraries is essential for maintaining a secure software supply chain. The attack compromised credentials, tokens, and keys across CI environments, affecting Codecov’s Bash Uploader, GitHub actions uploader, CircleCI Orb, and Bitrise Step. The incident highlighted the impact of compromised credentials and the need for robust monitoring mechanisms to detect such threats promptly. In an SSC attack, the attacker targets the most vulnerable elements of the SSC to compromise the application. According to Gartner’s projection, 45% of organizations will experience software supply chain attacks this year.
Artificial intelligence is transforming how organizations detect, prioritize, and respond to software supply chain risks. From AI-driven automation to cryptographic validation and global regulatory shifts, these innovations offer a glimpse into the future of software security. Security and development teams gain the visibility, prioritization, and remediation required to reduce the risk of a software supply chain attack.
Key takeaway
If an SBOM is an ingredients label for a product, then the SLSA (pronounced ‘salsa’) is the food safety handling guidelines of the factory where they are produced. If you’d prefer to stick to one for simplicity’s sake and need some help deciding, Anchore has detailed our thoughts on the pros and cons of each software supply chain standard here. Choosing any of the standards defined is better than choosing none or even cherry-picking from each of the standards to create a program that is best tailored to the risk profile of your organization. Given the ubiquity of Log4j in various software applications, the potential impact was massive, prompting organizations worldwide to scramble for patches and mitigation strategies. Dubbed “Log4Shell,” this vulnerability allowed attackers to execute arbitrary code remotely, potentially gaining full control over vulnerable systems. In one of the most sophisticated supply chain attacks, malicious actors compromised the update mechanism of SolarWinds’ Orion software.
Implement Strong Access Control¶
Compromised build tools can enable a wide range of exploits and thus represent an appealing target for attackers. To reduce the likelihood that a compromised or vulnerable version is unwittingly pulled into an application, one should limit the applications dependencies to a specific version that has been previously verified as legitimate and secure. The general security best practices of strong access control and logging and monitoring are two methods to help secure VCS. When considering SSCS, the importance of detective controls should not be overlooked; these controls are essential for detecting attacks and enabling prompt respond. Best practices include adhering to the basic security principles of least privileges and separation of duties, enforcing MFA, rotating credentials, and ensuring credentials are never stored or transmitted in clear text or committed to source control. For example, if a large-scale software supplier, whether proprietary or open-source, is compromised, many downstream consuming entities could also be impacted as a result.
Several notable incidents have exposed these risks, emphasizing the need for proactive security and a deep understanding of software dependencies. As reliance on third-party components and open-source libraries grows, so does the potential for vulnerabilities in the software supply chain. Risks range from modifying where the build system is pulling source code from to modifying the build instructions to inject malicious or vulnerable code into previously secure sources. Attackers are in a scramble themselves to determine who is using the vulnerable software and crafting exploits to take advantage of businesses that are slow to react.
- By implementing this software supply chain security framework, you’ll get a hacker-centric view.
- Helpful for understanding this history that informed the best practices detailed in the accompanying white paper.
- The CodeSec, by Contrast, scanner can be implemented quickly to discover dependencies and secure vulnerable libraries for faster deployment and standardized SBOMs.
- With 50+ integrations, it can house your entire ecosystem of tools, providing automated, integrated, extendable, and secure software supply chain management.
Russian Intelligence Services Continue to Target Commercial Messaging Applications
This cycle of measurement and improvement ensures your defenses evolve as fast as the threat landscape. If certain types of software supply chain vulnerabilities keep appearing, you can adjust your training or update your automated policies to address the root cause. Standardization ensures that these tools are applied consistently across the entire organization, preventing “security silos” where one team is highly protected while another is neglected. Automation ensures that every piece of code is checked for vulnerabilities, misconfigurations, and leaked secrets before it ever reaches a production environment. To achieve a secure software supply chain, you must automate your security controls. Whether it is a mandate for signed commits or a policy against hardcoded secrets, clear governance ensures that security is a prerequisite for delivery, not an optional afterthought.
- These are the ones that matter for software supply chain security specifically.
- To reduce the likelihood that a compromised or vulnerable version is unwittingly pulled into an application, one should limit the applications dependencies to a specific version that has been previously verified as legitimate and secure.
- If you’re looking to get a better understanding of how software supply chains operate, where the risks lie, and best practices on how to manage the risks, then keep reading.
- Enforcing the use of lockfiles and version pinning ensures that software dependencies are explicitly defined and do not automatically update to newer versions without verification.
- This blog explores what software supply chain security entails, how to enhance it using guidance from NIST, best practices—including automation—and the role of supply chain security software and tools.
Industry Frameworks for Software Supply Chain Security
Software supply chain security demands vigilance across every stage of your development lifecycle. Train developers to recognize dependency risks, phishing attempts targeting credentials, and suspicious build behavior. Attackers exploit the connections between stages, turning your automation and trust relationships into weapons. Understanding this methodology shows why securing individual pipeline stages isn’t enough.
This includes all stages of the software development lifecycle (SDLC), from coding and integrating third-party dependencies to building, deploying, and distributing the software. Checkmarx provides visibility into the supply chain, helping enterprises secure from software supply chain threats, including open-source components. Get familiar with key frameworks for supply chain security and pick the one that best fits your needs.