Ask Me Anything: SBOMs and the Executive Order

The software supply chain is under intense pressure and scrutiny with the rise of malicious attacks that target open source software and components. Over the past year the industry has received guidance from the government with the Executive Order on Improving the Nation’s Cybersecurity and the most recent M-22-18 Enhancing the Security of the Software Supply Chain through Secure Software Development Practices. Now, perhaps more than ever before, it’s critical to have a firm understanding of the integrity of your software supply chain to ensure a strong security posture. This webinar will provide you with open access to a panel of Anchore experts who can discuss the role of a software bill of material (SBOM) and answer questions about how to understand and tackle government software supply chain requirements.

Top Four Types of Software Supply Chain Attacks and How to Stop Them

It’s no secret that software supply chain attacks are on the rise. Hackers are targeting developers and software providers to distribute malware and leverage zero-days that can affect hundreds, sometimes even thousands, of victims downstream. In this webinar, we’ll take a deep dive into four different attack methods, and most importantly, how to stop them.

How to Meet the 6 FedRAMP Vulnerability Scanning Requirements for Containers

If you are tasked with implementing FedRAMP security controls for containerized workloads, this webinar is for you. We’ll walk you through a step-by-step process to explain how Anchore Enterprise can help you prepare a response for each of the six scanning requirements outlined in the FedRAMP Vulnerability Scanning Requirements for Containers.

Securing Cloud-Native Software to Comply with FedRAMP, STIGs, and More

Federal compliance requirements are constantly evolving to meet the growing challenges and complexities of securing the software supply chain. The task of meeting these compliance standards for cloud-native applications and containers can be overwhelming, but it doesn’t have to be.

4 Ways to Reduce your Vulnerability Remediation Backlog in the SDLC

With an increased focus on vulnerability scanning, it’s becoming more common to see a backlog of findings start to pile up. This creates a burden for multiple teams, slows down the development lifecycle, and increases the chances of major vulnerabilities sneaking through and infiltrating the software supply chain.

Securing the Software Supply Chain: Why Signed Attestations for SBOMs Matter

As software supply chains continue to grow in complexity, securing them is becoming an ever more daunting task. With components coming from so many possible origins, it is becoming increasingly important to establish “trust” and prevent tampering. One of the most secure ways to do this is with a signed SBOM.

Five Advanced Methods for Managing False Positives in Vulnerabilities

False positives in security scans are a costly headache for both DevOps and security teams. They can slow down, or even stop the development process dead in its tracks while issues are researched to determine if they are truly issues or not. Loosen your security controls too much and you can potentially open the door for legitimate vulnerabilities to infiltrate your systems.

Three Software Supply Chain Attacks and How to Stop Them

Software supply chain attacks are on the rise. Threat actors are targeting software developers and suppliers to infiltrate source code and distribute malware to hundreds, sometimes even thousands, of victims globally… and they’re getting better at it everyday. Take a deep dive into supply chain attacks. Find out what they are, how they work, and most importantly, how to stop them.

2021 Trends in Software Supply Chain Security

What security risks are DevOps teams facing in their software supply chain as the use of software containers continues to rise? Anchore has released its 2021 Software Supply Chain Security Report, which compiles survey results from hundreds of enterprise IT, Security and DevOps leaders about the latest trends in how their organizations are adapting to new security challenges.

How NVIDIA Uses Shift Left Automation to Secure Containers

As container adoption grew, NVIDIA’s Product Security team needed to provide a scalable security process that would support diverse requirements across business units. They found that traditional security scanning tools didn’t work for containers — they were complicated to use, time consuming to run, and generated too many false positives.

How To Secure Containers From Software Supply Chain Attacks

Software applications today include components from many sources, including open source, commercial components, and proprietary code. As software supply chain attacks have increased over the past several years, organizations must embed continuous security and compliance checks in every step of their software development process, from sourcing to CI/CD pipelines to production.

How To Secure Containers Across the SDLC With Anchore 3.0

With software supply chain attacks making headlines, it’s important to know how to secure containers at all phases of the software development lifecycle. You need to prevent security problems from reaching production and ensure that security issues are found earlier and fixed at a lower cost.

Achieving Continuous ATO With Anchore

Given the recent attacks on the supply chain, security is the most essential aspect of software development, particularly when it comes to government and critical infrastructure. Anchore’s DoD-approved container scanning capabilities can help you speed up compliance and vulnerability scanning–expediting the ATO process and helping you go live with applications faster.