The “upstream first” strategy is only half of the story for embedded devices
A recent blog post by Kees Cook, a Linux security expert and Google security engineer, illustrates the challenges in maintaining the security of the Linux kernel. One of the main takeaways from the blog is: “If you’re not using the latest kernel, you don’t have the most recently added security defenses (including bug fixes).”
Going the “upstream first” route is the absolute best way of keeping the kernel secure. However, it is only part of the story. The challenges faced by device manufacturers running on Linux on embedded devices is vastly different.
Continue reading “The many challenges of Linux OS / BSP security maintenance” »
Monitoring and managing vulnerabilities in embedded Linux devices presents a unique set of needs that traditional IT vulnerability tools fail to address and result in wasted efforts chasing false positives and inefficiencies due to cumbersome workflows. After evaluating multiple IT cybersecurity tools, we at Timesys ended up creating a vulnerability management tool called Vigiles, which is optimized for embedded devices. This blog aims to share the lessons learned and how the right tool can bring your security maintenance cost down while improving the security posture of the device.
Continue reading “Evaluating vulnerability tools for embedded Linux devices” »
Keeping embedded system products secure requires ongoing, constant monitoring and management of Common Vulnerabilities and Exposures (CVEs) throughout the production lifecycle.
With the constant flood of CVEs reported each week, you need to have a process for understanding the exposure of your embedded system devices to cybersecurity exploits. It is important to see how CVEs apply to your product so you can quickly address the vulnerabilities that pose the greatest risk.
Continue reading “Best practices for triaging Common Vulnerabilities & Exposures (CVEs) in embedded systems: Top Three Questions Answered” »
With 300+ vulnerabilities being reported weekly in the US National Vulnerability Database (NVD), it is more challenging than ever to maintain the security of open source and third-party software used in embedded system products. One common approach to tackle the problem is to adopt a risk-based vulnerability management strategy in which vulnerabilities that pose the highest risk to your organization are remediated first. This blog outlines how to establish such an process as part of your software development lifecycle while keeping the maintenance cost and risk of exposure low.
Continue reading “Vulnerability management and triaging” »
Securing your embedded system devices is no longer just a final step in product development.
Security today must be a continuous process, a focus at every stage of your software development, release and maintenance cycles.
That’s because today’s vulnerability environment is radically different from the past. Hundreds of vulnerabilities that may or may not affect your products come to light every week.
Continue reading “Webinar with NXP: CVE triage best practices for efficient vulnerability mitigation” »
There is an old saying among cybersecurity vulnerability management practitioners:
The “good guys” have to get it right every time.
The “bad guys” have to get it right only once.
That means that the “good guys” — the security professionals whose mission is to keep corporate data safe — need to monitor, analyze and respond to every vulnerability that puts their systems, users and data at risk.
Continue reading “Vigiles Quick Start … because securing your products doesn’t have to be hard” »
Security is critical throughout the lifetime of an embedded system. Continually changing threat environments, new deployment modes and third-party software updates mean that the BSP software for an embedded system device can no longer remain static and “frozen.”
Continue reading “BSP Lifecycle Maintenance: Top Three Questions Answered” »
A giant list of vulnerabilities does little to help you bring more secure products to market.
What matters is how you filter the list, triage the vulnerabilities, and mitigate the ones that pose the greatest risk.
That’s why the new enhancements to our Timesys Vigiles Security Monitoring & Management Service will enable you to develop more secure embedded system products today and maintain stronger product security throughout their lifecycles.
Continue reading “Vigiles Enhancements: Software Composition Analysis (SCA) & CVE Mitigation for Stronger Embedded System Security” »
To detect and correct vulnerabilities, eliminate false positives and prioritize the rest
Every embedded system device maker should want to make security a selling point, preventing breaches or exploits, not an embarrassment if a security problem occurs.
But nothing equals the liability and regulatory risk associated with medical devices.
Continue reading “Stop Chasing Vulnerability Ghosts: Why efficient vulnerability detection is essential to medical device security” »
Reducing cybersecurity risks to medical devices is essential. Regulators like the US Food and Drug Administration (FDA) have made improving medical device security a critical focus in recent years.
This means many in the medical device manufacturing community are now rethinking how the software components of their products are secured throughout their product lifecycles.
Continue reading “Medical Devices: Automated Vulnerability Monitoring for Streamlined FDA Security Compliance” »