Many of the third-party components we find in audits have been pulled in their entirety from public software repositories (with GitHub being the most popular these days). But with some frequency we also come across snippets—lines of code that have been copied and pasted into source code. They might be a piece of a GitHub project, but they may also have been taken from a blog site like Stack Overflow or CodeGuru.
The Internet of Things (IoT) is a reality. Gartner forecasts 25 billion IoT devices by 2021, and other industry sources and analysts predict even larger numbers. Although projections of unprecedented growth are ubiquitous among industry pundits, the efforts to secure this tsunami of connected devices are in their infancy. The IoT is still relatively new, so it lacks regulations that mandate security.
Dr. Neil Daswani, codirector of the Stanford Advanced Security Certification Program, is coauthor with Moudy Elbayadi of “Big Breaches: Cybersecurity Lessons for Everyone,” released last month by APress. He is also president of Daswani Enterprises, his security consulting and training firm.
Every spring, my family has an annual ritual of visiting our friendly primary care physician for our physical exams. Although it’s one of the last things my wife wants to do, these routine checkups are an important way to detect problems before they become more noticeable.
Fuzzing helps detect unknown vulnerabilities before software is released. Learn when and where to integrate and automate fuzz testing in your SDLC. Fuzz testing is a highly effective technique for finding weaknesses in software. It’s performed by delivering malformed and unexpected inputs to target software while monitoring it to detect unwanted behavior and log failures.
To solve the supply chain security dilemma, producers must get back to security basics. Get best practices for securing your supply chain. Nobody wants to be known as the weak link in the chain—any chain. But too many organizations are at risk of being just that in the digital supply chain because they haven’t made the cyber security of their products a priority. The most recent evidence of that is the SolarWinds/Orion cyber attack that impacted more than 18,000 organizations.
The pandemic has put a lot of things on hold over the last year, but medical device security shouldn’t be one of them. The millions of medical devices that help keep people healthy—and in many cases keep them alive—have drawn mixed reviews from security experts since the internet happened. Even more so in the past year since the pandemic happened. There is just about unanimous agreement that the benefits of those devices outweigh the risks.
As a CVE Numbering Authority, Synopsys can assign CVE ID numbers and publish newly discovered vulnerabilities. The Synopsys Software Integrity Group has been helping organizations find and fix vulnerabilities in their software for nearly a decade. And now it will be able to help them and the broader software industry even more.
Integrating AST tools into your CI/CD pipeline shouldn’t compromise your development velocity. Learn how Intelligent Orchestration can help. Sometimes it feels like software development is at the crux of the collision between an unstoppable force and an immovable object. The answer to putting security in every phase of development is partly process and partly automating and integrating security testing into the build and test phases of development.
Healthcare companies must follow medical device security best practices to defend against attacks on devices and the networks and systems they connect to. It’s vital that healthcare companies follow medical device security best practices to defend against attacks on devices and the networks and systems they connect to—especially during a pandemic.
