In February of 2021, one of the operators at the City of Oldsmar’s water treatment system noticed a change in the water supply. The level of sodium hydroxide was abnormally high, which would have been lethal for residents if ingested in large amounts. Quick to react, the operator was able to reverse it before any damage was done.

In this post, we will show how you can write fuzz tests for your JavaScript projects in Jest as easily as regular unit tests. To make this possible, we have added integration for Jazzer.js into Jest, which enables you to write fuzz tests using the familiar Jest API. Additionally, you get great IDE support with features such as debugging and test coverage reporting out-of-the-box. This integration enables a smooth user experience with the advanced fuzzing technology provided by Jazzer.js.

As vehicles are becoming increasingly dependent on software, automotive software teams are adopting CI/CD (continuous integration and continuous deployment/delivery). This enables them to build, test, and deploy code faster than ever while simultaneously reducing potential maintenance costs. In automotive projects, functional and security bugs can be highly consequential, especially if they are found in the later stages of software development or, even worse, after shipping.

A great deal of focus in the cybersecurity industry is placed on the dangers threat actors pose to small and medium-sized businesses. For good reason, too. These organizations often lack the budget and staffing required to provide 24×7 monitoring, detection, and response, leaving them exposed to attack. These same factors can find them incapable of mounting a robust incident response plan post-breach.

For most smartphone users, cybersecurity is often an afterthought. It takes seconds to download any app, and most users simply don't have the time or ability to look out for invasive apps on their phones. Instead of sitting down and researching the security features of every app you might be interested in or going back and forth choosing between different apps based on cybersecurity, it's best to just download apps that are known to be non-invasive.

The digital threat landscape in the United Kingdom (UK) continues to evolve as businesses that undergo a massive transition towards increased digitalization and cloud-based migrations are forced to change their IT system operations. More importantly, UK laws and regulations must also adapt to ensure that UK businesses and organizations are working to improve their cybersecurity posture and IT infrastructure to protect data security and privacy.

Managing and mitigating cyber risk has never been more challenging for companies. Cyber threats are growing exponentially. Daily, hackers are becoming more sophisticated. Businesses rely more on data to function: experts expect that cybercriminals will steal more than 33 billion records this year alone. With an increasing reliance on third-party vendors and cloud services, IT teams are essentially forced to leverage complex infrastructures with significant vendor risk.

When it comes to protecting sensitive business information and trade secrets, most business execs believe that sophisticated cybersecurity solutions and a strong mechanism for security governance are enough. The reality is that establishing multiple layers of security defense forms a strong security fortress against external threats — but that’s not where most corporate espionage originates.

‍COBIT, or the Control Objectives for Information and Related Technologies, describes itself as “the globally accepted framework for optimizing enterprise IT governance.” The COBIT framework was designed to help organizations develop, implement, monitor, and improve their IT enterprise governance and information security processes.

A vulnerability is a state of being exposed to the possibility of an attack. In the context of cyber security, vulnerabilities are software bugs that can expose your systems to threats like malware infection, DDoS attacks, injections, and ransomware attacks.