Code signing has successfully established itself in the backdrop of the rapidly transforming digital space as a critical security mechanism for software distribution. Through the digital signing of source code, developers and publishers offer users confidence about their software’s validity, founder, and quality. Though cyber threats had been positively enhanced, the demands for a high level of compliance and strict code signing requirements had become more necessary.

A Signed Driver is a software entity which is usually a device driver or can be a kernel module and has been signed cryptographically by its developer or producer using its digital signature. This mark renders a unique identification and authentication mechanism ensuring authorship and integrity protection. Signed drivers are the main actors who guarantee the system’s safety and stability by permitting only trusted and verified software components to communicate with the kernel.

Data protection is featured in the decisive place in discussions, where the slogans of various organizations have something to say. The implementation of this in relationships and networks is becoming the chosen path. With the skyward movement of cloud computing, the demand for a reliable critical management facility has become a must.

Data security is one of the most important issues in the modern world, and companies must ensure that all their important information is kept out of cyber criminals’ reach. As technology evolves and more data becomes increasingly vulnerable to cyber-attacks and illegal access, security remains critical for organizations that want to protect their sensitive information.

Google Cloud HSM (Hardware Security Module) is a cloud service offered by Google that delivers secure key storage and cryptographic operations within a hardware environment that is set apart from any other instances. In contrast to HSMs, these hardware devices originated for the purpose of keeping cryptographic keys safe and executing cryptographic operations in a secure, tamper-resistant manner.

Data safety has become a primary issue for business organizations of any scale as they move to cloud computing. With businesses using cloud services to save and run critical information, the development of confidence encryption and essential management techniques is paramount. Several security methods have become popular; bring your own key (BYOK) is among them.

The two new vulnerabilities that the U.S. Cybersecurity & Infrastructure Security Agency (CISA) has added to its list of known exploited vulnerabilities (KEV) are both related to the privilege elevation of the Linux kernel.

The term application security refers to all the practices that are aimed to protect applications from security threats, starting from design and through the development process, up to deployment and maintenance.

PowerShell is a powerful tool that is used for automating monotonous and time-consuming tasks. However, using these without code signing can leave you vulnerable to cyber-attacks. This blog will explain the PowerShell code signing best practices for signing your script. Let’s begin!

With new technological advancements continuously emerging, cybersecurity is becoming a paramount concern for individuals and organizations alike. Among the plethora of cyber threats, two terms are often used interchangeably, i.e., malware and virus. However, the fact is that these are not the same and have distinct meanings. The term “malware” can be used for any sort of virus, but viruses can not describe malware types.

With constant developments being made in the area of software development, both development and operations teams are now inseparably tied in their processes, and this has become a vital factor for their success. In recent years, DevOps, a concept built from the words’ developer’ and ‘operator,’ was developed as a new way of working that intelligently integrates these two essential functions throughout the software delivery process.