In the ever-evolving landscape of cybersecurity threats, one menace that has emerged with significant impact is Rafel RAT (Remote Access Trojan). As an insidious tool used by cybercriminals, Rafel RAT poses a severe risk to Android devices, making it essential for individuals and organizations to understand its workings and take […]
Application sideloading is the practice of installing applications through non-official distribution channels. While this allows for greater customization and app availability, it also opens the door to significant security vulnerabilities increasing the attack surface users are exposed to. In this blog post, we will discuss the differences between Android and […]
In this blog, Zimperium will explore the latest advancements in binary analysis, focusing on how AI, CI/CD pipelines, and a shift-left approach are reshaping the landscape.
In this blog, Zimperium shares details about the mobile-targeted malware campaign named Operation Celestial Force, attributed to threat actors linked to Pakistan. Read the blog for more.
In this blog, Zimperium shares how CISA’s Secure by Design pledge is an important step towards a more secure digital future. Read the blog for more.
In this blog, Zimperium shares how CISA’s Secure by Design pledge is an important step towards a more secure digital future. Read the blog for more.
By focusing on robust security frameworks, continuous compliance, and cutting-edge protection technologies, retailers can not only provide convenience and efficiency but also maintain the trust and safety of their customers’ transactions. Read the blog for more.
In this blog, Zimperium shares how the multifaceted threat landscape of mobile security expands beyond the SS7 protocol.
In this blog, Zimperium explores the key elements that constitute a strong application security posture, underlining its critical role in developing and maintaining secure, compliant and trustworthy mobile applications for users worldwide.
Cryptography is routinely used to ensure data integrity and confidentiality. Yet, cryptographic protection is only as strong as the security of the used cryptographic keys.