Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Mobile Application Penetration Testing Methodology as a security testing measure, analyses security perimeters within a mobile environment. Derived from the traditional concept of application security methodology, its main focus lies on client-side security and it broadly puts the end-user in control. By conducting penetration testing, companies can gain insights into the source code’s vulnerabilities, bottlenecks, and attack vectors beforehand.

Software as a service (SaaS) apps have reshaped the way we stay productive. By having everything easily accessible in the cloud, we are able to get work done from anywhere and on any device. But, as we know, this flexibility has also introduced security challenges, as your data is also easier to reach for malicious actors. This is why the purchase of a cloud access security broker (CASB) is never that controversial. Most organizations understand that cloud apps require additional protection.

Who can deny the importance of security for their website or online store? You may have already implemented some security measures, and you can feel quite complacent about it, but they are far from enough when we consider the security challenges. In recent years, even many leading websites and web apps faced a huge surge of security attacks on their websites.

iOS 14 issued a number of changes, as every new release does. But one area where Apple clearly spent a fair amount of time is in their WebViews. Traditionally, UIWebView was the class de jour when a developer wanted to present a web page. In iOS 14 though, UIWebView was officially deprecated in favor of WKWebView.

In previous posts we explored the potential for intent-based Android security vulnerabilities and then used Snyk Code to find exploits in popular apps on the Google Play store. If you know Snyk, you also know there’s no way we can just point out vulnerabilities and not recommend fixes. Analyzing such an extensive dataset enabled us to review a lot of code.

I’m pleased to share that Jamf and Lookout have formed a partnership to integrate Jamf Pro with Lookout Mobile Endpoint Security. Jamf provides mobile device management for Apple devices and specializes in serving IT professionals, schools and small businesses. Together, Lookout and Jamf enable your organization to deploy and provision iOS devices while protecting them against mobile threats such as phishing and network attacks.

Cyberattacks are getting common and their impact is quite severe. Security breaches are no longer limited to a few large tech companies. Cybercriminals have rapidly altered tactics and started targeting several Small and Medium Enterprises (SMEs) as well. Today, companies, big or small, are targets of ransomware, viruses, malware, bots etc. Hence, it is important to understand some of the common cybersecurity keywords or jargon.

In our previous blog, we explored the nature of intent-based Android security vulnerabilities. Now we’re going to dive into how we performed our security analysis on apps in the Google Play Store with Snyk Code.

Last year was an especially stressful time for healthcare systems. Not only were emergency rooms overwhelmed by patients, a number of them were also hit by system-crippling cyberattacks. According to Comparitech, in 2020 alone, 92 ransomware attacks affected over 600 healthcare organizations, exposing more than 18 million patient records. These attacks brought operations to a standstill for days or weeks at a time, costing the healthcare industry an estimated $20.8 billion.

One thing that 2020 taught us is that you can do anything with a mobile device. My smartphone and tablet have become my go-to for shopping, banking, watching TV and video chatting with family and friends. I’m also getting a lot of work done on them. Basically it has become the center of both my personal and professional lives. Here’s the dilemma a lot of organizations are facing: while away from the office, your workers are using their mobile devices to stay productive.