We’re continuing our expansion into Native and Mobile by adding NDK support to our Android libraries so you’ll be able to trace bugs all the way into native libraries. At the same time we’ve brought the Android SDK into our unified API framework.
Have you ever wanted to get important alerts from Azure Monitor notified on your smartphone and have all the important details of the problem at your fingertips? Have you ever missed the option to easily change the status of alerts from Azure Monitor in the Azure smartphone app? Ever missed a push notification because there was no persistent and advanced alerting? Then this article is for you.
This article describes how SIGNL4 can be generally authorized as an enterprise app for Azure AD users (Marketplace Link). This is important if you want to implement the use of SIGNL4 in your company with existing user accounts from the Azure AD.
Our hearts might skip a beat every time we put our hands in our pocket and can’t find our mobile phone, and we’re filled with dread at the thought of losing the device that contains our personal photos and the corporate data saved on it. But just misplacing a device is not how we put corporate data at risk; small actions in our day-to-day lives can have a major impact on the safety of the corporate data on our devices.
Addressing Wi-Fi issues can be challenging Tracking the availability, speed, and performance of a large number of systems, servers, VMs, routers, access points, firewalls, interfaces, and WAN links, plus monitoring their health is not a simple task. Tackling angry emails from employees about Wi-Fi running slowly, or it taking a lifetime to download a simple setup file or load a business-critical application, can hamper productivity.
The past few months have seen both Android and iOS fall prey to various security attacks, with more malware attacks and exploits being uncovered on a daily basis. First, let’s look at the newest zero-day Android vulnerability. This vulnerability leverages the ”use-after-free” memory flaw to wreak havoc on mobile devices. In layperson terms, the use-after-free flaw allows access to memory recently freed (after performing some operation) to execute malicious code.
Let us first agree on a couple of things before we start: One, Android is the most affordable platform for enterprises with a mobile-first/mobile-only workforce, and it has the smallest learning curve of any mobile OS. Two, due to its very open-source nature, Android is easy for malicious actors to pray on, with the Google Play Store being the breeding ground for many attacks.
Security experts from Google have discovered a new spyware in 24 Play Store apps that, combined, have more than 472,000 downloads. Researchers have stated that this spyware also has the capabilities of normal malware and appears to have infected certain apps in Google Play with more than 100,000 installations. Cybercriminals are deploying this spyware through the advertisement framework in those compromised apps.
What’s better than an SDK that supports iOS? One that also supports macOS! With the latest version of rollbar-ios (v1.8.1), Rollbar now supports crash monitoring for macOS. You can use Rollbar to monitor, triage, and debug crashes and errors on both iOS and macOS. What else, you ask? We’re excited about some significant improvements for both iOS and macOS. Read on for the details. Real-time crash monitoring & debugging for macOS
