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Should I Choose Flutter for Mobile App Development?

Should I Choose Flutter for Mobile App Development?

These days, the competition among the business is ferocious than it ever has been. This completion ratio forcing IT Companies to continuously research for something new to stay on the top in their industry. This is factual in the digital universe as well. Businesses need to make sure that the users get the most beautiful and smooth digital experience while experience their applications, related to their choice of mobile design and operating system. Hence, businesses need to choose the right technology for mobile development. Recently Mobile App Development Companies use react native and Xamarin for developing a mobile app. But Google Flutter has been building great signs of progress silently. What is flutter app development? Flutter for mobile app development – is an app development framework developed by Google and community and mainly it helps developers to develop a cross-platform application using Google’s Dart programming language. You can develop Android, , Mac and Linux applications using Flutter. Flutter’s popularity increasing is evident. The fact about Flutter is in the top 20 software sources among GitHub’s. It accomplished this accomplishment within just a few months of its first release. Flutter initially release in May 2017 and then recently the stable version of Flutter is released on September 9, 2019. Why Choose Flutter for Mobile App Development Solo codebase Flutter works with a solo codebase for both iOS and Android Apps. That means that developers do not need to code independently for both Android and iOS operating systems. This facility helps them rapidly improve application quality, design, and speed so that more new users get associated with the apps. Dart as...
Ask the Experts: What will be the biggest cyber security story in 2020? – Security Boulevard

Ask the Experts: What will be the biggest cyber security story in 2020? – Security Boulevard

We asked some experts for their 2020 cyber security predictions. They told us to look out for ransomware, election security, 5G, IoT, regulations, and more. Last month, we asked experts about the biggest cyber security threats for 2020. This month we wanted to hear their cyber security predictions for 2020: new trends, new paradigms, and new themes to watch out for as the year progresses. 🤔What will be the biggest cyber #security story in 2020? 🔎 — Synopsys Software Integrity (@SW_Integrity) December 13, 2019 Changing role of the CISO One of the biggest cybersecurity stories in 2020 will be the changing role of the CISO. The imbalance of their work-life will continue to worsen and the role will need to change to meet the demands of the modern cyberscape; for example becoming more of a strategic resource for the business on mitigating risk and facilitating business transformation safely. This will be easier said than done as the majority of CISOs feel that while their work is appreciated by senior management teams, it is still yet to be seen as strategically valuable. Given the broader focus of senior business leaders to drive revenues and protect brand, cyber security is still not widely accepted as a strategic function. Only around half of CISOs feel executive teams value the security team from a revenue and brand protection standpoint and unfortunately almost 20% believe their board is indifferent to the security team, or sees them as an inconvenience. This perception will continue to have a tangible impact on the role of the CISO, potentially leading to more churn within the role and creating bigger...
Announcing .NET Core 2.1 Preview 1

Announcing .NET Core 2.1 Preview 1

Today, we are announcing .NET Core 2.1 Preview 1. It is the first public release of .NET Core 2.1. We have great improvements that we want to share and that we would love to get your feedback on, either in the comments or at dotnet/core #1297. ASP.NET Core 2.1 Preview 1 and Entity Framework 2.1 Preview 1 are also releasing today. You can download and get started with .NET Core 2.1 Preview 1, on Windows, macOS, and Linux: You can develop .NET Core 2.1 apps with Visual Studio 2017 15.6 Preview 6 or later, or Visual Studio Code. We expect that Visual Studio for Mac support will be added with Visual Studio 2017 15.7. ASP.NET Core 2.1 Previews will not be auto-deployed to Azure App Service. Instead, you can opt in to using previews with just a little bit of configuration. Visual Studio Team Service support for .NET Core 2.1 will come at RTM. You can see complete details of the release in the .NET Core 2.1 Preview 1 release notes. Known issues and workarounds are included in the releases notes. To everyone that helped with the release, thank you very much. We couldn’t have gotten to this spot without you and we’ll continue to need your help as we work together towards .NET Core 2.1 RTM. Let’s look at the many improvements that are part of the .NET Core 2.1 Preview 1 release. As big a release as .NET Core 2.0 was, you should find multiple improvements that will want to make you upgrade. Themes The .NET Core 2.1 release, across .NET Core, ASP.NET Core and EF Core...
Machine learning could help search for gravitational waves

Machine learning could help search for gravitational waves

A visualization of a supercomputer simulation of merging black holes sending out gravitational waves. Credit: NASA/C. Henze A trio of students from the University of Glasgow have developed a sophisticated artificial intelligence which could underpin the next phase of gravitational wave astronomy. In a new paper published today in the journal Physical Review Letters, the researchers discuss how they used artificial intelligence tools to train an AI ‘brain’ to search for gravitational wave signals. Gravitational waves, ripples in spacetime caused by massive astronomical events, were first hypothesised by Albert Einstein in 1915. It took another century before the Laser Interferometry Gravitational-Wave Observatory (LIGO) detectors in the United States first picked up the very faint signals from the collision of binary black holes. Since that historic first detection in September 2015, the Advanced LIGO and European VIRGO detectors have picked up numerous signals from other binary black holes and one from the collision of binary neutron stars. Currently, gravitational wave signals are picked from the background noise of the detectors using a technique known as matched filtering, which measures the outputs from the detectors against a bank of template waveforms. Signals which match the shape of a template waveform are then examined more closely to determine whether they represent a genuine gravitational wave detection. However, the process requires a great deal of computing power. As the detectors are upgraded and their sensitivity to gravitational wave signals increases, astronomers expect significantly more detections to be made during each observing run, bringing with it an accompanying increase in required computing power. University of Glasgow Physics and Astronomy postgraduate students Hunter Gabbard and...
Dive into React Native performance – Facebook Code

Dive into React Native performance – Facebook Code

React Native allows you to build iOS and Android apps in JavaScript using React and Relay‘s declarative programming model. This leads to more concise, easier-to-understand code; fast iteration without a compile cycle; and easy sharing of code across multiple platforms. You can ship faster and focus on details that really matter, making your app look and feel fantastic. Optimizing performance is a big part of this. Here is the story of how we made React Native app startup twice as fast. Why the hurry? With an app that runs faster, content loads quickly, which means people get more time to interact with it, and smooth animations make the app enjoyable to use. In emerging markets, where 2011 class phones on 2G networks are the majority, a focus on performance can make the difference between an app that is usable and one that isn’t. Since releasing React Native on iOS and on Android, we have been improving list view scrolling performance, memory efficiency, UI responsiveness, and app startup time. Startup sets the first impression of an app and stresses all parts of the framework, so it is the most rewarding and challenging problem to tackle. Always be measuring We converted the Events Dashboard feature in the Facebook for iOS app to React Native (navigate to the More tab in the app and tap Events to see it). This was the perfect candidate for testing performance because the native product was already highly optimized and provided a typical “interactive list of items” experience. Next, we set up an automated CT-Scan performance test that helped us navigate to the rightmost tab, which...
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