7 Stages of System Development Life Cycle

To make your mobile app visible in such a complex scenario, you need to be very particular about the approach being followed for mobile app development.

In this blog post, to make you aware of such ‘not to be missed things’; we have listed the stepwise tutorial that will help you to create a successful mobile app development for healthcare catering to the needs of users to its best.

Follow these steps to deliver a successful healthcare app to your end-users:

Read More at: https://www.linkedin.com/pulse/step-guide-successful-healthcare-mobile-app-sanjay-pandey/

Find here the outcome of GitLab's DevOps survey that focuses on faster software releases with a few security concerns shared by development and security teams.

In order to reach such epic levels of productivity, businesses need a plan for managing their software from beginning to end.

That’s where application lifecycle management (ALM) comes in.

ALM helps businesses make smart decisions about their software and manage it efficiently over time.

Application lifecycle management, or ALM, is an integrated system of people, processes, and tools that manage the life an application from concept to retirement.

Regardless, ALM can be broken down into three elements: governance, development, and operations.

Some companies (like Microsoft, for example) include help desk activities in ALM as well.

The development team moves step by step through different SDLC stages.

Every stage finishes with testing and a team moves on to the next only after the previous stage is complete.

This model is also named Validation-Verification.

If all requirements have been fulfilled and the team can move on to another software development phase.Don't forget that you cannot easily move back a step to fix or add something if you use the V-shaped SDLC model.

The process is repetitive and lets create a new product version for every cycle.Each iteration lasts from two to six weeks.

The result in mind is the release of a new component, which is then added to the existing components and features.

A drive towards saving the environment, making commute easy and affordable, electric bike riding platforms have swept globally in a matter of few years.

Amongst the prevalent reasons, one major reason of electric bikes gaining popularity is that the cities are struggling with the menace of pollution caused by the huge number of cars on the road, making the cities more and more congested.

Apart from this, electric biking is helpful in last mile connectivity when public transport, personal conveyance or cabs are not available.

Bikes can accommodate in less parking space, huge traffic and need some physical strength to move ahead.

Doubtlessly bicycles have long been promoted as an eco-friendly, healthy and safe mode of transportation and best last mile commute options.

Various city transportation systems have inherited dock-based bike share and rental systems, they have sometimes been limited by a shortage of reliable dock availability, expensive equipment, and inefficient operations.

Continuous Integration (CI) and Continuous Deployment (CD) are DevOps practices that, when implemented together, can greatly improve the efficiency of development teams, making the process more productive and the end product more stable and effective.

Continuous Integration (CI) is the practice of merging all working copies of developer code to a shared mainline.

In Continuous Integration, the segments of code being integrated are relatively smaller, and each of these are saved and automatically sent to the build server.

In this way, new code segments are built, integrated and tested in a matter of minutes, making it easy for developers to check how well they work.

Quick Testing: With Continuous Integration, automation of test scripts and immediate feedback are made possible.

Easy Resolutions: An issue detected in the code by automated test scripts facilitates speedy resolution by developers and avoids massive development problems.

Google I/O 2018 marked the launch of Flutter Beta 3 version, mobile app software development kit (SDK) for building beautiful and native mobile UI for iOS and Android.

How did it come into existence?

Those that do not have time and resources to invest in such native app development would rather settle in for cross-platform mobile app development services, which failed to deliver a native-like experience to users.

Google has revamped several parts of SDK, some of which are as mentioned below:

Read full here What's New in Flutter Beta 3