Mobile architecture ppt

This guide presents a structured approach for designing applications on Azure that are scalable, resilient, and highly available. It is based on proven practices that we have learned from customer engagements. The cloud is changing how applications are designed. Instead of monoliths, applications are decomposed into smaller, decentralized services.

These services communicate through APIs or by using asynchronous messaging or eventing. Applications scale horizontally, adding new instances as demand requires. These trends bring new challenges.

Application state is distributed. Operations are done in parallel and asynchronously. Applications must be resilient when failures occur. Deployments must be automated and predictable. Monitoring and telemetry are critical for gaining insight into the system.

This guide is designed to help you navigate these changes. The Azure Application Architecture Guide is organized as a series of steps, from the architecture and design to implementation. For each step, there is supporting guidance that will help you with the design of your application architecture. The first decision point is the most fundamental. What kind of architecture are you building? It might be a microservices architecture, a more traditional N-tier application, or a big data solution.

We have identified several distinct architecture styles. There are benefits and challenges to each. Knowing the type of architecture you are building, now you can start to choose the main technology pieces for the architecture. The following technology choices are critical:. Compute refers to the hosting model for the computing resources that your applications run on. For more information, see Choose a compute service. Data stores include databases but also storage for message queues, caches, logs, and anything else that an application might persist to storage.

For more information, see Choose a data store.In MDM protocol, the server does not push commands to the device. Once device receives push notification, it queries MDM server for commands, executes them and sends the results back to MDM server. Figure D-1 shows how this works for example, the command is GetDeviceInfo. User logs in to mobile manager via web interface, finds their device and issues command to it.

Refer to Section 7. See Section 7. Device contacts Mobile Server to ask if a new command is available. In addition, the request can contain status and results of previous command already executed. The device executes the command and sends back to the server the command status - success or error and error description and the command result which in our example would be device information.

Mobile Server will store both command status and device information received in its repository. If there are more queued commands available for this device the next queued command is retrieved from the repository and sent to the device as in step 6. In Mobile Manager interface, the user can see the command history to verify that the command was executed successfully as well as device information which was retrieved by the command.

For more information on Mobile Manager interface, see Section 7. The cycle continues in this manner. The device executes commands, sends results to the server, asks for more commands and so on as long as more commands are available. If no more commands are available for this device, the device waits until another push notification is sent to it.

This information is helpful in case of any issues. Follow the steps below to get the document:. Click on "Downloads".

mobile architecture ppt

At the bottom right, you will see a link titled "View All Downloads". Click on this link. You will be taken to "Downloads for Apple Developers" page. Download "Mobile Device Management Protocol Reference" you see that to the right in the search results.

Devices enroll in MDM when the server delivers a special configuration profile to the device. This profile contains:. This is a special payload that tells the device that it will be managed by the MDM server.

It contains server URL, push notification topic and other attributes. Mobile Server needs to authenticate connected devices.Mobile application development poses many challenges such as usability, security, integration, connectivity and speed. Rapid development of these complex applications, if not carefully executed, can quickly lead into major support issues.

Demand for mobile applications has quickly grown due to rapid adoption of mobility over the past few years. They recommended several best practices to overcome these challenges. Various platform options are available for developing applications targeted for iOSAndroid and Windows mobile devices.

Mobile applications are classified into different types based on the mobile development architecture employed to create them. User experience can vary based on the application architecture used.

Architecture overview Diagram for ppt ( Block Diagram)

Here is a consolidated view of different mobile application architectures. For the purposes of this post I have considered only downloadable applications which are installed and run directly from the mobile device. Mobile web applications that run from a mobile browser have not been included in this analysis. Developed using a common programming language across all target platforms, these mobile applications share some of the code.

For example Xamarin platform enables mobile developers to use C programming language to develop native applications targeted to run on iOS, Android or Windows mobile devices.

The user interface in this approach still has to be developed separately for each target platform requiring a separate body of code for each platform type. Some code duplication can be avoided in this approach by building common business logic. Hybrid mobile applications are developed using standard web technologies and then packaged into a fully native application. Once packaged this application can be downloaded onto the device and function very similar to a native application.

Apache Cordova is the most commonly used mobile development framework that provides the wrapper required for hybrid mobile applications to access device functionality. A major advantage of this approach is that there is one single code base from which it is possible to produce several versions of your application for each target mobile platform.

Platform specific native application architecture is best suited for consumer applications and games that need to attract customers with rich UI, heavy graphics and animations and other device specific features.

Code shared native application architecture in theory can achieve all the benefits of platform specific architecture with the additional advantage of needing a single skill set to develop. Hybrid architecture is best suited for enterprise applications that do not need rich UI, heavy graphics and animations. Many employees access business applications from their mobile device outside the office.

Organizations are moving away from locked down corporate devices to more dynamic BOYD bring your own device type models. This trend poses several challenges to Enterprise Mobility Management including the need for applications to be supported on multiple platforms. Given the increasing need of supporting business applications on employee owned devices and complex integration requirements, Hybrid application architecture is best suited for most organizations.

Sign up to be notified when we publish articles, news, videos and more! Other ways to follow us:. Follow our posts on LinkedIn. Get the RSS link. Selecting the perfect application architecture for your next enterprise application depends on a variety of factors, including user experience, integration, and speed. In this blog post, I explain which application architecture to consider for consumer vs.

Here are some pros and cons on platform specific native application development:. Can quickly take advantage of OS updates. Higher resource costs due to various skillsets needed. Native Application Architecture — Code Shared Developed using a common programming language across all target platforms, these mobile applications share some of the code.

Here are some key considerations on code shared native application development:. Common business logic. Native compilation for each target platform.Belgian practice TOOP Architectuur has designed two mobile architects' studios for its staff made of repurposed shipping containers clad in mirrors and timber.

Everything You Need to Know About Mobile App Development Architecture

Bali-based architect Alexis Dornier has developed a concept for prefabricated homes that could easily be taken apart and reassembled in a new location. Colorado startup Land Ark has revealed its first mobile home, which features angled walls, black metal cladding and an interior wrapped in white-washed pine.

Australian architect Marshall Blecher and Magnus Maarbjerg from Danish design studio Fokstrot have teamed up to create a wooden island, floating in Copenhagen harbour.

Dezeen is giving two readers the chance to win a copy of Nomadic Homes, a book featuring a selection of moveable compact dwellings around the globe. This recreational vehicle masquerading as a tiny cottage is clad in charred wood and sleeps up to eight people.

Retail startup Wheelys has designed a prototype self-driving supermarket that navigates to different locations throughout the day and uses artificially intelligent holograms to help customers.

More Bali-based architect Alexis Dornier has developed a concept for prefabricated homes that could easily be taken apart and reassembled in a new location.Aroundmy dad brought home a large, brick-shaped mobile phone. We were all incredibly excited by the new technology, even though none of us thought it would have a massive impact on our lives.

mobile architecture ppt

I actually still thought of it as a gimmick, a few years later, when some of my friends decided to purchase them.

Mobile devices are clearly here to stay, and along with them come a whole host of new constraints and opportunities for our designs. The physicality and specifications of mobile devices impart different design affordances and requirements. Because mobile devices are lighter and more portable, we often find it more convenient to use them. Consequently, through this more regular use, we feel a unique, emotional connection to them. Most mobile devices employ touch screens, where users rely on gestures — in addition to simple interface elements — to interact with them.

Because of their smaller dimensions, we sometimes expect the content structures to be simpler and smaller. Also, because of their limited bandwidth and connectivity, mobile devices require designs to be optimized for loading time, with reduced data requirements. Because we have constant access to our mobile devices, we tend to use them more frequently. They come with us on the bus, walking down the street, or watching TV.

This means we may use the device under difficult viewing conditions, or among a variety of distractions. Finally, we have different attitudes, behaviors and priorities while using mobile devices.

As part of their Going Mobile study, User Experience Design agency Foolproof found that these devices have given us a new sense of freedom and control. In turn, some users feel a very real affection for their mobile device. The only problem is that our traditional best practices may not always apply. The biggest parts of the process it affects are our delivery methods and our information architecture. Unlike traditional websites, there are four popular mobile delivery methods.

Those who choose to install an application on their phone either receive a native app lication or a hybrid app.

Application Architectures

Native apps are self-contained: every screen of the application is defined up front. Each delivery method has different pros and cons. In the following table, higher star values are better.

Mobile devices have their own set of Information Architecture patterns, too. The hierarchy pattern is a standard site structure with an index page and a series of sub pages. If you are designing a responsive site you may be restricted to this, however introducing additional patterns could allow you to tailor the experience for mobile.

Multi-faceted navigation structures can present a problem to people using small screens.Mobility is a new necessity of our era. The development of mobility lends smartphones powerful capabilities and provides fertile ground for many mobile apps. The Game Has Already Started In addition to traditional approach escompanies are adopting mobile apps to boost their business value. However, heavy competition means not every player can reach their goals.

The main reason for failure i s gaps in mobile app architecture and development. Companies are using mobility to improve employee productivity. This has led to fierce competition among software development companies. As a result, many fall behind.

Often the reason for the failure is ignorance of mobile app development architecture, one of the founding principles of enterprise software development. Application architecture is a set of technologies and models for the development of fully-structured mobile programs based on industry and vendor-specific standards. As you develop the architecture of your app, you also consider programs that work on wireless devices such as smartphones and tablets. Mobile app architecture design usually consist s of multiple layers, including:.

As building a better application architecture is crucial to the success of your project, there are several things to keep in mind before you start designing your app architecture:. There are different types of smartphones and it is important to evaluate the device type and its characteristics before choosing a specific app architecture. You should keep in mind the following device features:. Wondering why we should determine the device type when choosing the architecture of the application?

It is important to consider the web scenes in those regions where your target audience lives, such as fluctuations in internet speed, which have a negative impact on user experience. Your client may not be able to connect to the internet all the time. Sowhen creating a program, you should be think ing about the worst of i nternet conditions. Think about power consumption and speed when choosing software and hardware protocols.

Also create a caching, state management and data access mechanism that can be tuned to slow and intermittent web connections. When it comes to creating a pixel-perfect UI design, you can explore your creative perspective in a unique style. However, you should always keep the interface as simple as possible so that users can interact intuitively. Also, keep in mind that a messy user interface can make your app fail.

Software navigation is a crucial aspect, including front-end and back-end. When choosing a navigation strategy, you should bear in mind both your preferences and the needs of the app. This is crucial because it will have a huge impact on the user experience. Of the various navigation means availableyou should analy s e and select those most appropriate for your case.

S ome of the most popular include :. F or this, you need to follow specific guidelines when building your app for efficient execution in different situations. Any program can be divided into three different levels, as described above. The main focus of this layer is how to present the app to the end user.Microsoft PowerPoint Mobile is the best app for reviewing, delivering, and creating presentations on Windows phones and tablets with a screen size of For more information, see requirements that follow.

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mobile architecture ppt

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