Top Mobile App Development Trends That Will Rule in 2018

Top Mobile App Development Trends That Will Rule in 2018

Smartphones have turned into an inseparable part of our life. Getting up with a morning alarm, using Whatsapp, reading news, listening to music, viewing YouTube videos, replying emails, updating project status and so on, everything is flawlessly executed from our smartphones.

2017 was a remarkable year for application development. And now when a new year is at our doorsteps, it will surely bring some of the new trends in mobile application industry. To beat the competition, being an application development organization, we have collected a list of few trends that are surely going to rule in the year to come. So, without even wasting a single minute, let’s dive into the sea to get an idea of upcoming trends.

AMP (Accelerated Mobile Pages)

Today, in this busy world, no one has patience and time. With the innovation of AMP, the loading speed of page on mobile will become really quick. Apart from this amazing trend, another phenomenal function announced by Google is isolated search index only for mobile web. Looking from the SEO perspective, this can change the whole application development approach. AMP will empower the engineers to develop quick loading websites and mobile applications. This will decrease bounce rates and increase performance level over numerous mobile devices.

Blockchain

block-chain

This trend is still in existence and is going to continue in 2018 as well. In fact, it is going to stay for a long time. Blockchain applications are a record of organization’s details recorded as blocks whether it is bitcoins or transaction history. None of these records can be changed without changing all the consequent blocks alongside the collusion of the network. Blockchain application development can be a good way of putting your competitors aside if they haven’t worked on the trend.

Artificial Intelligence and Machine Learning

Applications have started learning user’s preferences these days and are getting even smarter. Take any of the departments, cyber security, virtual personal assistant, IOT, everyone is turning their way towards machine learning and AI. It is being said that AI market is expected to experience revenue development of up to $47 billion by the year 2020.

Predictive Analysis

This trend is presently being implemented in various organizations such as Apple, Facebook, Google, IBM and also by a few other tech giants of the industry. This trend is about predicting the future results by incorporating machine learning and AI. Know the future analysis of your business by considering the present information and market outputs.

Cloud Tech

cloud

Haven’t integrated Cloud Tech in your development procedure yet? Do it now! You can’t pass 2018 without Cloud tech. Out of all the major advantages of cloud tech, some are streamlined operations, decreasing equipment and facilitating, expanded application storage capacity and improved profitability and collaboration. If you expect to work with your application faultlessly, start using cloud tech ASAP.

Mobile Payment

mobile-payment

There has been an immense shift to the m-commerce with the boost in e-commerce applications and mobile banking. This has been supported more with Apple Pay and Google Wallet. This trend was also followed in 2017 and is expected to get stronger in 2018.

Android Instant Apps

Instant applications are essentially native applications which work like websites. Instant apps are exceptionally helpful that works significantly in getting more users. The need for application installation is eliminated, which in turn eliminates the barrier between applications and web. It runs easily on all Android versions and is additionally simple to share.

Lazy Loading

Many of the times clients abandon the application or website when pictures take too long to load. With lazy loading trend, this would not be acceptable. Now, pictures will be loaded just when turning on the page. Smart, isn’t that so? Bounce rate will decrease and conversion rate will increase with this rule.

AR and VR

Consider the Google and Apple events that occurred this year, both revealed integration in AR and VR. This obviously means next-generation applications, especially the gaming apps are all about VR and AR. The tech experts are expecting to produce revenue of $150 billion by the year 2020.

Edge Computation

The blast of IOT has made an inclination of intuitive computing technologies. Edge calculation is the way out for this. It essentially pushes the information, apps and computing powers away from its centralized point to the logical extremes of the network. A lot of tech giants have just begun putting resources into the hardware and software in edge computing.

Business Bots

The utilization of Chatbots is not in ample nowadays. But, mark my words, 2018 will encounter a gigantic adaption of the same.

Mobile application development trend is about to grow even more in 2018. So, app developers, buckle your boots, analyze the trends and start working on it.

 

How Mobile App Development is More Than Mere Coding?

How Mobile App Development is More Than Mere Coding

At Seasia, development of a mobile application does not just mean designing and coding, but is a much more involved process, encompassing different approaches, development, quality assurance, delivery and maintenance.

We take this extensive approach as it’s impossible to make a successful product without these aspects. A product can be technically sound, but will fail if it does not offer value to its users or is not needed in the market. Likewise, the inimitable value of the product can be clear, but the product might fail if the user experience is poor and has imperfections.

This is why we thought of sharing an overview of how we approach product development, demonstrating the considerations for a more holistic process can greatly benefit the quality of your product and its ability to succeed in the market.

1. Product Definition

Product definition focuses on determining the goals of the product, mapping business objectives, market and competitor research, and creating a mobile strategy. At Seasia, product definition is completed in an intensive 2-3 day of boarding and project kickoff process, with a clear set of goals together with:

• Identifying the business and technical challenges to be elucidated from a feature standpoint
• Identifying the KPIs and success metrics
• Creating an ordered product roadmap
• Discussing key questions or problems to success

Towards the end of this process, we provide a set of deliverables that include the user personas, journey personas, wireframes/sketches, storyboard, and a visual app pattern.

Our onboarding process works to set the quality and priority of the delivery schedule for the project; ensures that we have a solid foundation to build a successful, in demand product; and allows our squads to make the essential decisions to deliver a great product.

2. Design

Our design process focuses just on the end user. All the decisions are made by keeping in mind the user, which is why mapping out user personas during product definition is so grave. Understanding the user and their needs helps inform design that makes the experience with the app easy and pleasurable.

While designing a product, we focus on building a usable yet aesthetically pleasing mobile application that offers a smooth experience. It does not matter how good the product looks if it has a poor user experience.

From product definition itself, we are able to take insights and innovations we make and apply them visually through a process of ideation, formation, prototyping, and styling.

3. Development

Our development process combines elements of various agile philosophies that allow us to create great apps, reduce risk, minimize downtime, and maintain project velocity. The central doctrines of our development process are described below.

4. Flexible, Squad-Based Development

Flexibility is an essential aspect of agile methodology in theory, but not in practice. Flexibility is important because it lets you shift and adapt to the changing circumstances and project needs without affecting the velocity of the project. The reason why teams struggle with it is for the reason that it needs to be infused straight into the development process, which is not an easy feat.

At Seasia, the arrangement of our development team and the methods we follow are aimed to provide flexibility. For mobile application development, we use squadrons- small cross functional teams that share knowledge, plan together, complete the code reviews, and have an identified capacity that allows us to scale (up or down) within that capacity based on the project needs. There are numerous advantages to use this approach: faster development cycles, seamless knowledge transfer, reduced downtime, and an overall saving in the project risk.

We also make the most of rolling wave planning, which involves adjourning the product decisions until you are in the best place to make them. This allows the flexibility to adapt instead of having to stand by or re-plan a large document with the requirements that was conscripted earlier.

5. Sprints

Sprints are common agile development concepts that involve short development iterations. The purpose of these iterations is to accelerate the development and divide projects into smaller, attainable goals that can be achieved indefinite time frames. This allows the teams to be more productive, more accurate with the time estimations and you don’t waste resources in the event that produces a shift in the objectives of the business.

6. Story Points & Predictable Project Velocity

We plan and evaluate the capacity based on the story points. Stories are small units that define features from a user viewpoint. We allocate values to each story using a points system that measures its intricacy; the more complex the story, the more story points it would be awarded.

The capacity of the Squad is also defined in the story points. Expressively, a squad has a maximum of 25 story points per sprint. This verdict is based on our past projects that have allowed us to determine an unswerving number of story points we have been able to get through in the sprints from our former projects. This system allows us to estimate the time the project will take in the complete the work and maintain the project velocity.

7. Quality Assurance

The quality assurance serves the simple function of keeping the bugs away from the final builds. The QA team at Seasia is integrated with the development throughout the SDLC which helps in reducing delays and bottlenecks and ensures that the defects are corrected as and when discovered.

We use a combination of the testing practices and have a dedicated product team. Furthermore, we use an integrated system that gathers projects, checks for errors, and allocates the application to the product team for test analysis.

8. Delivery

Once the application is ready to be published, we also handle submission processes for the app stores.

For iOS, there is a vital yet overlooked phase that many don’t really consider in project timelines, but certainly should. If done inaccurately, the acceptance into the App Store can take up to a week, though stretched if the submission is overruled.

At Seasia, we also have a product release management system that assembles all the assets, enhances the app listing, and concludes the submission process as per the guidelines of the app store being submitted to.

Finally, looking at your mobile application project afar the scope of development is important to create a successful product. While from a design and technical perspective, the project needs to be sound, you also need a mobile strategy, a clear value, intention, an understanding of your customers, and a process for the testing and delivery. This holistic approach is what differentiates between the failure and success of the highly competing app ecosystem.

Future of Wearable devices and at what extent can they help users

Future of Wearable devices and at what extent can they help users

Wearable technology is wholly the indignation, but the vogue goes beyond Google Glass and smart watches such as Apple’s whispered iWatch. And Wearable devices are going to revolute our world in an instant, engendering biggest thrill in the tech industry.

A constricted bond with the Internet of Things, wearable devices are chosen as the next giant for future business by numerous insiders. More than two-thirds of business decision-makers surveyed for the study, or 68%, said developing a wearable’s approach for their business was now a priority. It is expected that use of wearable computers will triple in 2015.

“The wearable market will take off as brands, retailers, sports stadiums, healthcare companies, and others develop new business models to take advantage of wearables,” JP Gownder, the author of the report, wrote.

At the forefront of wearables, ‘Make it Wearable’ prepared by Intel is ranked the best wearable technologies in rewarding. Wearable electronics are the next evolution of mobile technology. One don’t have to generate his own headset or application tomorrow, nevertheless the earlier he jumps strategizing around wearable tech, the additional competitive his business can be in the ensuing stage of mobile business.

To grow with an enhanced future of wearable smart tech, one needs to gaze at its predecessor. Mobile smart devices, specifically smartphones, have had a grander control on the business world than anyone could have ever foreseen. Important calls are now made on the go, teams separated by thousands of miles are capable to conduct even meetings, also, apps have made handling small and medium businesses tasks from sending emails to allocating documents has become easier, quicker, and more effective.

With all heads turned toward wearable technology as the next giant, businesses need to have a proactive approach in place to perform at the competitive prospect, while putting challenges on the forefront. Wearables devices for apparels, accessories and fitness wear have been imbibed with a technology to such an extent that can monitor the heart rate to charge your smartphone.

  • Envisage How Wearables Can Generate New Business Opportunities: The upsurge of wearable devices will create new resources for marketing, comprising smarter, more vigorous customer data pool, and stronger perceptions hooked on user interaction.
  • Possess Human-Centered Design at the Forefront of Your Approach: To effectively hold wearable technology, businesses must situate the user at the center of the action, remodeling an intact enterprise and its capabilities system all over the place the customer or user familiarity.
  • Instill Trust: As trust is a key unease with consumers in the wearables space, initiatives will need to be reliably transparent with what they grasp with data and in what way they use it.
  • Identify that the Wearables Will Continue to Grow: As using any digital strategy, adopting wearable technology requires captivating the long vision.

As the wearable technology fashion continues to segregate, new opportunities aimed at marketing, development, and labor will come into the economy.
From pollution to the weather all over the places, the environment you reside in can affect your health each minute as much as your own habits. Here’s a glimpse of whatever the future holds.

  • Blocks are a hardware and software platform for wearable technology. One can choose the different blocks that one need based on the functions and the appearances, and snap them unruffled to make a wearable band that is exclusive.
  • Nixie is the first wearable camera that can fly. It reveals and takes flight. Nixie comprises the perfect shot from an awesome outlook, capturing the moment deprived of interrupting it.
  • ProGlove is a professional wearable invention tool that permits the user to work faster and easier and releases a new level in business intelligence for production board.
  • BabyBe is an automatic mattress that holds mothers and their babies connected through the manner of artificial development in a NICU. It brings haptic information from the mother to the baby in real stretch.
  • OpenBionics is low-cost robotic prosthetic hand targets to imitate advanced functionality for less than $1000.
  • ArcPendant is a discreet smart pendant that escorts using directional haptic or traces feedback, understands voice guidelines and monitors the body.
  • FirstVision is a new broadcast structure permitting the player’s point of view to be revealed in sports, such as basketball, football, tennis, etc.
  • SnowCookie is a wearable device, which styles you a better, safer and connected skier. It monitors and routes skiing dynamics and environment circumstances in real time to provide you actionable direction and maximize the mountain excitement.
  • Wristify, is an individual, smart bracelet that can cool when you’re warm, heat when you’re cool, and edge with our growing world of connected devices.
  • Baby Guard is a wearable device that supports to monitor the health eminence of eager mothers and their babies. Through endless interaction and customized childcare advice, Baby Guard endorses a healthier, further informed and more linked pregnancy for mother and child.

Technological innovation plays a conspicuous role in serving brands set themselves spaced out in their respective industries and wearable technology is offering brands an opportunity to launch themselves, in the industries such as entertainment, media and communications (EMC), health, retail and technology.

Lets welcome Android Wear!

Lets welcome Android Wear!

Two companies launched smart watches back to back; it started with Sony’s Smart watch which was followed by the hyped Samsung galaxy Gear.

It is announced that a lot more are in pipeline from various companies like Motorola, LG, ASUS, Fossil, HTC, Intel, Qualcomm to name a few.

Android Wear preview SDK launched recently, will let developers start playing with the Android Wear watch emulator which can be hooked up live to their devices and get the feel for how everything will work.

Right now the focus is on handling notifications from various apps running on the device paired with the watch which makes Android Wear more of an accessory rather than a full-fledged standalone device. This also makes sense, I mean why would someone have all the phone features embedded in a watch. It’s a different story with notifications though. If you have a phone in your pocket while you are driving, with Wear, you will get all your notifications on your watch! All Facebook updates, Tweets, Mails, Hangouts, Noom steps and updates like these will be reflected on your watch.

Current Status

The current Android Wear Developer Preview is intended for development and testing purposes only, not for production apps. There are chances that in near future Google may officially release Android Wear SDK.

The applications developed thru current Developer Preview SDK are not meant to be distributed publically, as this Developer Preview will no longer be supported after the official SDK is released (which will cause applications based only on the Developer Preview to break).

UI Guidelines

Android just keeps on growing and growing each day. We welcome the new watch specific UI and I bet developers must be very excited about this.

As the smart watches are new form factor (different resolution/different screen size) hence deserves a new UI model so as to make most out of its dimensions constraints.

At a high level, the Android Wear UI consists of two main spaces centered on the core functions Suggest and Demand.

Suggest: The Context Stream

We first saw something like this in the Sony’s Smart watch. We installed plugins from Play store and these little cards showed up on the watch. These cards show all the updates/notifications from different apps installed on your device. Each of these cards shows a useful piece of information. Navigation is done vertically and only one card is displayed at a time. Swiping horizontally gives more information about that update, so its quite different from the usual status bar notifications in Android.

Cards can also be dismissed by swiping left to right, removing them from the stream until the next time they have useful information to display.

Demand: The Cue Card

For cases where the context stream can’t anticipate what the user would like to do, the cue card allows users to speak to their device.

There are two ways to wake it up: –

  • By saying, “Ok Google”
  • By tapping on the “g” icon on the home screen.

Swiping up on the cue card shows a list of actions,

The list of actions includes Android intents for voice actions. The upcoming official Android Wear SDK will enable developers to match their applications to these intents so users can perform actions using these voice commands.

Now the question arises what if multiple apps register for same voice command. In such scenario, all matching applications will be listed for that particular single voice intent, and users will have the opportunity to choose which application they prefer to use.

Building Blocks of Notifications:-

Actions: Actions appear to the right of your notification when you swipe the card to the right. Only three actions at most are allowed using Wear SDK. Let’s take Gmail for an example. If we get a mail, the card will show that a new email is received. When we will slide card from right to left it will show action that can be performed on that mail like, Reply, forward and delete (as compared to phones where there can be many other options to choose).

Images: Images appear behind cards in the stream. Image should support message of notification For example, a card about a sports team could include the team color and logo; a message from a contact should display that person’s profile photo.

Pages: Pages are additional cards that appear on right side of main card, if message is longer, use pages for additional content. No limit on number of pages you add. However, if notifications consist of actions, then there can be no more than 3 pages.

Notification Stacks: Stacks are basically used when an application has multiple notifications. Each notification (a unique card) can have its own pages and actions. User can click more to see all these notifications.

Voice Replies: Voice replies can be used by messaging applications to provide a hands free way of sending a message. There are also some messages which we can save for later sending and are named “Canned messages”.

Creating notifications: Android wear notifications can be created using NotificationCompat APIs combined with the new NotificationManagerCompat API:

  int notificationId = 001;  // Build intent for notification content  Intent viewIntent = new Intent(this, ViewEventActivity.class);  viewIntent.putExtra(EXTRA_EVENT_ID, eventId);  PendingIntent viewPendingIntent =          PendingIntent.getActivity(this, 0, viewIntent, 0);    NotificationCompat.Builder notificationBuilder =          new NotificationCompat.Builder(this)          .setSmallIcon(R.drawable.ic_event)          .setContentTitle(eventTitle)          .setContentText(eventLocation)          .setContentIntent(viewPendingIntent);    // Get an instance of the NotificationManager service  NotificationManagerCompat notificationManager =          NotificationManagerCompat.from(this);    // Build the notification and issues it with notification manager.  notificationManager.notify(notificationId, notificationBuilder.build());      

When this notification appears on a handheld device, the user can invoke the PendingIntent specified by the setContentIntent() method by touching the notification. When this notification appears on an Android wearable, the user can swipe the notification to the left to reveal the Open action, which invokes the intent on the handheld device.

Similar such code snippets such as for Adding buttons, adding pages, adding bigview, and new features for Wearables can be found and used for further development from Android developer website.

With this new feature Google has yet again proved that they will keep on coming up with more and more exciting technologies and never stop and further give developers what they need, something new to work on and keeping them interested!

Awesome Google APIs, Android, Google TV, Google Glass, Android, now Android Wear…question is, what next? PS: Excited about the new Motorola smartwatch! What say you?