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7 Key Features of a Mobile Wallet App – An Expert’s Take

In the past few years, we have witnessed a steep rise in the online payment system. From shopping to paying bills, digital payment through a mobile app like Google Pay, PayPal, Paytm is nothing less than a boon. Owing to this digital advancement, people don’t have to hang out with wallets full of cash and cards or wait in ATM lines.

According to the reports, the e-wallet market is anticipated to rise at a CAGR of 15% and reach around $2100B by 2023. Following the momentum of mobile wallet apps, many startups are investing in app platforms to penetrate this market and foster seamless transactions. The success stories of apps like Google Pay and Paytm are an inspiration for almost every entrepreneur or iOS/Android app development company.

Let’s have a look at the significant features that have contributed to the success of wallet apps.

Features of a Mobile Wallet App 

Seamless Transaction

Making a payment via a mobile wallet is very easy and smooth. The users just have to link their debit/credit card and a document with the digital wallet application. The app then stores the information for authentication to offer a secure and seamless transaction. Additionally, users can sync their data with multiples devices to use the e-wallet anytime and anywhere.

An Intuitive UI/UX Design

UI/UX design plays a significant role in increasing the app’s user base as well as popularity. To ensure that the app is interactive and user-friendly, one must deem UI/UX as a crucial part of their iOS /Android app development. It contributes heavily to the success of a mobile wallet app.

Cloud-based Technology

This feature secures and expedites the transaction process. The cloud-based technology provides customers a complete suite of capabilities to turn their smartphones into e-wallets. For example, a payment done with a simple tap at Point of Sale (POS) terminals is facilitating the transaction process for vendors, issuers, as well as buyers.

GPS Tracking & Navigation

Nowadays, everyone can accept payment via mobile app no matter where they are. With GPS tracking and navigation, users can easily find people on their devices and proceed with the payments just by tapping on the specific username. This feature considerably saves time as no account information is required to make transactions.

Wearable Device Integration

Earlier, wearable technology was just limited to smartwatches, fitness trackers, or smart jewelry. But now, it is the next logical step for digital payments. Similar to contactless debit/credit cards, wearable payment devices comprise a Near Field Communication (NFC) chip. This chip contacts the card reader’s chip at the point of sale, enabling the seamless transaction.

Spending Analysis

This is an additional feature you must integrate into your wallet app to allow users to monitor their spending. Thus, they can plan their spending in a better manner and limit their expenditure whenever needed.

Privacy and Security

Users have to enter their card information and create a password to use a digital wallet. So, the app should have an additional layer of security to protect their data. As wallet apps are more prone to hacking, mobile app developers must create a password-protected application having features like OTP, QR Code, and fingerprint scan. These security features not only authenticate and validate the user’s identity but also enable secure, quick, and efficient transactions.

Rewarding System

Since rewards attract users in a more engaging way, incorporating this feature into your app to add more value to it. You can opt for different rewarding techniques, including cashback, discounts, or points.

Backup Facility

Developing a mobile wallet that automatically creates a backup of the files employed in every operation is an additional benefit. It will allow the application to save all the essential information added by users for future preferences.

Final Words

In this tech-driven era, mobile apps have transformed the way transactions take place. Biggies like PayTM, PayPal, and Google Pay have elevated the overall economy as well as the financial sectors of various nations.

The above-mentioned key features emphasize the importance of developing a customer-centric wallet app that fastens transactions. If you want to create a mobile wallet app and penetrate the e-wallet market, avail our end-to-end iOS/Android app development services.

React Native vs Flutter – Which one is better?

With the mainstream adoption of modernized technology, the demand for mobile applications has reached an unprecedented level. To suffice the increasing needs for the customers and businesses, a consistent inflow of niche technology, platforms, and frameworks has become indispensable.

For developing a high-performance app for budding businesses, mobile app developers require a robust technology that makes time-consuming coding simple as well as efficient. Thus, most of them are turning to cross-platform app frameworks as they are sought-after in today’s mobile app development market.  

Nowadays, React Native and Flutter are deemed two significant frameworks that have been neck and neck for proving their worth. The comparison between these two development frameworks has been a hot topic for the past two years. So, we are going to share our perspective on these frameworks in this article.

Let’s have a quick comparison to decide what to choose in 2020

Facebook launched React Native as a hybrid framework in 2015, which gained a rapid momentum due to its benefits. Experts believe that React Native is the future of hybrid applications.

On the contrary, Flutter introduced by Google is a newbie in the market, which helps mobile app developers in creating intuitive native-like, cross-platform apps quickly.

Below, we have shed light on performance-based comparisons of these frameworks, done on the basis of various factors.

User Interface

When it comes to an app’s user interface and creating the block component, you will witness a considerable gap between Flutter and React Native. While React Native is based on native components, Flutter operates flawlessly with the proprietary widget sets. These widgets are considered the best for creating a customized UI design that also provides dynamism as well as native support.

However, proprietary widgets have a few drawbacks due to which the app lacks a few components, resulting in compromising the user experience. Thus, React Native wins the credit for being the most dynamic framework that improves the user experience of the apps.

Development Time

React Native has become one of the most reliable frameworks for building high-quality, next-gen applications. Mobile app developers prefer this framework because of its efficiency and reduced development time frame. Also, most people hire React Native app developers to give a mobile presence to their businesses and stay ahead of the competition. The ready-to-use React Native components facilitate and expedite the app development process.

On the other hand, Flutter takes more time in app development. Though this framework promises high-quality usability, it demands more recognition as compared to React Native.

Performance

The performance mapping of React Native and Flutter is the best way to figure the ideal mobile app development framework. Dart frame is deemed the key reason why these frameworks have surpassed the other frameworks. Furthermore, the JavaScript layer helps them in connecting with native components seamlessly.

React Native has a broader community as React Native app developers don’t have to face challenges while creating a hybrid app in a native environment using this framework. However, they sometimes witness issues while running a React Native app architecture.

On the other hand, Flutter makes it extremely easy as developers can reuse the existing codes. The C++ engine works perfectly and supports the language. Thus, Flutter steals the thunder here.

Stability

Stability is one of the key factors for a Flutter and React Native app development company to create a frictionless mobile app. The competition between React Native and Flutter is quite tough. In 2017, the Alpha version of the latter framework had left it one step behind as it is not ideal for large projects. But, it made a comeback by launching a Beta 2 version, which offers some exceptional features for mobile app developers.

In contrast, React Native’s community support, and its consistency has made it a more demanding and reliable framework. While React Native has already made a statement in the industry, Flutter is still striving to make a mark. Thus, React Native has outclassed Flutter without an iota of doubt.

Customer Base

React Native needs no introduction as it was and is the best mobile app development framework so far. This framework is perfect for every kind of project as apps like Instagram, Skype, Facebook, Airbnb, as well as Walmart have been developed using this technology.

In contrast, Flutter that came into existence a few years ago is still struggling to match with the benefits offered by React Native. Due to its inception after React Native, it will take more time to gain popularity and acquire a large community.

Documentation & Toolkit

Documentation is a complicated and time-consuming process. Flutter facilitates this process and makes it easier for developers to document the applications. Thus, as far as documentation is considered, this framework is way better than that of React Native.

On the other hand, the documentation process with React Native is not so organized. This framework deletes the components that streamline this process.

Besides, the tools bring forth a fierce competition between these two frameworks. Flutter possesses a wide array of IDEs as well as tools with React Native support. Also, this framework is highly compatible with the Visual Studio Code and Android Studio. Therefore, Flutter is a clear-cut winner in this aspect.

Takeaway

So, this is a detailed list of the comparisons between React Native and Flutter that are sought-after among startups as well as well-established businesses. Both of these frameworks have their own benefits in terms of performance, stability, documentation, and community.

Thus, it is kinda hard to decide which one is better as both come with their own pros and cons. But we can say that Flutter will take more time to gain stability in the industry as this is a relatively new framework. This concludes that React Native is a smart choice for hybrid app development.

A Comprehensive Guide on Building a Video Streaming App like Netflix

Today, Netflix is attracting TV viewers across the globe. What’s the secret behind such momentum? Easy access to a host of TV programs, movies, original shows, and documentaries at multiple service packages. While people are getting addicted to its video streaming services, businesses are going the extra mile to create similar apps like Netflix with additional features that can beat the Netflix fever.

Here are some interesting facts and statistics about Netflix:

  • Netflix’s audience generates 40% of internet traffic globally.
  • Netflix accounts for 8% of the time spent on binge-watching worldwide.
  • Streaming revenue of Netflix will be about $7215 in the US by the end of 2020.

Netflix Business Model

Netflix learns that its viewers possess multiple interconnected digital devices, and they may watch their favorite programs on any of them at any time. Moreover, for a family, it doesn’t make sense to have an individual subscription for each member. Provided that Netflix offers four subscription plans, each having its own offerings. These plans decide on which device users can watch videos and how many members can stream at a time under one subscription.

  • The mobile plan allows watching SD videos on a single mobile/tablet.
  • The basic plan allows watching SD videos on any one device simultaneously.
  • The standard plan allows watching HD videos on two devices simultaneously.
  • The premium plan allows watching HD videos on up to four screens simultaneously.

Netflix caters to three different business segments – domestic DVD, domestic streaming, and international streaming. Domestic DVD was the first model Netflix came up with and later moved on to video streaming gradually. Among these three models, domestic streaming generates the maximum video. However, this video streaming app has started focusing on the global market by producing and providing country-specific or area-specific content since 2018. The profitability of Netflix has been on a consistent rise since then.

Key Features of an Online Video Streaming App

Netflix, an on-demand video streaming app, has gained immense popularity due to its exceptional features. If you’re devising to create your app like Netflix, you must at least take these features into account. 

Setup Multiple Accounts: 

After creating an account, users can add up to five separate user profiles for each family member or friend. Thus, each profile can have its own favorite list, recently watched list, ratings, and show and movie suggestions personalized based upon earlier watched videos on Netflix. Also, note that if a user deletes a profile, his/her watching history and saved list will also be deleted permanently.

Multiple Control Levels:

Among Netflix content, there is the stuff that is a little unpleasant for kids. While setting up profiles, users can choose between four maturity levels – from kids to all. If this control is not enough for them, they can also create a PIN under the ‘Parental Controls’ section in Settings to not let kids switch their profile.

Content Search Filters:

A long list of movies and TV shows can be overwhelming. Netflix allows users to narrow their search using filters like title, actors, directors, or genres, and stumble upon the best content aligning to their preferences.

Adding Content to ‘My List’:

‘My List’ is one of the most useful sections of Netflix, where users can save their favorite content by just tapping on ‘plus(+)’ sign on each show or movie they want to watch later.

Content Ratings:

Netflix has gone far beyond the five-star rating system. This app allows users to thumbs-up or thumbs-down a movie or show, and Netflix will show less similar content to them accordingly.

Download Feature:

Sometimes, users stuck in a space where they can’t play videos online. This is why Netflix provides a feature to download a list of shows or movies (up to 100 at once) so that they can stream videos even if there is no signal. Besides, users can also save all of their data by enabling content download only when their device is connected to WiFi.

Netflix Roulette:

We often struggle to choose when we have too many options. Similarly, from the vast catalog of entertainment, most users spend more time deciding what to watch than actually watching something. Thus, Netflix brought forth a feature using which users can select a genre, type, IMDB, and then tap on the spin button to explore a list of random content that suits their preferences.

Turn Off Autoplay:

We all enjoy binge-watching, especially when Netflix actively encourages it. However, this video streaming app enables users to disable autoplay to prevent Netflix from automatically playing the next episode when they are streaming a TV show.

Delete Browsing History:

Sometimes, Netflix recommends stuff similar to videos that users have watched but not liked. Such suggestions based on ‘because you have watched..’ can be annoying for the users. So, Netflix has allowed them to delete those blights from their Netflix history to make their streaming experience smoother and more entertaining.

Tips for developing a video streaming app like Netflix

Here are some guidelines that you should consider during the Netflix clone app development.

  • The interface is the primary aspect that users come across. Make sure to keep it intuitive and engaging to behold.
  • Create a futuristic and future-proof app if you want to expand your user base to other nations, provide services in multiple languages, etc. down the road. It will eliminate the need for completely redesigning the app.
  • Allowing users to log in the app via multiple ways like email, Facebook, mobile number, etc. will add an extra layer of convenience.
  • The mobile application should operate seamlessly on multiple platforms, including smartphones, tablets, etc.
  • User data and payment gateway should be 200% secure.

Before developing a video streaming app, devise functionalities that will make it easier for the users to watch, save, and share their favorite movies or shows.

Factors that affect the video streaming app development cost

The cost of a video streaming app depends upon many aspects. Some of the most important are:

App Features: Above, we have explained the key features that you should incorporate into your app to penetrate the market. The development price of the app will vary depending on the number of features you want to add to your application.

App Platform: The technology that you employ to develop a Netflix clone app and then maintain it also determines its development cost. These technologies may include Swift, Objective-C, Kotlin Java, React Native, and more. You should choose the technology based on the problems you want to overcome and the goals you want to accomplish.

Location of development company: Most businesses outsource app development because it enables them to focus on their core idea and in-house operations. When you plan to outsource, make sure to take note of the location of the mobile app development company as it is a significant factor for cost estimation.

Different countries have different app development rates. For example, in North America, development rates range from $50 -$250 per hour, while app development services in India range from $15-$80 per hour.

If you hire Indian mobile app developers, you will get the same work done at much lower rates than that of the USA.

Other video streaming apps that are widely used globally are:

  • Amazon Prime Video
  • YouTube
  • HBO Now
  • Hulu
  • Twitch
  • Crackle

Final Words

From the past years, people have been shifting from text-based content to audio and then video. Bloggers are also becoming vloggers to retain and increase their followers. With all this video content being created online, platforms or mobile apps are needed to boost the reach of this content.

Currently, there is a plethora of video streaming apps in the market, but none could surpass Netflix. If you think that your idea can help you outshine this video streaming market, approach the experts of a reliable mobile app development company.

IoT Key Components – From Device to Application

The Internet of Things (IoT) is escalating at a fast pace. Statista forecasts that around 50B IoT devices will be in use by 2030 across the globe. However, despite this massive IoT presence and business opportunities offered by this technology, a host of people are unable to comprehend this term. Also, they are not familiar with the essential components required to build a reliable architecture for IoT applications and implementations.

Technically, IoT is a network of identifiable devices or objects that can communicate with one another via some kind of connectivity, without human intervention. Let’s analyze what elements are really needed to create an interconnected infrastructure and empower physical devices with digital intelligence.

The Fundamental Layers of IoT Architecture

Since IoT systems are diverse in terms of industry-specific use cases, there is no viable architecture that can completely address all possible IoT applications. The most extensively used IoT architecture comprises three layers:

The Perception Layer  The purpose of this layer is to interact with the physical world through IoT devices integrated with sensors and actuators.

The Network Layer  This layer intends to conduct a fundamental analysis of data garnered by sensors using IoT gateways and communicate that data to a server for further processing over communication protocols like MQTT.

The Application Layer – This layer provides an interconnection between the above two hardware-related layers and business applications to render app-specific services to users.

IoT App Developers

Key Components of IoT

IoT is way more than just a set of elements like actuators and sensors. Within the notion of IoT, the devices and elements are connected in a single network or environment, with analytical and managerial systems, to facilitate automated device management as well as data-driven decision making. Let’s explore each architectural component of IoT and how they all are connected to build a complete IoT network.

IoT Sensors

The practice of capturing and analyzing data on a particular object using sensors is nothing new. A range of sensors has been used in industries like buildings, vehicles, factories, and industrial facilities, where they have become the backbone of industrial automation.

The most significant characteristic of sensors is their ability to convert information collected from the IoT network into data for further analysis and processing. In fact, every device which is referred to as “Smart” is developed using sensors.

Data garnered by sensors may have different degrees of complexity, ranging from as simple as humidity or sensor monitoring to as complicated as video transmission. Depending on the use case, a single sensor or a group of multiple sensors can be integrated into a device to extract more detailed and relevant data.

IoT Actuators

Both sensors and actuators are transducers, which means that they can convert signals from one form to another. However, unlike sensors, which track data provided by devices, actuators are responsible for performing actions. These actions may include generating a sound, switching a light on/off, or locking a door.

Typically, sensors and actuators work mutually to monitor as well as control physical devices or processes remotely. In the setup, they are only endpoints that connect physically to the network. However, the analysis of the collected data is conducted in a control layer, commonly known as an IoT gateway.

IoT Components

IoT Gateways

An IoT gateway is a device that is used for basic data analysis. In some cases, when data analysis needs a little number of computing resources, IoT gateways serve as decision points and send specific control commands to actuators that perform actions. However, if a sophisticated data processing is required or information is needed to be stored for further analysis, gateways transfer it to a server located either in the cloud or on-premises.

IoT Connectivity

Now, you have a clear idea of the elements used to build an IoT infrastructure, let’s dive into how they interact with one another and the cloud environment.

End devices and servers can be connected via cellular or satellite networks, Bluetooth, Wi-Fi, Ethernet (Wired LAN), as well as low-power wide-area networks (LPWAN).

IoT Connectivity

Range, bandwidth, power consumption, and cost are deemed the significant factors to decide the mode of connectivity. However, they all perform the same task – getting data to the server, be it in the cloud or on-premises.

IoT Platforms

An IoT platform is a middleware between hardware-related layers (Perception and Network) on the one hand, and the application layers, on the other. It is a multi-tiered technology that helps in gathering, storing, processing, and visualizing data. It also facilitates the integration of data with other parts of the value chain, like a cloud or end-user app.

Furthermore, an IoT platform is accountable for cross-device compatibility and scalability and has exceptional features that expedite the app development process. It also helps in managing connected devices using various protocols, network topologies, configuration, as well as conducts over-the-air (OTA) firmware updates.

IoT Platforms

Currently, there is a myriad of IoT platforms in the market, each having its own significance. Most businesses incline toward top platforms like Google Cloud, Amazon Web Services, and Microsoft Azure to operate connected devices in software projects. However, relying on these giants may not ensure the success of your project. In most cases, IoT platforms are customized for specific industries or sectors, or focus on a particular type of device like smartwatches, beacons, augmented reality headsets, etc. So, you must define your IoT strategy, address the needs of your business, challenges you want to overcome, and benefits you wish to yield before choosing the perfect IoT platform. You can also consult with a reliable IoT app development company to steer clear your doubts.

Conclusion

 After exploring the components of the IoT ecosystem, it is certain that the fusion of these elements may vary from project to project. The core of any IoT product is converting raw data into actionable insights as well as value and helping you to accomplish business goals. So, it will be beneficial if you avail IoT app development services for dealing with various factors affecting IoT architecture and navigating your IoT implementation journey.

9 IoT Applications in Industrial Automation

In today’s tech-driven era, innovation has reached to an extent where machines have begun replacing humans. There has been constant research and advancements to restore comfort and add value to our lives. Internet of Things (IoT) is one of those tech innovations that plays a significant role to make this possible. Every sector, including healthcare, home, manufacturing, energy, etc. is witnessing a massive acceleration in their daily operations using this technology.

Additionally, Statista reports say that the global market size of industrial robots and peripheral is anticipated to reach 70 billion US dollars in 2024. Thus, businesses across the globe are embracing industrial automation extensively.

The primary reason behind the mainstream adoption of industrial automation is the benefits offered by this advancement. Some of its top benefits are:

  • High accuracy
  • Enhanced efficiency
  • Cost-effective
  • Low errors
  • Lower power needs
  • Easy to control
  • Quick process completion

Currently, every smart businessperson strives to automate their business processes to stay ahead in the wave of ever-changing tech-innovations. Below, we are exploring a few IIoT applications to provide you a clear idea of the areas where automation can be leveraged.

IIoT Application #1: Security

You may have heard about fire sensors. It is a small example of how IoT can provide safety and security to business premises. In some industries, there is a need for an additional layer of security besides the general needs.

IoT devices have the potential to continuously monitoring the safety indicators to protect the workplace and workforce from mishaps. They also check and track the illness and injury rates, thus providing a safe and healthy environment in industries.

IIoT Application #2: Automation of processes

Employing IIoT, almost every operation can be automated. Smart sensor networks that are connected to a cloud system can offer a great deal of control over your processes. Thus, the need for hiring employees to handle such tasks will be eliminated.

For instance, restaurants are automating the process of food wastage detection with the help of AI and IoT. The blend of IoT and industrial automation is significantly empowering industries. We suggest partnering with an IoT app development company to create a futuristic solution that can uniquely automate your business processes.

IIoT Application #3: Maintenance

How do you keep up with the maintenance needs of your machines? With the signs of hampered productions, right? In order to minimize the risk of low-quality productions, connect IoT sensors to your equipment. It signals you before the machines start malfunctioning. Thus, you can facilitate predictive maintenance of your business with IoT, regardless of the industry.

Wondering how it works? Sensors connected to your machines transmit accurate data to the cloud system. Besides, they allow you to monitor the performance, improvement, and progress of your equipment.

IIoT Application #4: Smart logistics management

Do you know Amazon has announced to deliver packages using drones? Drones will not only improve safety, speed, and efficiency but also replace humans.

Transport drones greatly help businesses to manage logistics. Although it needs a considerable investment at the initial stage, it will turn out to be a boon and way lucrative after successful implementation.

Moreover, you can also track the need for components with IoT devices. This is majorly leveraged in the airline sector. Inventory management can also be easily handled with IIoT devices.

IIoT Application #5: Integration of smart tools

A plethora of smart devices has been launched by IoT app developers, which provide a safer and error-free workforce to the workforce.

Let’s take an example of wearables like smart glasses. They provide instant notifications in case of an emergency like gas leakage or fire. These devices are also capable of determining the efficiencies of an individual to check their capability for a particular task.

IIoT Application #6: Data analysis with custom software

Machine learning technology has taken data management to the next level. The massive data garnered with the help of sensors is meticulously analyzed. This analytics solution is a major benefit of IoT in industries, which also helps in the optimization of processes. Thus, you can build software for this purpose that suffices the needs and aligns with the operations of your business.

 IIoT Application #7: Advanced packaging

Smart tracking tools have enabled businesses to track the loss of packages/products. The weather, roads, and other environmental conditions are also examined before the transit process. This tracking via IoT mechanisms can create a patterns using which businesses can quickly identify better ways of managing products. By availing IoT app development services, you can build smart IoT solutions to optimize your product packaging. 

IIoT Application #8: Smart vehicles

Companies striving to achieve next-level industrial automation are employing automotive vehicles that consist multiple sensors. These smart vehicles can divert their ways to reach their destination. Besides, they have an in-built GPS feature that can detect the traffic in the way and the shortest possible route to smoothen the journey.

IIoT Application #9: Easy quality control

The quality check of the products and operations is imperative for the success of every business. It enables them to stop following practices that waste time and resources. 

Since IoT sensors can gather data related to temperature, raw materials, and even wasted resources, quality engineers can easily detect the loopholes. Such data can also identify the areas where the processes can be handled efficiently. With IoT-enabled devices, quality issues can be eliminated radically.

Conclusion:

IIoT applications have gained a massive momentum lately. The IoT in industrial automation is bringing forth a lot of advancements by making a lot of things possible, which were unimaginable earlier. 

If you think that you are left behind in the wave technological transformations, consult with a reliable IoT app development company. From start-ups to enterprises, every business is investing in IIoT due to its applications and benefits in industrial automation.

8 Key Benefits of On-Demand Courier Delivery App

The courier industry has witnessed significant growth in the past few years. Companies belonging to this industry are striving to step up their game and offer the best customer service as well as experience.

Currently, on-demand apps are making a statement globally. Courier businesses are readily embracing this digital innovation to facilitate their delivery process. The on-demand courier delivery apps not only reduce the workload but also offer opportunities to businesses to make headway.

While businesses from all corners of the world are shifting their conventional courier delivery way with on-demand apps, there are still some companies that are reluctant to invest in them. So, we are explaining below some massive benefits of on-demand delivery apps to steer clear their doubts.

If you also have any doubts, this article is for you too.

How On-Demand Courier Delivery App Can Benefit Your Business

Seamless Online Booking of Parcel

Since this is a digital era, everything is online these days. On-demand courier delivery apps are a part of this technological advancement that provides easy ways to customers of getting things done. A plethora of giants like FedEx offers online booking feature for transporting goods and have eliminated the need for traveling to courier companies to hand over the packages.

Using this feature, customers can quickly book the courier’s pickup date and time by entering the destination and the parcel type. Besides, they can also see the tariff rate for online courier delivery from their added address to the destination. Thus, they won’t have to worry about the pricing.

Swift Courier Tracking in Real-Time

Courier tracking is one of the biggest challenges of delivery businesses. They are bound to keep track of the parcel until it reaches the destination. Earlier, companies used to stay in touch with the driver of the shipment to know the status of the parcels. However, with an on-demand app, they can easily do this task by scanning the barcode of a particular courier or using an in-app GPS.

Additionally, your customers can also track the status of their booked parcels to estimate the exact time of delivery. Therefore, real-time tracking is nothing less than a boon for courier companies as well as their customers.

Access to Multiple Payment Methods

Nowadays, customers look for a secure, quick, and easy way to proceed with the payments. By integrating multiple payment methods like debit/credit card, PayPal, Google Pay, etc. in the on-demand app, companies provide various transaction ways to customers. The online payment feature also helps you to monitor and manage all your transactions and eliminate the apprehension of delayed or failed payments.

Better Fleet Handling & Management

Any logistics company will have a fleet of vehicles, and the fleet management team often struggles to keep track of each automobile. However, an on-demand delivery app easily sorts this issue out by storing all the data required for fleet management. It provides accurate information about everything right from tracking the routes of every vehicle to the details of the driver directly in your hands.

Timely Updates Through Notifications

Transferring a product from source to destination is an attention-demanding process. The app will instantly notify you if the drivers face some issues in the process. Besides, you can also update your customers with every checkpoint of your delivery services including, order received, pick up, under process, dispatched and delivered, etc. by sending push notifications. The more the customers stay updated, the more valued they feel.

Hassle-free Warehouse Management

Warehouse management is another significant part of a courier business. Using an app, you can easily know the location of your stored inventories and track the status of every warehouse with just a few taps.

Less Paperwork

Courier business pivots around paperwork. Every product that you deliver comes with a ton of paperwork, which is hard to handle. However, an on-demand courier app significantly reduces the paperwork by storing every piece of product’s information and keeping its track until it is delivered. Thus, a mobile app automates everything and also saves up a lot of a hefty amount of money on stationary.

Boost Customer Satisfaction

No matter which business you are running, customer satisfaction should be your primary goal. An on-demand courier delivery app provides the convenience of booking the package from any location and ensure that the customers don’t face any issues while availing your services. Besides, multiple payment methods, along with the tracking features, facilitate everything for the customers and gives them a sense of satisfaction. If you provide an option for feedbacks and reviews, you will become familiar with the aspects you need to improve in your delivery process.

Key Takeaways

The on-demand courier delivery app is essential for every courier business, and the benefits above have proved why you should get one. Most companies are capitalizing on on-demand apps to gain a competitive edge and thrive in the market. So, if you want to give a mobile presence to your courier business and provide best-in-class services, consult our experienced mobile app developers. They will certainly go the extra mile to guide you in the best possible manner and deliver you a high-quality product aligning with your goals.

How the Blend of IoT and Automation Can Empower Industries

IoT development is deemed a significant technological advancement in today’s industrial revolution. Businesses endeavoring to achieve better productivity and streamline internal operations are embracing this digital transformation.

Currently, most businesses strive to earn larger market shares but face challenges in creating innovative equipment and systems. IoT easily overcomes this hurdle by providing them high-speed and efficient systems that not only smoothly run their processes but also bring forth new revenue opportunities. Another challenge they encounter is the integration of these advanced systems for seamless apps. Original Equipment Manufacturers (OEMs) and design engineers employ research and development (R&D) strategy or avail IoT development services to build low-cost solutions aligning with the ever-changing demands as well as trends.

Impact of IoT on Automation

The IoT has reached the next stage of business, where the focal point is integration and convergence across industrial verticals. Businesses seem more focused on the value and objectives as compared to the versatility of connected devices now.

Besides, the advancements occurring in IoT connected devices, software, platform, apps, and systems are the key factors to take note of. They heavily rely on the implementation of subsystems and modular components that can boost efficiency and eventually reduce manufacturing costs. It is also imperative for manufacturers to develop equipment with flexibility in design, reusability, movement, and interconnectivity.

IoT-enhanced Manufacturing

With applications in home automation, healthcare, automobiles, and other industries, the Internet of Things has become ubiquitous. However, with conventional methods, manufacturers have to cope with a lot of obstacles while developing smooth communications for enhancing the capacity as well as flexibility of analyzers, actuators, and robotics. To overcome these challenges, IoT-enabled industrial automation offers the integration of multiple commercial technologies across significant industrial apps, such as Programming Logic Controllers (PLCs).

Additionally, managing the massive amount of data is also one of the biggest concerns of digitization. Analysis and distribution of garnered data are essential for OEMs to derive predictive models. These models help end-users to minimize costly unplanned downtime. Besides using the cloud, manufacturers need to create an interface to read the data as well as present relevant information to the end-user. Thus, automation engineers partner with IoT developers for efficiently managing data.

How IIoT is Transforming Manufacturing

Due to the increasing cost-effectiveness of cloud technologies, IoT, operations, and maintenance personnel are relying on IIoT by integrating more sensors, intelligent controls, and smart switches. Industries need systems that can perform predictive analysis and figure out the projected time of servicing. Researchers believe that such abilities have the potential of considerably reducing maintenance costs as well as breakdowns of companies.

Enterprises are having a keen interest in incorporating three crucial elements of business – machinery, robotics, and human power. So, manufacturers are embracing the advanced systems to minimize operational efforts as well as manufacturing costs.

Furthermore, elevating the adoption of supervisory control and data acquisition (SCADA) systems is a growth indication for traditional manufacturers. Conventional SCADA systems can’t communicate with logistics and operations. This is where IIoT comes into handy. Industrial IoT connects all aspects of manufacturing, including sales, operations, delivery, and inventory. These connections make equipment more autonomous, and above all, they can coexist with SCADA. Thus, it boosts integration and eventually replaces or incorporate data acquisition systems into IoT.

Four Key IoT Trends

According to Grand View Search, the global IIoT market is anticipated to reach approx. $933.62 by 2025. The need for real-time information remains the primary market propellant, and innovation is expected to drive IIoT demand. Most businesses focus on databases to monitor, categorize, and optimize operations. Emerging regions are also projected to witness significant growth with increased industrialization as well as the adoption of IoT over the coming years. Four major IIoT Trends are:

Data Intelligence

Continuously growing efforts to improve digital literacy is a significant trend anticipated to emerge in the coming future. Organizations invest in systems and programs to ensure the data collected is 100% accurate. Preferring data quality over quantity makes manufacturing companies ahead of the competitors. So, they are more likely to hire IoT development services to find a way to gauge the potential of major cloud platforms with the use of advanced tools.

Smart Cities

The rising demand for the connected environment, high precision location services, and autonomous technologies ensure the meteoric growth of IoT for smart cities. It not only boosts the adoption of IoT and IIoT but also improves infrastructure services and applications. Eventually, incorporation of these systems elevates the accuracy of parking systems, traffic lights, security systems, and more.

Business Collaborations

While innovations like flexible machines and systems and integration persist, businesses vigorously forge ahead. Most businesses engage in cooperative partnerships and business collaborations. Mergers and acquisitions (M&A) are expected to help businesses develop advanced capabilities and expedite their operations. Researchers suggest that M&A can bring analytics and digital capabilities under one roof and provide a competitive edge to the organizations.

Advanced Applications

The development of advanced apps, software upgrades, predictive maintenance, next-generation manufacturing, blockchain, and autonomous data centers also impact the manufacturing and automation engineering industries in the foreseeable years.

Final Words

Lack of data visibility and system upgrade costs used to be the biggest hindrance in most businesses until the advent of IoT. Also, data gathering and analysis is a time-consuming and attention-demanding task, which can disrupt routine operations. Incorporating IoT into industrial automation can resolve these problems and empower business verticals globally.

If you want to automate your processes by implementing IoT into your business, turn to our IoT development services. We will steer your whole IoT implementation journey right from ideation and consultation to development and deployment.

A Brief Understanding of the Role of MQTT Protocol in IoT

Internet of Things (IoT) and machine-to-machine (M2M) technologies use messaging and connectivity protocols to transfer information remotely. The key features of these protocols are:

  • Low Power Consumption
  • Small Code Footprint
  • Low Latency
  • Use of Pub/Sub Pattern
  • Low Bandwidth Consumption

MQTT protocol suffices all these requirements and has renowned cloud platforms – Microsoft Azure, AWS, and Google Cloud – as a driving force behind it. Thus, it complements the necessities of IoT and has become a sought-after protocol for this technology.

In this article, we will shed light on what MQTT is, how it works, and how it is beneficial for IoT.

What is MQTT?

MQTT (Message Queuing Telemetry Transport) is an open OASIS and ISO standard (ISO/IEC PRF 20922)[3] lightweight and flexible protocol that was launched by IBM. The lightweight feature allows it to be easily implemented into power-constrained IoT devices, while the flexibility provides support to varied application scenarios for IoT devices and services.

Furthermore, MQTT uses the Public/Subscribe pattern to exchange messages between devices. This protocol basically operates over TCP/IP; however, any network protocol that provides lossless, ordered, bi-directional connections can support MQTT. Generally, it is developed for connections with remote locations where the network bandwidth is limited, and a small code footprint is required.

How Does MQTT Work?

MQTT Architecture

Similar to other IoT protocols, MQTT is based on clients and a server. The connected devices in MQTT are called “Clients”, which communicate with a server known as “Broker”. To clarify,  brokers handle data transmission between clients.

When a client wants to send information to the broker, it will be published to a particular topic. In this case, the client will be referred to as a “Publisher”. On the other hand, when a client that has subscribed to that topic wants to receive information from the broker, then the client will be referred to as a “Subscriber”. Additionally, the client that has subscribed to a particular topic will receive all messages published on the topic henceforth.

The publishers and subscribers do not typically know each other. They are only aware of the broker that serves as an intermediary. Also, any client can be a publisher, subscriber, or both. This setup is recognized as the “Pub/Sub Model”.

IoT App Developers
MQTT Architecture

MQTT Messages QoS Level

Besides messages, the publisher also sends QoS (Quality of Service) level, which defines the guarantee of the message delivery. There are mainly three QoS levels, such as:

At most once: The broker will only receive the published message at most once. This level should not be used for sending important messages since there are fewer possibilities that the subscribers will receive it.

At least once: In this level, the publisher continuously sends the message until it receives an acknowledgment from the broker. In other words, it is more important that the message is received by the subscribers than to ensure that it is received only once. This is the most commonly used QoS level.

Exactly once: The publisher and broker work in tandem to ensure that the subscriber receives messages exactly once. This level needs some additional overhead in the form of a four-part handshake, which provides a secure authentication strategy for information delivered through network architectures. It is the safest and most guaranteed QoS level but also the slowest one. Thus, it is used only when necessary.

How Does MQTT Work in IoT?

As said earlier, MQTT is one of the most widely used protocols in IoT. Let’s understand how it works in the Internet of Things with an example.

Assume you have multiple weather sensors ( a humidity sensor and a temperature sensor) and two mobile phones. You want to send data about the humidity level to one phone and the temperature level to another.

Using MQTT, this task can easily be managed. Firstly, you need to set up an MQTT broker service. Then, you can connect two sensors on the broker as clients and set them up to send data on topics – “Humid” and “Temp”.

After that, you can also integrate the mobile phones with the broker and subscribe the first mobile to “Temp” and the second one to “Humid”. Consequently, two connected devices will receive messages about the humidity and the temperature whenever the sensors publish the required information to the broker.

Over time, MQTT is becoming the most preferred protocol among businesses and IoT app developers for exchanging data among IoT devices.

Key Benefits of MQTT

Lightweight Code Footprint: IoT devices require only a few lines of code to integrate and work with MQTT protocol.

Minimized Data Packets: MQTT is very energy-efficient and operates significantly if a device is battery-powered or has little CPU power.

Speed: MQTT runs in real-time, with no delays outside of Quality of Service (QoS).

Seamless Implementation: MQTT has in-built libraries in programming languages like Python and Elixir. So, it is easy to implement.

Last Will and Testament: If a client disconnects unexpectedly, you can set message instructions that will be sent to all subscribers so as to remedy the situation.

Retained Messages: Each topic can have a retained message that every client will automatically receive on subscribing.

Common Alternatives to MQTT

XMPP (Extensible Messaging and Presence Protocol) is a communication protocol based on XML language for storing and exchanging data. It is often used to support instant messaging services.

A few differences between XMPP and MQTT are:

  • The XMPP code footprint is slightly heavier than MQTT, and you need an XML parser to encode as well as decode information.
  • XMPP doesn’t support pub/sub model by default, but it can be done with an extension.
  • XMPP takes more bandwidth than MQTT.           

HTTP (Hypertext Transfer Protocol) is the foundation of the World Wide Web. However, this protocol is stateless and requires more overhead per transmission as compared to MQTT. Additionally, it has a lower throughput than MQTT, which means that you cannot send multiple messages simultaneously.

Conclusion

MQTT plays a significant role in making IoT products more “low-lift” while achieving desired connections among devices, servers as well as apps. Devices that use MQTT protocol sync easier with existing systems.

If you are devising for a major IoT project, then MQTT would be the best choice. You can also partner with experienced IoT app developers who know the ins and outs of this protocol.

7 Proven Ways to Improve Your IoT Device Security

Internet of Things is driving connectivity and convergence between everything. Amidst the emerging technologies and ever-changing trends, IoT smartly connects businesses and customers in this digitally-driven world. However, it also prompts hackers and attackers to commit data breaches.

We can’t gainsay the fact that businesses perceive IoT as a boon for their growth, but due to lack of security checks, this emerging technology can also turn into a bane for them. Initially, it will result in data loss, but as the ripples spread, it will end up in a slew of losses – tangible as well as intangible.

Thus, when every type of data, including employees, customers, business, infrastructure, etc. are prone to risks, it is crucial to take measures that improve the security layer of a myriad of devices and networks connected through the Internet of Things.

Future of the Internet of Things and Need for Security Enhancement

According to our perception, the future of IoT is invincible. Statista reports say that there will be about 36M connected IoT devices worldwide by 2021. Therefore, businesses from all the industries, including agriculture, healthcare, energy, retail, and oil and gas are set to leverage the future opportunities brought forth by IoT.

With billions of devices connected via IoT, a massive amount of data is generated. However, the lack of effective security protocols increases the susceptibility to hacking. For the seamless and secure functioning of IoT devices, businesses must follow risk-aware approaches and enterprise-grade practices to create a secure infrastructure.

How to Overcome IoT Security Challenges

When IoT was at its nascent stage, security, perhaps, wasn’t a much-focused factor. However, given the IoT security challenges, data breaches, and continually increasing cybercrime, it has become imperative for businesses to embrace IoT security protocols and techniques to ensure improved data security to your valuable data. Below, we have outlined a few tips that you can follow to overcome the IoT security challenges as well as apprehensions.

IoT Security Analytics

IoT app developers usually deploy IoT devices in different environments. Therefore, it necessary to track the activities of various IoT devices using  IoT security analytics. This approach helps the businesses in the structured garnering of data generated by a variety of devices and networks connected via IoT. It also easily monitors the behavioral change in data processing and reduces the possibilities of data breaches.

Public Key Infrastructure (PKI)

The growing rate of hacking and data breaches has resulted in a surge in demand for PKI. PKI is a set of protocols on which digital certificates are issued after a registration process. The registration process records devices, users, or identities and allows businesses to spot unidentified users instantly. Thus, you can keep communication channels safe and secure.

Device Authentication

Device authentication is a potent mechanism for the authentication of billions of connected devices. With robust passwords protocols, integration of two-factor authentications, and many other practices, you can analyze as well as scrutinize every device trying to connect to the network.

Secured Internet Network

The network vulnerability is in direct proportion to hacking and can experience DDoS (Distributed Denial-of-Service) attacks, for example. These attacks disrupt the functioning of connected devices and often generate inappropriate or misguiding data. In such cases, a secured internet network must be used at places where IoT devices are implemented and run.

Secured Cloud Platforms

Most businesses use the cloud to store massive data generated by IoT devices. Hence, it is vital to secure the cloud platforms which communicate data with IoT devices. Besides, you should also protect and update passwords at regular intervals, implement provisions to block the account, for a defined timeframe, after multiple failed login attempts. Two-level security features will also add an extra level of security.

Encrypted Security layers

In most cases, IoT devices are not developed with security layers and are highly vulnerable. Thus, it is essential to incorporate encrypted security layers into your IoT device during its development. Also, the devices should be developed with updates operating systems and robust as well as high-performance hardware that secures the entire data exchange process. This would lead to a safe environment for storing and communicating data.

Software Update

In various industries, IoT devices, connected to sensors, are embedded in remote areas to glean data. Therefore, the software update for these devices becomes vital as it protects them from hacking and data breaches. The updated software and firmware also facilitate the incorporation of new features into IoT devices besides helping in identifying and eradicating security bugs.

Conclusion

Whether the nascent cyber laws can deal with cybercriminals or not, the demand for secure IoT products has been continually rising in the maturing market. News reports inform that the IoT security market in North America is anticipated to grow approximately by 25% annually, and this growth will be fueled by continuously increasing demand for IoT device security solutions and cloud-based enterprise apps. Likewise, other regions of the world will also witness a surge in demand for IoT security solutions, depending on the increasing use of IoT devices as well as networks.

6 Reasons Why React Native is the Future of Mobile App Development

React Native is the most innovative approach to shaping cross-platform mobile applications. This open-source framework has paved the way for app developers who want to implement their skills to build JavaScript-based apps. With native look and feel, it holds the set of features for both Android as well as iOS apps.

Furthermore, React Native is used by a plethora of React Native app developers and globally renowned companies like Instagram, Bloomberg, Skype, Uber, Walmart, Pinterest, and also its founding father – Facebook. Within a few years, it has gained enormous momentum, community share, and market share. Thus, this framework is recognized as a boon for the future of mobile app development in this fast-paced and highly-competitive world.

Key reasons that strengthen the future outlook of React Native 

Native Functionality

Do you know why React Native is called “Native”? This is because React Native comprises Native widgets that make the UI of the app work flawlessly.

Besides JavaScript, it can run the most complex apps smoothly and outperform real native apps without webview. Hence, app developers and businesses incline toward React Native to build native apps supporting the React paradigm in JavaScript.

Stable Community

Since React Native is supported by Facebook engineering, it has a large developing community to back it. Facebook, along with the community, is working relentlessly to improve the framework, set future goals, and offer continuous technology upgrades. So, it proves that React Native is not a bubble that will burst in the future.

Developers Choice

React Native offers a great developing environment, where the app developers can have the best coding experience. It is considered significantly understandable as it relies on language fundamentals and provides a variety of components coupled with filters as well as maps.

Furthermore, this framework provides more support and a simplified code structure to developers. Its architecture is also well-adapted to mobile phones. Thus, React Native app developers easily understand its core structure and find it the perfect tool.

Cross-Platform Compatibility

Initially, React Native was launched for iOS. However, because of its exceptional features and capabilities., Facebook made it compatible with Android as well. Now, most of the React Native APIs are cross-platform, which enables the developers to build a hybrid app through React Native using a single codebase.

Additionally, React Native app developers can embed native code easily, if needed, to provide a more platform-specific authenticity to the application. This, in turn, considerably reduces the development cost as well as time.

How to Enhance the Performance of your React Native Mobile Application

Constructive Developer Practice

React Native eliminates the tedious re-building and organizing steps to simplify the iteration cycle. Additionally, it uses a Flexbox layout engine to create app layouts for both iOS as well as Android platforms. Since one layout engine is enough to work on the web and both the platforms, the app development process becomes faster.

Instant Live Updates

Another significant benefit of the React Native framework is Live Updates. Using JavaScript, developers can directly push the updates to the users’ mobiles without going through the app store update cycle. Consequently, React Native simplifies and streamlines the whole updating process.

Wrapping Up

React Native is inevitably the future of the mobile app development sector as it offers enormous advantages. Soon, it will be morphed into a go-to-framework for the majority of businesses to create most competitive applications within a reduced timeframe, budget, and resources. Therefore, if you are devising to build a business application, investing in a React Native technology is worth everything, and you will love every bit of it.

To know more, you can reach out to our React Native developers who have rich expertise in creating high-performance cross-platform apps.

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