The number of
smartphone users has been soaring with each passing day. Businesspersons are
actively developing high-quality apps to leverage this surge. They know that
the trend of smartphones and mobile apps can exponentially grow their business
and pave the way to success.
However, most of
them often struggle to choose the right technology for their app solution due
to the flood of choices. They not only have to pick the best tech stack but
also consider platforms (Android or iOS) for their targeted group. Luckily,
React Native, a Facebook’s framework, is here to overcome this issue. This
framework has already been adopted by tech giants like Instagram, Walmart,
Airbnb, Facebook, and more, thus gained high momentum in the app development
market.
In this article, we
will discuss why React Native app development services is a smart choice for
your business goals.
How React Native can enable you to drive your business growth
Support
Cross-Platform App Development
React Native allows mobile app developers to create native apps for multiple platforms like Android and iOS using a single code. With React Native, there are no longer any specifications for languages like Swift, Java, C++, etc. All you need is to hire React Native app developers having profound expertise in JavaScript, the native library of UIs, APIs, and hybrid app development.
More
Outcomes and Flexibility
React Native allows developers to perform tasks that are hard to do using basic codes. The framework uses the UI library of Facebook to simplify the application for ReactJS implementation as well as execution. Above all, React Native has a feature named Live Reload that enables developers to make changes in real-time and improve the loading speed of the app.
Hot
Reload
If there is a little
source code change in the React Native framework, developers don’t have to re-run
the entire app. They can check whether the changes are stored and then test
them live. The hot reload feature of React Native allows developers to track
the code changes in real-time.
Less
Development Cost
The development cost of an app depends upon the time taken to build it. Native apps don’t typically support cable portability, so different apps for different platforms may have to be created. This increases the development time of the application, which in result, increases the development cost. React Native, on the other hand, reduces development time by 30-35%, cutting down the production cost considerably.
Intuitive
UI/UX
React Native will help you to deliver a faster MVP version to your applications that will provide you and your users with useful information. Besides, you will get an intuitive user experience (UX) with React Native. This framework also makes the UI of the app look exactly like a native app. Thus, you can facilitate the operating process and smoothen the app UI in order to achieve fast responsive outputs. With React Native, you can develop a high-quality business app without any complexity.
Final
Words
To develop cross-platform apps and quickly penetrate the market, React Native is the best framework to count on. We hope that you have a crystal-clear picture of the potential of React Native and why it is the best choice to create a hybrid app in a fixed budget and time.
Internet of Things (IoT) refers to billions of objects or devices connected via the internet for garnering and sharing information. Any physical object can be transformed into an IoT device with the help of wireless networks. Thus, senseless devices become digitally intelligent, connecting the physical world with the digital world. These smart IoT devices can communicate without human intervention and can also be controlled and monitored remotely.
Examples
of IoT
As said earlier,
almost every physical object can be turned into an IoT device and controlled
using internet connectivity. An example of an IoT device is a light bulb that
can be operated with the help of a mobile application. Similarly, a motion
sensor, a smart thermostat, or a connected streetlight are some more examples
of IoT devices. Moreover, only those devices can be included in IoT that are
not expected to have internet connectivity, for instance, a light bulb. Thus, a
smartphone and a computer can’t be considered as IoT devices.
Functioning
of IoT Devices
IoT protocols are used for transferring data from one device to another through the internet. The devices’ sensors are linked to data networks like Wifi, Bluetooth, etc., and IoT platforms bridge these links. However, almost every business turn to an IoT app development company to ensure device security and prevent their data from being hacked.
Sensors/Devices
The sensors or
devices garner information from the environment. This data could be as simple
as a temperature reading or as complicated as a full video feed.
Sensors and devices
are two different terms because many sensors can be packed together, or sensors
can be a part of a device that offers much more than just sensing things. For
example, a smartphone is a device that has multiple sensors like GPS, camera,
accelerometer, and more. But, your smartphone isn’t just a sensor.
Whether it is a standalone sensor or device, the first step is to collect data from the environment.
Connectivity
The next step is to transfer
the collected information to the cloud via a gateway. Sensors and cloud can be
connected through various technologies, including Bluetooth, Wi-Fi, low-power
wide-area networks, and more. Each option has tradeoffs between range,
bandwidth, and power consumption, which are the major factors to choose the
mode of connectivity.
Data
Processing
Once the data is sent
to the cloud, the software performs some kind of processing on it. This could
be very easy, like checking whether the temperature is within an acceptable
range. Or it could be quite complicated like using computer vision on a video
to recognize objects (intruders in a home).
But what happens if
there is an intruder in the home or temperature too high? This is where the
user comes in.
User
Interface
Next, the
information is sent to the users via an alert like text, email, notification,
etc. For instance, the user will receive a text when the temperature is too
high in cold storage.
Also, a user might
have an interface like a web browser or a mobile app through which they can
proactively track their system. Using an IoT app, users may also perform an
action such as remotely adjusting the temperature and affect the system.
Besides, a few
actions are performed automatically. Instead of waiting for the user to change
the temperature, the system does it itself through predefined rules.
Future
of IoT
IoT has been a
massive success since its inception due to its extensive range of applications.
With the help of IoT devices, collecting, sharing, and monitoring data has
become an easy task. It has been anticipated that there will about 21B IoT
connected devices by the end of 2020.
The IoT applications are huge, and businesses are investing heavily in IoT Development Services to get the best app solutions. Not only this, but cities are also becoming smart by employing IoT technology and leveraging IoT connected devices. It will help in changing our environment as per our needs. There have been speculations that cities will generate a revenue of $210.2B in 2020, which was $129.8B in 2017. Similarly, other industries like transport, health, buildings, etc. will also rake in massive revenue this year.
So, to summarize,
the future of the Internet of Things seems to be very promising, progressing,
and bright in the long run. Also, this technology will revolutionize every
industry by streamlining and expediting their operations.
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.
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.
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.
The advancement in the global web has prompted all-around penetration of virtual connections in real-world objects and activities. Currently, everything can be connected with everything, building a new distributed network that goes beyond the known “Internet of Things” concept. To describe this dynamically changing phenomenon comprehensively, Cisco coined a term – Internet of Everything (IoE) – a technology that has the potential to reshape the tech industry.
Let’s
look at the bigger picture of IoE and how it differs from IoT.
The
IoE concept is based on the notion of ubiquitous connectivity as well as
intelligence. It depicts that smartphones, tablets, and computers do not hinder
smart internet connections. Any object can be integrated with digital features
and easily connected with the distributed ecosystem of other objects, people,
and processes. Thus, the generation and exchange of valuable data and the
decision-making process become easier than ever.
What is IoE?
In
simple terms, the Internet of Everything is the connection between objects,
people, processes, and data merged into a common interrelated network. It aims
to improve experiences, make smarter decisions, and deliver value.
Furthermore,
IoE represents the world in which a myriad of sensors are incorporated into a myriad
of devices, equipment, and ordinary objects, thus providing them expanded
networking opportunities and making them smarter.
In
businesses, individuals, and governments, the chief purpose of the Internet of
Everything is to convert gathered data into actions, facilitate futuristic,
data-based decision-making, and offer new capabilities as well as experiences.
Constituent Elements of IoE
Hardware, software, and devices are deemed the critical components of the IoE sphere. However, there are four constituent elements of this technology that make networked connections more relevant and valuable.
People
use connected devices to deliver insights related to their personal or
professional self. This data may include their preferences, interests, personal
health, etc. which is analyzed by AI algorithms and other smart technologies to
further provide relevant insights that enable them to solve issues and make
decisions quickly.
Processes
Different
processes like AI, machine learning, or other technologies ensure the delivery
of accurate data to the right person or machine at the right time. Since this
data is more about insightful information and actions, finding a way to
decipher the proper flow of data is the key to leveraging the big data.
Precisely, the primary purpose of processes is to make the best use of Big
Data.
Data
The
data generated by devices is nothing, but once it is combined with analytics
and analyzed accurately, it turns into a valuable data that can control various
systems, empower smart solutions, and help businesses manage the organization.
Things
Here
we come across the IoT concept. Internet of Things is the interconnectivity of
various physical items embedded with sensors and actuators. These devices
generate data on their status and transfer it to the required destinations
across the network.
Internet of Everything vs. Internet of Things
To
steer clear of the confusion between IoT and IoE, let’s figure how these terms
differ from each other.
The
main difference between IoE and IoT is the key components of these terms.
IoT connects physical devices only.
IoE covers four elements, including people, processes, data, and things.
Basically,
IoT is the interconnectivity of physical devices that transfer data, while IoT
is a broader concept that comprises ample technologies, people, physical
devices, and end-nodes.
However,
there are many similarities in both of these different terms.
Decentralization –
Networks of IoT and IoE are decentralized and don’t have a single center. Each node or device operates as a small management center and can independently perform various tasks.
Security Issues –
Since the systems of both technologies are distributed in nature, they are highly prone to penetration and cyberattacks. The number of devices is in direct proportion to the susceptibility to breaches.
On
the one hand, decentralization allows the network to exchange data even though
a couple of nodes malfunction. On the other hand, such distribution results in
threats in the form of data security and personal privacy.
The Impact of IoE on Businesses
Internet
of Everything is anticipated to reshape the businesses radically. From
processes, models to business moments, IoE has the power to transform
everything by providing insightful data for critical decision
making.
Business Process –
The business process refers to the mechanism of performing an operation like manufacturing process, market strategy, etc. With IoE implementation, you can generate insights to navigate decision making at every step of the business. Besides, a plethora of data sources provides new types of data that can be used to turn qualitative insights into quantitative numbers. For instance, linking an employee’s outcome based on a change in the variable in the work environment.
Business Model –
The way new businesses are emerging is revolutionizing the current way of running a business. For instance, Nike’s health device has reinvented Healthcare practices. Nike is basically a sports and fitness brand. But by embracing smart technologies, it will not only penetrate but also fuel the Healthcare sector. Likewise, the smart cars of Google will transform the automobile industry.
Business Moment –
The Business moment is indispensable to race with the agility and speed in accordance with the pace of the data generation. With IoE, you can add sensors and data sources to the currently available data, which will bring forth opportunities to rapidly generate insights for your business. However, with the availability comes the complexity. Businesses will strive to leverage this data faster than their competitors, resulting in agile and quick decision making.
Examples of IoE
Practically,
every industry can integrate an IoE model into its operations and yield
enormous benefits. Some of the cases are:
The municipal sector can employ smart water and electricity meters to monitor consumption rates in residents and commercial organizations and make futuristic decisions related to economy and cost-cutting.
The
manufacturing companies can integrate predictive maintenance sensors into
production to examine the parts of machines that need to be fixed or replaced.
This eliminates downtime and reduces fixing costs extensively.
Logistics
and delivery business can exploit sensors and smart devices to optimize
delivery conditions and routing. Eventually, organizations can boost end-user
satisfaction.
Closing Thoughts
At
one fell swoop, digitalization fosters the development of a myriad of smart and
automated hardware pieces. With the growing range of IoE appliances, industries
are inevitably disrupting.
In
the foreseeable future, we are definitely going to experience the ubiquitous
connectivity of everything. It won’t only help you to change the way you run a
business but also enable you to provide better services and manufacture better
products.
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Remember the days when
we used to use chalkboards and grade books in the classroom? What a wonderful
time that was! But if we take a look at today’s modern classrooms, we find that
we have come a long way. Edtech is taking over rapidly. Mobile devices and
smartboards are becoming mainstream in educational organizations. and now
teachers are more likely to embrace digital assistants like Alexa – another
tech innovation.
Most educational institutions hire Alexa developers to integrate with a voice assistant and provide a new learning experience to the students. Just as navigating our lives with directions and reminders, Alexa helps students to learn lessons and plays a significant role in the whole education system. Precisely, Alexa can reinvent learning and teaching.
Let’s have a look at the potential of Alexa and how it can empower the education system.
Alexa Role in Learning and Teaching
Today’s smart education system is a fusion of conventional and modern teaching ways. Alexa skills not only assist in developing digital fluency but also improve problem-solving skills. Students can get access to on-demand information and latest updates on timetables and courses using Alexa skills. With the help of Alexa skills development services, educational institutions have turned virtual classroom teaching into a new reality.
New Customized Alexa Skills
Alexa skills can be
incorporated into any teaching system to enhance its purpose. Students leverage
digital assistants by exploring all the possibilities of voice commands using
its skill-based development skills.
The best example of
Alexa skill for learning is a decision free template function. It generates
voice commands and voice-based directions that allow users to exercise their
choices and listen to stories. Story teaching impeccably impacts students
learning as it boosts engagement in the classroom.
Alexa in Classrooms
Alexa skills can be used as digital guides in classroom learning. If you want to embrace voice technology, you can connect to an Alexa skill development company to integrate a voice assistant with your virtual course management systems like canvas, blackboards, or modules. From preparing exams to making PowerPoint slides, Alexa skills can do wonders in classrooms. It will enable students to learn quickly and provide them better learning opportunities.
Alexa Fund Fellowship
Alexa has a skilled
named Alexa Fund Fellowship, which provides mentorship opportunities and
financial resources to students. It trains them in voice technology to make
them more innovative and unique. Thus, Alexa can change the course of teaching
and learning ways.
Campus-Wide Management
Alexa integration can
help institutions to manage all the voice-enabled systems in the campus through
a centralized console. You can integrate multiple devices simultaneously. Alexa
skills also help to connect to the institution’s account automatically and
identify the location of a particular device.
Future-Proof Systems
With high-quality
Alexa skills development services, educational organizations can use Alexa
skills to deliver the best teaching and learning experience. Alexa skills also
facilitate gathering of course material information. Alexa integration with
classrooms can enable teachers to turn on classroom control as well as lecture
capacity.
Takeaway
Alexa has the potential to transform teaching ways and educational setup. If things stay as fast-paced as voice technology, it will save a lot of effort as well as time for teachers and students. It can also enlighten students with various courses and information on board. If you are devising to setup Alexa in your learning organization, hire Alexa developersof an experienced and renowned company. Alexa will impact the education system significantly, and its demand will elevate by degrees.
Over the last few years, React Native has escalated the mobile app development to an unprecedented level. It turned into a boon for businesses by enabling them to rationalize costs, facilitate market penetration, and develop highly responsive user experience. These advantages have been impactful enough to steer big brands like Facebook, Instagram, Walmart, Tesla, Uber, and more towards React Native app development. Furthermore, this framework has also stimulated SMEs to hire React Native app developers and yield these benefits.
Since building an app, testing it,
optimizing it and launching it are the keys to creating a consistent user
experience, below are some of the powerful ways to improve the performance of
your app and get the most out of it.
Include
only necessary features
A long feature list may cause your
application to suffer slow display times. If you want your app to perform
swiftly, eliminate all the unnecessary data, animations, controls, tabs, and
navigations. Make sure to display the required features only as they have the
potential to expand the display times of your app and result in cluttered user
experience. A lean architecture will help your app fly.
Focus
on app launch time
If your app’s launch time is too slow,
users won’t give your app a single chance. The key reason for this issue is
object.finalize. Finalizers run on the main thread and can lead to error
messages that show your app is running out of memory, even when there is enough
RAM available. This is one of the primary reasons for the high launch times of
your React Native app. To avert these issues, avoid using Object Finalizers and
running essential components on the main thread.
Prevent
memory leaks
Memory leaks have always been a critical
issue in Android devices, which often happen when too many unwanted processes run
in the background. In these issues, the application is closed while the memory
isn’t released, and hence, in the next launch, additional memory allocates.
One of the best ways to overcome memory
leakage is to use scrolling lists like SectionList, FlatList, or VirtualList,
instead of ListView. These listing components will prevent memory leakage,
provide smooth scrolling, and optimize the overall performance of your React
Native mobile application.
Reduce
app size
Most apps built using JavaScript use native components along with some third-party libraries. Higher the number of components and libraries, the larger the app size. To reduce the app size, ask the experts of the React Native App Development Company you hired to use only essential components, optimize them, reduce graphics size, and use an optimizer like ProGuard. Reducing the app size will also reduce its download time and improve its performance considerably.
Use
rendering carefully
Excessive component rendering can impact
the performance of your app negatively. To avoid such cases, do not incorporate
different state of the props and life cycles. It is vital to ensure that the
reconciler is not overloaded with unwanted work. This can decrease the per
second output of JavaScript thread’s frames, which may reduce the app’s speed.
Simplify
JSON structure
Mobile apps fetch data from the remote
server using private/public API. This data is basically in JSON format and may
comprise compound nested objects. Since JavaScript renders the data slowly, React
Native app developers tend to store the JSON data locally so as to access and
retrieve it any time. This leads to performance bottlenecks. This why the
conversion of raw JSON into simpler components before rendering is recommended,
which will avoid such issues.
Optimize
images
Images consume a significant part of your app memory. To enhance the app performance, optimize the size of the images using services like TinyPNG before using them in the app. Besides, we recommend using web format for JPG and PNG files to improve app loading speed up to 28% and reduce iOS and Android binary sizes by 25%.
Reduce
bridge load
The JavaScript side connects with the
Native side through a bridge in a React Native mobile app. If this bridge has
an excessive load, the performance of the app deteriorates. Reducing the bridge
load facilitates effective communication, which further improves the overall
performance of the app. The proven way of achieving this is by testing the
dependability of an open-source library before using it. You can also control
the movement of components on the main thread because they utilize heavy
message queues to connect with the Native side.
Conclusion
React Native is a complex platform in terms of its architecture and different libraries, components, and Native Modules. But, ever since its inception, a plethora of organizations have trusted this framework to develop their apps as it is rewarding in many aspects. If you’re also devising to Hire React Native App Developers to give a mobile presence to your business, take these issues and their countermeasures into account before embarking on your cross-platform app development journey.
The voice-enabled assistants have shaped
the way we connect with the devices. They allow users to order food, play
music, manage calendars, set the alarm, book a cab, and more with voice commands.
Thanks to the Alexa skills and voice user interface (VUI) that offer an
intuitive way to facilitate communication between a human and a machine.
With digital voice assistants having so much potential to enhance the user experience, businesses from almost all the industries are investing heavily in the VUI and Alexa skill developers to create the best voice-enabled solutions. Over time, industries, including retail, healthcare, food, and more, are leveraging this technological advancement to offer the best consumer experience.
Here, we will discuss how these
voice-enabled solutions are revolutionizing the businesses by taking customer
experience to new heights.
Let’s
dive in.
Impact of voice-enabled systems on customer experience
A user spends 2-4 hours on their phones on a daily average. With a majority of mobile users, businesses must adopt voice technology to enhance the user experience. Voice-enabled systems may include Alexa skills specially designed for smart AI-powered speakers or incorporation of voice assistants with mobile apps. The core technology used in this solution is Natural Language Processing (NLP) that allows devices to recognize the human voice and respond accordingly.
Some of the inventive ways businesses are
using voice solutions to enrich customer experience and improve conversion rate
are:
Hands-free
Cooking Assistant
Nestle, the world’s largest multinational
food and beverage organization, has an Alexa Skill named “GoodNes.” The skill
is integrated with a visual guide, which connects to users’ web browser on
their device to provide visual voice browsing. The customers can use this Alexa
skill to search recipes by giving voice commands and prepare their meal by
obtaining the results in voice and visual form.
Voice
Ordering System
Dominos, the globally famous pizza
restaurant chain, has brought forth an Alexa skill that allows customers to
place an order for pizza without a single tap on the screen. Besides placing
the order, they can also repeat last/favorite order, track their order, call
delivery agent, and more.
Simplifying
Hospitality
Marriot Hotels, the largest hotel chain,
has incorporated Alexa skills into their Amazon Echo devices. Guests use these
skills to control room temperature, turn on/off the lights, close drapes, etc.
Thus, the voice-enabled systems help hotels to enhance the guest experience by
improving their services.
Home
Healthcare
Libertana Home Health Care recently
launched its own Alexa skill for elderly patients. This skill has multiple
helpful capabilities like sending notification about the patients’ health
status to their family, ensuring patients that they have their medications on
time, and so on.
Finance/Asset
Management
Capital one, a bank holding company in the US, introduced an Alexa Skill to offer end-to-end management of personal finances and transactions of the customers. It eliminates the hassle of always keeping track of their assets. Thus, other major banks are also planning to avail Alexa skills development services to offer similar consumer-centric services.
Conclusion
By and large, we have only shed light on
the beginning of what voice-enabled assistants and other voice-related
technologies can bring to the table. Besides the examples above, there are a
bevy many useful Alexa skills for different industries, improving the consumer
experience.
Since customer satisfaction is paramount, businesses from all the industries should embrace a voice-enabled system to enhance customer experience and thrive in this competitive era. Another aspect to take note of is to approach experienced Alexa skill developers to embark on your voice journey and create a frictionless voice-enabled solution for your business.
