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Windows IoT with Cloud Computing – Remote Storage & Backup

OneDrive, Office 365, and Microsoft Azure are already present in the tech ecosystem. Many organizations and individuals are using one or more of these cloud offerings for different purposes. Applying cloud benefits to your Windows 10 Internet of Things device can benefit you in providing a better user experience.

Your smart device can still be small, as there won’t be any need to store all the data on the chip. You may use one or more of the Microsoft cloud services for storing data, for executing code, for testing, for calculations, and for sharing data across platforms or among smart devices. I could think of only these few things. Much is possible when your smart device is connected to a cloud. A storage cloud such as OneDrive will allow you to keep data off the device, share it among different types of devices, and help keep the local storage free for more important tasks.

Another example I can think is of the need to maintain data for a minimum number of years according to the law of land. The law might vary with countries but with the cloud, you can select the longest period and program your device to store data on OneDrive. Since the smart devices are always connected, you just need to add few procedures to login into OneDrive and store or retrieve data through the device.

When a small Windows 10 IoT smart device is connected to these cloud services, they are not really small anymore. They can store as much data as you want, process as much data as required, among other things that a full-fledged computer can do.

Configuring smart devices using PowerShell

Microsoft Azure sees many admins using PowerShell to configure and maintain nodes. What about when one of the nodes is your smart device running on Windows 10 IoT? It will work because Windows 10 core for Internet of Things is able to interpret and process PowerShell commands.

Familiar User Interface for End Users

With other operating systems, you may have to code for the display – if there is one in your smart device. There exist operating systems that already have ready to use code for display devices attached to smart devices. But they need not be easy to interpret and navigate. For a smart device that may use a detachable display, Windows 10 IoT will provide a familiar interface for most of the users. They can navigate around, set up things and do things that would prove difficult or confusing on other IoT platforms.

This can be roughly compared to configuring a router. You simply open the page in one of the attached computers and configure it. It is easier in Windows operating system as the pages use the familiar Windows looks. For operating systems like Linux, Kali, or Contiki, the page would be pretty much different from what most Windows users are familiar with and thus, they may not be really confident about going ahead to make changes or configure the devices without expert help ready at hand.

Read: Contiki OS vs Windows for Internet of Things.

While it is true that initial configuration, updates, and upgrades will always be pushed by the vendors of these smart devices, troubleshooting occasions do arise once in a while. This is where users can go ahead or may be “walked through” on a phone/chat because the user interface is familiar to the majority of computer users.

Easy Implementation on Windows Networks

Say you have to build a network of a machine running Kali, two machines running Android and one more on Windows, how easier it would be to configure the network? In contrast to that scenario, what if the network contains five computers running Windows 10 but different versions? And finally, what if the entire network runs only Windows 10 computers?

Obviously, the easiest scenario would be configuring a network having only Windows 10 devices. This is another excuse why you should use Windows 10 IoT for smart devices. Most businesses and even individual houses have Windows-based networks already in place. Setting up a different operating system-based smart device may require extra programming and more procedure calls. Whereas if your smart device is already Windows 10 IoT based, the basics are same as that of all other devices on the network. Using a computer, you can log into any device and set it up, upgrade it, or perform any other operation on it without doubts in your mind.

Advantages of Windows 10 Internet of Things

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The Internet Of Things Keeps Letting Me Down

The Internet of Things keeps letting me down

It can be tough sometimes, being an Internet of Things cheerleader. A world of devices that silently talk between themselves should be making my life easier; instead, it’s giving me a serious headache.

It’s enough to introduce a thunderous cloud over the usual domestic bliss, and has frankly left me wondering who, exactly, I can recommend the current state of the Internet of Things to. Interest in the smart home has never been higher, but if it only takes a couple of subpar experiences to sour a user on the whole thing, then – if my failure rate is anything to go by – I give it a week, max, before it all goes straight back to the store.

I’m not talking about the gut-reaction many have apparently had, to bake internet connectivity into anything and everything you might possibly have in your house, car, or anywhere else (and then usually launch a Kickstarter for it). We’re fairly draconian at pruning out the more obviously fatuous devices we get pitched on, and if you think the IoT tech that does make it to the homepage is fairly crazy, you should see what gets deleted from our collective inbox.

Not for nothing is there an “Internet of Sh*t” Twitter account, never short of weird and not-really-wonderful ideas to deride.

No, I’m talking about the IoT that has managed to become, if not actually mainstream, then under the noses of the mainstream in their local Fry’s, or Home Depot, or Best Buy. Connected lights, and smart thermostats, and clever locks that recognize proximity, and the umbrella hubs that try to connect them all together.

Last night, when I hit the shortcut on my iPhone, one of the Hue bulbs lit up and the other didn’t. I switched the lamp it was screwed into off, and back on again, but it still wouldn’t follow the instructions from Philips’ app. Sending the “All off” command and then starting over didn’t help. Just that one bulb, insisting on being default-white.

It’s not just Philips, though. Nest’s smart thermostat periodically second-guesses me, seemingly ignoring the room temperature and the fact that it’s no longer winter and turning the heating on when I least expect it. Luckily, Amazon’s Echo now supports voice commands for Nest, so I can bark out “Alexa, set living room temperature to 68 degrees”, but that assumes I’m home (or awake) to realize it’s happening.

Usually, things go wrong just at the point where you don’t have time to troubleshoot them. The August Smart Lock on the back door decided recently to give up talking with the Smart Keypad on the doorframe outside, leaving me looking like an easily-confused safecracker as I punched in my code over and over again, ear pressed against the wood to try to hear the bleep-bloop as the lock responded.

When I finally got in, and tried the connection with my phone, the August app hijacked it to slowly install a firmware update.

I still haven’t figured out what combination of steps causes my Hue lights to turn off in one room as they turn on in another, which I’m guessing depends on some arcane mixture of the app, the Hue Tap button, and possibly SmartThings weighing in too.

Perhaps most frustrating, it’s never an absolute break-down. If things just didn’t work, period, I could go cold-turkey and walk away.

Those complete failures are rare, however; instead, it’s far more common for one small aspect to glitch, or stop short of what you expect it to do. A rogue lamp that won’t dim, or a remotely-controlled outlet that doesn’t turn on when you expect it to. Your internet-connected, app-managed espresso machine that occasionally forgets its Bluetooth pairing. The 4G dongle for your car that ignores half your journey, and then fires off a dozen “Alert! Your Car Is Being Moved!” warnings when you already know you’re behind the wheel.

Part of the problem, I suspect, is interconnectivity between platforms. If networking can be a headache when you’re dealing with nothing more than ethernet cables and WiFi, then it becomes a mental minefield when you throw in proprietary wireless standards, ZigBee and Z-Wave, Bluetooth in its various incarnations, and more.

Unfortunately, interconnectivity is a cornerstone of the IoT; in fact, I’d struggle to recommend any platform that opted not to play with the wares from other companies. The “best” connected thermostat is not necessarily made by the people responsible for the “best” connected bulb, or the “best” streaming camera.

I’m not confident that the end is in sight, either. Apple’s HomeKit has promise, but it’s proved fairly slow to gain traction. Similarly, Google looked like it might bring its heft to bear with Weave and Brillo, its IoT standards announced at I/O 2023, but it’s almost a year later and the only thing we really have from Mountain View is Nest in-fighting.

Who knows, with WWDC 2023 and I/O 2023 fast approaching, perhaps both companies will surprise me, but I’ve been caught out with by enthusiasm without follow-through once and it’ll take partnerships and actual products to convince me this time around.

Until then, I have the feeling I’m going to be periodically frustrated by finicky thermostats, obstinate locks, and that damn disconnected bulb. In the end, realizing that “Netflix and Chill” was rapidly becoming “Netflix and Check Internet Connection”, I pulled the plug on the errant lamp altogether. The lighting was lower, but then so was my blood pressure.

Advantages And Disadvantages Of Teleconferencing

Advantages of Teleconferencing Cost-effective

For example, a company based in New York City needs to hold a meeting with its branch in London. If the company were to hold a face-to-face meeting, the cost of airfare and hotel accommodations for the employees would be quite high. However, if the company were to hold a teleconference, the cost would be significantly less.

Increased Productivity

For example, a company that specializes in software development holds a weekly meeting with its developers, who are located in different parts of the world. If the company were to hold a face-to-face meeting, the developers would have to travel long distances, which would take up a lot of their time. However, if the company were to hold a teleconference, the developers could participate from their home or office, which would save them time and allow them to get back to their work more quickly.

Improved Communication

Teleconferencing also improves communication between individuals who are located in different parts of the world. Traditional methods of communication, such as phone calls or emails, can be difficult to understand or misinterpret. Teleconferencing allows individuals to see and hear each other, which improves the clarity of communication and reduces the likelihood of misunderstandings.

For example, a company that specializes in international trade holds a teleconference with its suppliers, who are located in different parts of the world. If the company were to communicate with its suppliers through phone calls or emails, there would be a higher likelihood of misunderstandings. However, if the company were to hold a teleconference, the suppliers would be able to see and hear each other, which would improve the clarity of communication and reduce the likelihood of misunderstandings.

Technical Difficulties

For example, a company holds a teleconference with its employees, who are located in different parts of the world. If one of the employees is experiencing technical difficulties, such as poor internet connectivity or a malfunctioning webcam, it can disrupt the meeting and make it difficult for them to participate fully. This can lead to delays and wasted time, which can negatively impact productivity.

Lack of Personal Interaction

For example, a sales team holds a teleconference with a potential client. If the team were to meet the client in person, they would be able to build a personal connection and establish trust more easily. However, if the team were to hold a teleconference, it may be more difficult to establish a personal connection, which could negatively impact the chances of closing the sale.

Limited Collaboration

Teleconferencing can also limit collaboration between individuals. Traditional face-to-face meetings allow individuals to work together in real-time, which can be important for brainstorming and problem-solving. Teleconferencing can make it more difficult for individuals to collaborate effectively, as they may not be able to share documents or work on projects together in real-time.

For example, a team of engineers holds a teleconference to discuss a new project. If the team were to meet in person, they would be able to work on the project together in real-time, which would make it easier for them to collaborate and problem-solve. However, if the team were to hold a teleconference, they may not be able to work on the project together in real-time, which could limit collaboration and make it more difficult to complete the project on time.


Top 10 Advantages Of Cloud Computing

Cloud computing is a term that has acquired broad use in the course of the most recent couple of years. With the outstanding expansion in information utilize that has gone with society’s change into the computerized 21st century, it is getting increasingly more hard for people and associations to keep the entirety of their indispensable data, projects, and frameworks going on in-house PC workers.

Connect with any of the cloud computing services  to enjoy better efficiency. The answer for this issue is one that has been around for close to as long as the web, yet that has as of late acquired far reaching applications for organizations.

Advantages of Cloud computing 1. Cost Savings

In the event you are worried over the sticker price that will accompany doing the shift into spread computing, then you are in great company. 20 percent of institutions are concerned about the inherent cost of implementing a cloud-based employee.

Also read: iPhone 14 Pro Max Is Apple’s New iPhone To Be Launched In September (Know The Release Date, Specification, Rumour & More)

2. Security

Quite a few associations have safety concerns with respect to getting a spread computing arrangement. After all, if files, programs, and other information are not kept safely on place, how can you realize they are being secured?

In the event which you may distantly access your own information, what is preventing a cybercriminal from doing likewise? Indeed, a substantial sum, really.

3. Adaptability

Your company has only a limited amount of centre to split involving the conclusion of its own responsibilities. On the off chance that your current IT agreements are driving one to submit plenty of your respect for PC and data stockpiling difficulties, at the point you are not likely to get the choice to concentrate on coming at company goals and fulfilling customers.

Then again, by determined by an outside institution to take care of all IT easing and frame, you will have more chance to devote toward the sections of your company that straightforwardly affect your principal concern.

4. Portability

Cloud computing enables portable admittance to corporate data through mobile phones and gadgets, which, contemplating over 2.6 billion mobile phones are being used around the world these days, is an amazing procedure to ensure that nobody is at any given stage prevented with respect to this circle.

Also read: 5 Best Resource Capacity Planning Tools for Teams

5. Knowledge

Evidently, filtering that information to find these parts could be troublesome, but in the event that you approach the proper dispersed computing arrangement.

6. Expanded Collaboration

Assuming your company has two employees or longer, you need to concentrate on cooperation. After all, there is not lots of highlight using a group about the off possibility that it can not work as a group. Cloud computing makes collaboration a simple interaction.

Colleagues can see and share information efficiently and securely throughout a cloud-based platform. Some cloud-based administrations even give community oriented social spaces to port employees across your institution, consequently expanding attention and dedication. Cooperation may be possible without a computing arrangement, nevertheless it will not be as easy, nor as persuasive.

7. Quality Control

There aren’t a lot of items as unfavorable to the accomplishment of a company as non quality and contradictory announcing. In a cloud-based frame, all archives are placed away in 1 place and in a lone arrangement.

Also read: Top 7 Industrial Robotics Companies in the world

8. Debacle Recovery

Among those elements that increases the achievement of a company is control. Shockingly, irrespective of how accountable your institution might be with respect to its cycles, there’ll always be matters which are completely out of your hands, and at the current market, even a limited amount of useless private time may have a resoundingly negative effect.

9. Programmed Software Updates

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10. Serious Edge

While cloud computing is growing in prominence, there are as the people who prefer to keep everything locality. That’s their choice, however doing this puts them in a specific disservice whilst contending with all the people who possess the benefits of the cloud easily offered.

Types Of Cloud Computing Platforms


Types of cloud computing platforms

This article is a part of the Data Science Blogathon.

What is Cloud Computing?

By harnessing the potential of remote servers spread across the internet, cloud computing liberates us from physical infrastructure constraints. Rather than depending on localized servers, cloud technology empowers users to store data and access web-based applications from any location with an internet connection. This newfound flexibility and accessibility revolutionize how we manage information and utilize software, enabling seamless connectivity and productivity across diverse environments.

Source: Unsplash

Benefits of Cloud Computing

The main benefits of cloud computing include the following:

Cost savings – Cloud computing eliminates the need to purchase and maintain physical servers, which can be expensive. Additionally, cloud services are o on a pay-as-you-go basis, so you only pay for what you use.

Scalability – Cloud computing allows businesses to scale up or down depending on their needs. This can be done quickly and with minimal disruption.

Flexibility – Cloud computing gives users acce o their data and applications using a device with an internet connection.

Platform-as-a-Service (PaaS)

Platform-as-a-Service (PaaS) emerges as a dynamic cloud computing solution, providing users with a comprehensive suite of hardware, software, and resources to seamlessly develop, deploy, and manage applications without additional hardware or software investments. PaaS proves invaluable for developers and individuals tasked with creating custom applications or seamlessly integrating existing ones into the cloud environment. With PaaS, innovation knows no bounds as users unlock the power to shape their digital landscape without the complexities of infrastructure provisioning.

Use Cases for PaaS

Web Application Hosting: PaaS can host applications requiring frequent updates without managing the underlying infrastructure. This makes it easier to deploy and scale applications.

Mobile App Development: PaaS can be used to develop and deploy mobile applications more quickly, as it provides access to ready-made components and services.

Big Data Analytics: PaaS can process and analyze large amounts of data quickly and cost-effectively, as it provides access to powerful computing resources.

IoT Solutions: PaaS can be used to develop and manage connected devices and applications, as it provides access to scalability and secure communication infrastructure.

DevOps Automation: PaaS can be used to automate development and operations processes, such as deployment, testing, and monitoring, which helps to ensure faster and more reliable softw

Examples of PaaS

Windows Azure: Windows Azure is Microsoft’s cloud computing platform, which provides an operating system, a set of services, and tools for developers to create, deploy and manage applications in the cloud. It supports various programming languages and frameworks, such as .NET, Java, PHP, and chúng tôi and provides data storage, networking, computing, and analytics services.

Heroku: Heroku is a cloud-based Platform as a Service (PaaS) that allows developers to construct, operate, and expand programs on the cloud. It is powered by a managed container system that makes it easier to distribute, scale, and manage applications. It is compatible with many programming languages and frameworks, such as Ruby, Java, chúng tôi and Python, and features a wide range of services and added features.

Infrastructure-as-a-Service (IaaS)

Infrastructure-as-a-Service (IaaS) is a cloud computing solution that furnishes users with virtualized computing components such as servers, storage, networks, and operating systems. It is optimal for those seeking more control over their infrastructure while avoiding physical hardware costs.

Use Cases for IaaS

Web Hosting: IaaS can host web-based applications and websites, providing users access to the underlying infrastructure and computing resources.

Application Development and Testing: IaaS can be used to develop and test software applications, as it provides users with access to the underlying infrastructure and computing resources.

Database Hosting: IaaS can host databases as it provides users access to the underlying infrastructure and computing resources.

Disaster Recovery: IaaS can be used for disaster recovery, as it allows users to quickly provision additional resources from the cloud to restore their data and systems.

Big Data Analytics: IaaS can store, process and analyze large amounts of data, providing users with access to the underlying infrastructure and computing resources.

IoT Deployment: IaaS can deploy and manage large-scale Internet of Things (IoT) solutions, as it provides users with access to the underlying infrastructure and computing resources.

Service Examples of IaaS

Linode: A cloud infrastructure provider that offers virtual private servers (VPSs). Linode provides a wide range of VPS plans and custom solutions to fit the needs of any size organization. They also offer a suite of developer tools and services such as managed databases, object storage, and load balancers.

Rackspace: Rackspace is a cloud infrastructure provider that offers managed cloud services, such as virtual private servers (VPSs), dedicated servers, and cloud servers. They provide various services and solutions, including managed databases, application hosting, and cloud storage. Rackspace also offers managed security services and 24/7 customer support.

Software-as-a-Service (SaaS)

Software-as-a-Service (SaaS) revolutionizes the way software is accessed and utilized. As a cloud computing solution, it provides users seamless access to software applications via the internet. These web-based programs can be utilized from any device with an internet connection, eliminating the need for local installations. SaaS caters to individuals and organizations seeking efficient access to specific software programs, enabling enhanced collaboration, scalability, and flexibility without the burden of software management.

Use Cases for SaaS

Email and Collaboration: Email and collaboration tools such as Google Apps and Office 365 are popular SaaS applications for communication and productivity.

CRM: Customer relationship management (CRM) tools such as Salesforce and Zendesk provide businesses with a platform to manage customer data, automate sales and marketing operations, and track customer engagement.

E-commerce: E-commerce platforms such as Shopify, BigCommerce, and Magento provide businesses with a complete solution to create and manage their online stores.

Project Management: Project management and task management tools such as Asana, Trello, and Basecamp are popular SaaS applications used to manage projects, tasks, and timelines.

Accounting: Accounting and bookkeeping tools such as QuickBooks Online and Xero provide businesses with an easy way to track financials and keep their books in order.

Human Resources: Human resource management (HRM) tools such as BambooHR and Zenefits provide businesses with a platform to manage employee data and automate HR processes.

Service Examples of SaaS

Google Workspace (formerly GSuite): Google Workspace (formerly GSuite) is a suite of cloud-based productivity and collaboration tools that includes Gmail, Docs, Sheets, Slides, Calendar, Meet, and more. It provides businesses with an easy way to collaborate, share documents, and store data in the cloud.

Dropbox: Dropbox is a file storage and sharing service that enables users to store and access their data from any device with an internet connection. It also provides real-time collaboration tools to collaborate on projects in the cloud.

Salesforce: Salesforce is a customer relationship management (CRM) platform that provides businesses with the tools they need to manage customer relationships and data. It enables companies to store, track, and analyze customer data and automate and streamline sales processes.

Function-as-a-Service (FaaS)

Function-as a Service (FaaS) is a cloud computing solution that enables developers to upload code directly onto the cloud without the need to handle servers or virtual machines. FaaS is optimal for executing small code pieces rapidly and effectively without managing servers or virtual machines.

Use Cases for FaaS

Image Processing and Analysis: FaaS can quickly and efficiently process images. Applications of this could include facial recognition, object recognition, or text recognition.

Machine Learning: FaaS can quickly and efficiently build and deploy machine learning models in the cloud. These models can predict customer behavior, detect anomalies, or automate decision-making.

IoT: FaaS can quickly and efficiently deploy and manage applications on IoT devices. This could include applications for monitoring and managing connected devices, analyzing data from sensors, or controlling devices remotely.

Web Applications: FaaS can quickly and efficiently deploy and manage web applications in the cloud. This could include content management, e-commerce, or customer relationship management applications.

Data Processing and Analytics: FaaS can be used to quickly and efficiently process and analyze large datasets in the cloud. This could include applications for data warehousing, predictive analytics, or text analytics.

Service Examples of FaaS

Amazon Web Services (AWS) Lambda: AWS Lambda is a serverless computing platform that allows developers to run code without having to manage or provision any servers. It is a service that allows users to upload their own code and then run it in the cloud without needing servers or maintenance. Lambda functions can be triggered by events, such as a file uploaded to a S3 bucket or a change in a DynamoDB table.

Azure Functions: Azure Functions is a serverless computing service from Microsoft that allows users to run code without having to manage or provision any servers. It is a service that allows users to upload their own code and then run it in the cloud without needing servers or maintenance. Azure Functions can be triggered by events, such as a file uploaded to a Blob container or a change in a Cosmos DB database.

Google Cloud Functions: Google Cloud Functions is a serverless computing service from Google that allows developers to run code without having to manage or provision any servers. It is a service that allows users to upload their own code and then run it in the cloud without needing servers or maintenance. Google Cloud Functions can be triggered by events, such as a file being modified, etc.

Cloud Computing Providers and Their Services

Several cloud computing providers offer different types of services for businesses of all sizes. Some of the most popular cloud providers include Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform (GCP), IBM Cloud, Oracle Cloud Infrastructure (OCI), and Alibaba Cloud. Each provider offers different services, such as computing services, storage services, database services, analytics services, machine learning services, artificial intelligence services, security services, and more.


To sum up, various types of cloud computing platforms are accessible to businesses of all sizes, including Platform as a Service (PaaS), Infrastructure as a Service (IaaS), Software as a Service (SaaS), and Function as a Service (FaaS). It is crucial to understand your needs before choosing a platform, as each type has its pros and cons. Furthermore, multiple cloud providers offer diverse services, making it vital to conduct thorough research and determine the best fit for your business requirements before selecting.

For readers who are just getting started with cloud computing, here are some tips for choosing the right platform:

Consider your Budget – When selecting a platform, consider how much you’re willing to spend on it. Some providers offer free trial periods so you can try their services before committing to a long-term plan.

Think About Scalability – Think about how quickly you need to scale up your services and whether or not the platform you’re considering supports this feature.

Understand your Needs – Make sure you understand what type of service you need before selecting a provider so you can make an informed decision.

Research Different Providers – Take the time to research different providers and compare their features before selecting one. This will help you make sure you’re getting the best deal possible.

Frequently Asked Questions

Q1. What are cloud computing platforms?

A. Cloud computing platforms are virtualized environments that provide on-demand access to computing resources such as virtual machines, storage, and networking. They allow users to deploy and manage applications and services without needing on-premises infrastructure.

Q2. What are the 4 platforms of cloud computing?

A. The four platforms of cloud computing are Infrastructure as a Service (IaaS), Platform as a Service (PaaS), Software as a Service (SaaS), and Function as a Service (FaaS). Each platform offers different levels of abstraction and functionality for users.

Q3. What is the best cloud computing platform?

A. The best cloud computing platform depends on specific requirements and use cases. Popular platforms include Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP). The choice should consider scalability, performance, cost, supported services, and integration options.

Q4. What are the three types of cloud platform?

A. The three types of cloud platforms are public cloud, private cloud, and hybrid cloud. Public cloud platforms are operated by third-party providers and accessible over the internet. Private cloud platforms are dedicated to a single organization. Hybrid cloud platforms combine public and private clouds, offering flexibility and scalability while controlling sensitive data.

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Advantages Of Automation Testing In Software Development

The testing phase is critical in the process of developing apps or software. Testing mostly seeks to check the software’s quality, durability, and reliability. The teams responsible for testing seek to detect errors. These errors can be rectified before the start of the production phase.

Even though they are professionals, there is always a possibility of missing some errors. Manual testing can be unreliable, and it is no surprise that many companies have now embraced automation testing.

1. Improved Accuracy

Test automation increases your chances of getting error-free releases. Because of the minimal human intervention, there is no room for bias or human error.

A human tester will make mistakes regardless of how experienced they may be. However, the results of a machine will always be accurate. The risk of failure is almost non-existent.

2. A Shorter Testing Period

3. Cost Saving

With manual testing, you cannot run repetitive tests. In fact, testing costs increase with time. Automated testing gets cheaper in the long run. When you create test scripts, you can keep reusing them 24/7 at no extra cost.

Even though initial adoption may be expensive, it eventually pays off. The ROI from automated testing depends on the level of adoption. The more cases you can generate and use, the higher your ROI.

4. High App Performance and Quality

Because of the extent of test coverage, automated testing results in better app quality and performance. You can run hundreds of automated cases at the same time. This means that you get to test an app against various platforms. You can test multiple devices simultaneously.

Cloud-based device farms can help you get the most from your test concurrency and parallelism. You can use them to cover all variants of hardware and OS configurations.

5. Higher Productivity

6. Instant Feedback

This is another critical benefit of automated testing. When there is a failure on the testing report, you can deal with it immediately. You don’t need to waste days or weeks trying to interpret code.

Immediate feedback comes in handy when an app hits the market. Manual testing makes it difficult to fix bugs quickly. Updates are also pretty slow. Automated testing promotes better user experience, customer satisfaction, and team responsiveness.

Testing is a critical part of software and app development. It is prudent to make the testing stage part of your development cycle.

Automation testing maybe your best option. It yields accurate results, saves time, and improves productivity. With the wide variety of free testing automation tools, you can reap the results without investing your money.

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