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Benefits of Hiring Indian Developers for Software Development

India’s growth as a global IT hub is neither new nor a surprise. It has always maintained its identity as a progressive nation, open to new ideas and investments. India’s IT sector started growing in the early 2000s. After a couple of decades, almost every global technology enterprise has an office in India. 

India’s extensive talent pool is one of the most significant reasons for such exponential growth. It includes technology consultants, project managers, testers, and developers. Speaking of the latter, India is one of the world’s favorite software development destinations. Of course, the country’s developers have the lion’s share in it. But why do so many companies employ Indian developers for software development? Let’s find out the reasons.

5 Benefits of Hiring Indian Software Developers

From substantial cost savings to a broad talent base, these five reasons make Indian software developers preferred worldwide.

1. Considerable Cost Savings

This is the first and foremost aspect that companies outsourcing software development consider. Every company wants to keep development costs under control and raise the RoI. Outsourcing software development to India proves to be significantly advantageous. But how is that?

The average per-hour cost of a junior Indian developer is about USD 12-22, and that of a middle-level professional is USD 22-42. The cost of senior professionals exceeds USD 50. But companies mainly hire junior and mid-level developers. These average hourly costs of both are substantially less than Poland, Singapore, Brazil, etc. Of course, a few more countries offer even less expensive resources. But the cost isn’t the only factor that makes Indian developers a standout!

2. Strategic Time-Zone Advantage

India is located at a strategic location. The +5.30-time zone is advantageous for countries like the US, Canada, the UK, and Australia – from which Indian software companies receive software development projects.

So, in the United States, which is nine to ten hours behind, Indian developers work during the daytime when it is night in the US. In some cases, some companies may provide developers working during the night hours to serve the daytime hours of the US as well. The UK, which is five and half hours behind, also has more or less the same story. Australia, which is a few hours ahead of India, also benefits equally. For Australians, outsourcing software development to India refers to ensuring continued project operations until late at night. 

3. English-Speaking Software Developers

Why do you think so many global technology giants have offices in India? Of course, covering the vast Indian market is one aspect. But what’s beneficial for these companies is the availability of English-speaking IT professionals. 

Hire english speaking indian software developers

Most Indian developers are qualified and proficient in written and verbal English communication. These soft and hard skills make Indian developers a popular business proposition for Indian IT companies looking for foreign projects.

4. Extensive Technical Knowledge 

Indian software developers possess extensive technical knowledge. Most are proficient in multiple technologies, frameworks, programming languages, platforms, etc. Many are full-stack developers who can handle the front and backend. Besides, several developers are experts in developing applications for Android as well as iOS. These factors help save costs and several person-hours spent in recruiting separate talent for every need. 

5. Range of Software Developers

You name it, and Indian companies have it! India’s range of software developers includes skills like React Native, AngularJS, Android, Java, Blockchain, Laravel, iOS, PHP, Python, NodeJS, and many others. So, once you start searching for developers in India, you wouldn’t have to go anywhere else!

core technologies bi indian developers

Are you a company from the US, UK, Canada, Australia, or any other country looking for Indian developers? Connect with Techcedence. We offer expert developers with over four years of experience. Our attributes include complete transparency, control, and time zone flexibility. In addition, we provide responsible developers who adhere to deadlines. Not to forget, you can always bank on us for quick scalability. Write to sales@techcedence.com to know more.

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ASP.NET Core

Model Binding in ASP.NET Core

In the ASP.NET core, the razor page uses the HTTP request data. The model binding helps to get the data from various sources. It converts string data to .NET data type and provides it to controller and razor pages. Previously, the developer should extract the contents from the HTTP request and manually assign the value to the properties. But the model binding simplifies the work. It automatically binds the browser data to the controller action parameter.

How Model Binding Works

Consider the following controller action. The action method Contact has two parameters ID and name. The ID parameter is an integer and, the name parameter is a string.

[HttpGet]
public ActionResult Contact(int ID, string name)
{
——
return View();
}

Imagining the HTTP request is ~/Contact?id=5&name=harry. The above Contact action method will bind the value 5 to the ID parameter and, harry to name parameter. First, the model binding will find the first parameter of the contact method, in this scenario, an integer ID. Then it will check the request and find the value for the parameter. The ID parameter in the request is a string.

So the model binding will convert the string ID 5 to an integer. Then it will check for the next parameter name and find the value harry, as it is a string it will bind the value to the parameter. Here the binding is not case sensitive. So the action parameter can be mentioned as ID or id. The model binder will bind the null value to the parameter if there is no value for the parameter. For example, if the HTTP request is ~/Contact?id=5 then it will pass the null value to the name parameter. But imagine, the request is ~/Contact?name=harry then it will throw an error message. Because an integer parameter cannot be Null.

What is [BindProperty] attribute?

A BindProperty attribute can be applied to the public property of the controller or page model. When you apply this attribute, it will create a model binding to the property.

public class HomeController : Controller
{
[BindProperty]
public string Name { get; set; }
[BindProperty]
public string Age { get; set; }


}

The above one is an example of [BindProperty] attribute. The [BindProperty] applied to the public properties Name and Age. So it is a direction to the binding framework to bind the corresponding properties.

Also, you can use the [BindProperty] for complex type as shown below.

[BindProperty]
public Customer Customer { get; set; }

[BindProperty] properties

There are two properties available in [BindProperty] attribute, Name and SupportsGet. Usually, the model binding will connect the field names with the property. If the property does not match with any of the field names, then the property will not bind with any value. For example, the HTTP request is ~/Contact?usrID=5&name=harry, then the model binding will never bind the usrID value to ID property. In this case, the Name property helps to bind the value. The following is an example of how to bind the usrID value to ID property.

[BindProperty(Name =”usrID”)]
public string ID { get; set; }

By default, the model binding will work for the POST request. The SupportsGet property helps to bind the GET requests.

[BindProperty(SupportsGet = true)]

[BindProperties] attribute

The [BindProperties] attribute is available in ASP.NET core 2.1 and later. You can apply this attribute to the controller or page model class. So the model binding will bind all the public properties in the class.

[BindProperties]
public class ModelBindingModel : PageModel
{



}

From the above article, you can acquire knowledge about what is model binding in ASP.NET MVC, how it binds the request to a controller action, how it reduces the work of developers, what is [bindProperty] attributes and how to use the attribute with public properties. If you have any questions, please leave a comment.

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Technology

Agile and waterfall- which method ensures success for your project development

One of the important decisions faced during project implementations is “Which development methodology should we use?” And this is one topic that gets a lot of discussion. If it is not something you’ve worked with before, then to put it very simply, it’s a way of organizing the work of software development. While there are many different project management approaches, the choice should be made keeping the nature of your business and its requirements in mind.

Out of all the methods, the two basic, most popular methodologies used are agile and waterfall methodology and both of these are usable and mature methodologies. 

Would you like to know how both approaches differ from each other? And which one should you go for when it comes to your next project? You’ve come to the right place! 

Waterfall

Non-agile, is a traditional method for developing software. It splits the software development lifecycle into 6 stages where one tackles the challenges one stage at the time. One can only proceed to the next stage when the current stage is completely done. The usual stages are:

  • Requirements
  • Analysis &  Planning
  • System and Software Design
  • Coding
  • Testing
  • Deployment

It is called a “plan-driven process” due to its rigid structure, as you need to have a clear plan when certain things are done, how they are done, why they are done to successfully use this methodology. 

Agile

Agile has an incremental, iterative approach to software development unlike the waterfall approach that has a rigid structure and demands that the product be completed one phase at a time. Agile methodology is a lot more flexible and open to changes as it revolves around the idea of breaking down project requirements into smaller parts of user-functionalities, called “user stories” which are prioritized and delivered continuously in short cycles called “iterations”.

Customer satisfaction is primarily the end goal of the agile approach, as the focus of each iteration will be built around the idea of providing a higher quality solution to the customer. 

In order for the agile approach to bring actual results, cross-functional teams work in “sprints”. The ideal duration of a sprint is 2 weeks but there are teams who even run 1 week and 3 week sprints. As a best practice, It is always better to have the sprint duration not exceed beyond 3 weeks. The goal of every sprint will be to build usable software which will then be given to the customers to test. Once the customer gives their feedback, it is used to develop a plan for the future iteration of the product. Work in agile methodology is organized into a backlog that is prioritized based on the business/customer value.

While none of the two methodologies is per se better or worse than the other one, the agile methodology works better in most cases as the development approach provides flexibility and enables a lot of ‘testing on the go’ in order to create a valuable product.

So, if you are not sure which methodology would be the best for your intended project, don’t you worry! At techcedence we understand that every business is unique, and can help you figure out which is the better model for your project.

Would you like to talk to us about your project? Contact us today, we’re always happy to hear from you.