Back End Development Services by IntelliSoft

All websites require both front-end and back-end development. The front-end part of a website is what users see when they open the website and interact with it. The way everything works is the back end coming into play. The two sides need to communicate smoothly in order for the website to perform flawlessly. When combined together, the front-end and back-end create a harmonious relationship and result in interactive and visually appealing websites.

Here is the table explaining each side of website development:

In other words, front-end development is responsible for the client side, while back-end supports the server side. However, it’s important to remember that front-end developers don’t design the front-facing elements of a web page – it’s the duty of a UI designer. Then, the front-end developer takes this design and creates a functional website with the front-end languages.

The duration of back-end development can vary widely depending on several factors, including the complexity of the project, the size of the development team, the back-end development services you need, the technology stack being used, and the specific requirements of the project. Here are some key considerations that can impact the timeline for back-end development services:

• Project Complexity. Simple projects with basic functionality may take a few weeks, while highly complex systems could take several months or even years to develop.
• Team Size. The number of developers working on the project can significantly affect the timeline. Larger teams may be able to complete the work faster.
• Technology Stack. The choice of programming languages, frameworks, and tools can impact development time. Using well-established and widely-used technologies may speed up development while working with newer or less common technologies may require more time for research and troubleshooting.
• Scope of Features. The more features and functionalities that need to be implemented, the longer the development will take. It’s essential to have a clear project scope and prioritize features to avoid scope creep.
• Testing and Debugging. Thorough testing and debugging are crucial for back-end development. The time required for these activities can vary based on the complexity of the codebase.
• Integration and Deployment. Integrating the back end with other components of the system and deploying it to production environments can add extra time to the development process.
• Client Feedback and Revisions. The time required may also be influenced by how quickly clients provide feedback and request revisions.
• Project Management. Effective project management can help keep the development process on track. Delays in decision-making, communication, or project planning can extend the timeline.
• Resource Availability. The availability of developers and resources can impact the timeline. Projects with resource constraints may take longer to complete.

Selecting the right backend language can be a real challenge, considering how many languages there are available. According to the Stack Overflow Survey of 2022, JavaScript, at 65.36%, ranks as the most commonly used programming language, followed by SQL at 49.43%, Python at 48.07%, and Java at 33.27%.

Let’s take a look at the most commonly used languages and help you choose the perfect one for your project.

JavaScript
It is the high-level, versatile, and platform-independent language that is most commonly used for back-end development. It offers Multithreading for concurrent requests, great community support, Dynamic Typing, awesome scalability and security, and client-side validation.

• Code Reusability. JavaScript, as an object-oriented programming language, simplifies code reuse and organization.
• Interoperability. JavaScript offers seamless integration with a wide range of other programming languages.
• Asynchronous Programming and Scalability. JavaScript provides robust support for asynchronous programming and efficient scalability, even when handling heavy workloads.
• Server Compilation for Consistent Performance. In JavaScript, code can be compiled and executed on the server, ensuring consistently high performance.
• Popular Backend Frameworks. Notable backend frameworks for JavaScript include Node.js, Express.js, and Meteor.js.

SQL
SQL is a query language that provides an incredibly reliable way of manipulating your back-end for excellent performance. It is a great choice for handling large datasets thanks to SQL’s syntax. If you’re using SQL for the back-end, you would also need databases such as SQLite, PostgreSQL, MySQL, etc.

• Scalability and Data Handling. SQL is ideal for ensuring scalability and effectively managing large volumes of data and high levels of traffic.
• Data Consistency and Accuracy. SQL databases maintain data consistency and accuracy and prevent integrity and duplication issues.
• Syntax Consistency and Interoperability. SQL databases offer syntax consistency and are easily compatible with other relational databases.
• Built-in Security Features. SQL databases come with built-in security features, including data encryption, user authentication, and access control.
• Fast Query Processing. SQL databases provide fast performance by efficiently processing complex queries.

Python
Python is a free, open-source language that has enormous community support due to its short learning curve, a vast choice of development tools, and its frameworks, such as Django, Flask, and Robot.

• Ease of Learning. Python is known for its relatively easy learning curve, featuring clean and readable syntax that’s intuitive for beginners.
• Active Developer Community. Python has a vibrant developer community, offering extensive libraries and frameworks for various applications.
• Versatility. Python’s versatility makes it suitable for a wide range of applications, including scientific computing, data analysis, and machine learning (ML).
• Scalability without Performance Compromise. Python is highly scalable, allowing for the development of both small and large-scale applications without compromising performance.
• Interoperability. Python seamlessly integrates with other programming languages and technologies, making it a versatile choice for various development needs.

Java
Just like Python, Java also has great community support as it is highly versatile, suitable for enterprise-level backends, and incredibly reliable. Moreover, there are numerous open-source libraries to choose from when using Java.

• Enhanced Security. Java’s use of fewer explicit pointers reduces the likelihood of security breaches, making it a safer programming language.
• Ease of Learning and Maintenance. Java is far less complex than languages like C and C++, making it easy to learn, develop, and maintain.
• Multi-threading Support. Java offers robust support for multi-threading, leading to improved efficiency and performance in applications.
• Platform Independence. Java’s “write once, run anywhere” capability makes it suitable for both application and web development, as it can run on various platforms without modification.
• Development Tools. Java benefits from popular development tools and frameworks such as Eclipse IDE, Maven, and the Spring Framework, which help in creating, testing, and deploying code with ease.

PHP
This is an open-source, server-side scripting language that offers cross-platform compatibility and numerous additional features. It is fast-loading, has a collection of add-ons, and is incredibly flexible. Moreover, PHP offers synergy with HTML and affordable hosting services.

• Database Support. PHP provides built-in support for databases such as MySQL, PostgreSQL, and Oracle, making it convenient for database-driven applications.
• Platform Independence. PHP is platform-independent, which means it can run on various operating systems without compatibility issues.
• Server-Side Scripting. PHP is a server-side scripting language offering enhanced security and control for web application development.
• Ease of Learning. PHP is known for its ease of learning and readability, making it a popular choice, especially for beginners and amateurs.
• Framework Ecosystem. Several popular PHP frameworks like Laravel, Symfony, CodeIgniter, and Zend Framework offer enhanced development capabilities and tools.

Other popular back-end languages include Golang, Kotlin, Ruby, Rust, Node.js, C#, Perl, Express.js, C++, and Scala. All of them have their unique features, pros, and cons, so the choice depends on your specific needs and project requirements. There’s no terrible or universally ideal language for backend mobile app development and web development; all of them are popular for a reason. Thus, consider your project specs, budget, timeline, and in-house skills and make a choice based on that.

The backend architecture consists of three main components that you must consider when building a web app. These components include:

• The server. This is the machine or computer that hosts your app and receives requests from the client. It can be a virtual or a physical server or even a cloud service.
• The app. This is the software that runs on the server and contains all the functionality and logic of your app. You can write it in any programming language that meets your requirements.
• The database. This is the place for storing and managing the data of your app. It can be a relational database (PostgreSQL/MySQL), a non-relational database (MongoDB or Firebase), or a combination of them.

While these are three components of any backend architecture, you must also follow some practices to ensure that it is robust and scalable.

• Scalability and Performance Enhancement. When designing your backend architecture, prioritize scalability. Leverage scalable technologies such as cloud platforms, load balancers, and caching mechanisms to accommodate growing user traffic. Optimize performance through strategies such as database indexing, query optimization, and asynchronous processing.
• API Design and Documentation. Develop clean and intuitive APIs to facilitate seamless communication between the front end and back end. Adhere to RESTful or GraphQL principles for consistency, user-friendliness, and flexibility. Maintain up-to-date, comprehensive documentation covering endpoints, request/response formats, authentication methods, and error handling.
• Security Measures. Implement robust security practices to safeguard your backend and user data. Incorporate secure coding techniques such as input validation, parameterized queries, and encryption. Employ authentication and authorization mechanisms such as JSON Web Tokens (JWT) or OAuth for API access control. Regularly update libraries and frameworks to address security vulnerabilities.
• Database Management. Choose an appropriate database technology based on your application’s needs. Select relational databases such as MySQL or PostgreSQL for structured data or NoSQL databases like MongoDB for flexible and scalable data storage. Implement effective indexing, normalization, and caching strategies to optimize database performance.
• Error Handling and Logging. Develop comprehensive error-handling mechanisms to gracefully manage exceptions and provide meaningful error messages to clients. Log errors and exceptions to facilitate debugging and troubleshooting. Employ logging frameworks such as Log4j or Winston to capture relevant information for analysis and monitoring.
• Caching Strategies. Implement caching mechanisms to reduce database load and enhance response times. Utilize caching approaches such as in-memory caching (Redis or Memcached) or content delivery networks (CDNs) to cache static assets. Implement caching at different levels, including application-level caching, query caching, or full-page caching, as per your application’s requirements.
• Testing and Automation. Embrace automated testing practices for backend development. Compose unit tests using frameworks such as JUnit or pytest to validate individual component functionality. Employ integration testing to ensure seamless interactions between various modules. Implement Continuous Integration/Continuous Deployment (CI/CD) pipelines to automate build, testing, and deployment processes, ensuring a stable and reliable backend.
• Version Control and Collaboration. Utilize version control systems such as Git to track changes in your backend codebase. Establish effective branching strategies for collaborative development and conduct regular code reviews to uphold code quality. Employ issue-tracking tools such as Jira or Trello to manage tasks, bugs, and feature requests.
• Monitoring and Performance Analysis. Set up monitoring tools to oversee the performance and health of your backend systems. Utilize tools such as Prometheus, Grafana, or New Relic to track server metrics, response times, and resource utilization. Configure alerts and notifications to proactively address performance issues and maintain optimal system performance.
• Documentation and Knowledge Sharing. Maintain thorough documentation of your backend codebase, including architectural diagrams, system dependencies, and deployment instructions. Encourage knowledge sharing within the team through regular code walkthroughs, technical presentations, or internal wikis. Foster collaboration and communication among team members to ensure a shared understanding of the backend codebase.

The cost of hiring a back end developer can vary significantly based on several factors, including their skill level, location, and the specific needs of your project.

• Skill and Experience. Highly experienced backend developers with a strong track record and expertise in specific technologies or frameworks typically have higher salaries. Junior developers or those with less experience may cost less.
• Location. The geographical location of developers also influences the price. For example, the USA and Western Europe are the regions with the highest prices for back-end development. In New York, a back-end developer earns $70/hour, while the average web developer rate per hour in the United Kingdom is $93. In Eastern Europe, mainly in Ukraine, you would have to pay $59 and $44 for a developer from Brazil.
• Project Complexity. The complexity of your project and the technologies involved can influence costs. Complex projects or those requiring expertise in niche areas may have higher rates.
• Project Type. Short-term or long-term projects can affect costs. Some developers offer discounted rates for long-term commitments.
• Platform and Technologies. If your project requires specific technologies or platforms, developers with expertise in those areas may charge more.
• Additional Costs. Consider additional expenses such as taxes, project management, tools, and software licenses.

When you hire back end developers at IntelliSoft, it is like assembling a dream team of coding virtuosos who have mastered the art of programming. You’re in for a treat when you bring these seasoned experts on board. Let’s explore the benefits you will experience when you hire back end developer at IntelliSoft:

Expertise at Your Disposal
Our programmers are true masters of all programming languages and frameworks. They have unlocked the secrets of software development, wielding their powers to craft code that’s efficient and highly secure. When creating our teams of backend developers for hire, we choose the top talent, mostly senior developers, as we understand that our clients want the best experts they can find for their unique projects.

Portfolio of Successful Cases
Our experts have a proven track record of successfully completed projects. They have honed their skills through practical experience, which means they’re well-prepared to tackle your project’s specific requirements. We have successful cases in Logistics, Healthcare, EdTech, MarTech, and others. We’re also a Top Las Vegas and top Ukrainian software developer, as recognized by Clutch.co.

Long-Term Partnership
More than 75% of our clients have been with us for 5+ years. We value long-term partnerships, so we pay close attention to the quality of our work, its safety, maintenance, and support. Each developer you hire at IntelliSoft brings reliability and sheer excellence to the table, making you want to continue working with us.

Specialized Solutions
All of our backend developers for hire come with specialized skills in Machine Learning, Data Analytics, and Quality Assurance, ensuring a holistic approach to solving your business challenges. We can work on projects of any complexity, starting from MVP development to long-term complex projects, bringing your unique ideas to life.

Cutting-Edge Tech Stack
When you hire developers at IntelliSoft, you have a chance to work with experts proficient in the latest technologies, including Angular, .NET, ReactJS, MS SQL, and MongoDB. With this tech stack, we can create any type of project and ensure that it is competitive in the market.

Rigorous Hiring Process
Prior to joining the IntelliSoft family, every developer undergoes a comprehensive selection journey. This journey encompasses multiple stages of evaluation, both technical and soft skill assessments. This meticulous process guarantees that you can bring on board programmers who excel in technical prowess and shine as effective communicators and collaborative team players.