In today's rapidly evolving digital landscape, many businesses face challenges in effectively managing their data. This can result in operational inefficiencies, security vulnerabilities, and hindered growth. A well-designed backend database system is crucial to overcoming these obstacles and ensuring successful business operations.
This blog post explores how to create a website with a database backend, and the importance of a backend database for businesses, highlighting its role in optimizing operations, protecting data security and integrity, and facilitating scalability.
Why Your Company Needs a Backend Database
Your company's digital infrastructure is founded on the fundamental component of a backend database in modern software architecture. Critical data that powers your business processes and applications can be managed efficiently through its enablement of effective storage and retrieval. A strong backend database implementation can benefit your organization with better data integrity, security, and accessibility. The likelihood of losing or corrupting data is reduced by using a well-designed database schema to ensure consistent and structured data storage.
By offering security mechanisms that prevent unauthorized access to sensitive information, modern databases ensure regulatory compliance and protect your company's reputation. A backend database that can scale supports increasing data requirements. Also, noteworthy is its seamless integration with other parts of your IT environment like APIs, analytical tools, and machine learning models.
Investing in a backend database will be a crucial decision for optimizing your company's operations, improving decision-making capabilities, and providing innovation in a competitive landscape.
Ivanna
Client Manager
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Get a Free ConsultationFront-End Development
Front-end development is the creation of a user interface on the client side of a website or application. This is everything that the user sees when he opens the web page and what he interacts with buttons, banners, and animations. While the front end is responsible for connecting with the business logic of the product, which involves constant communication between the client and server, the development of the back end is also managed by programmers.
Developers work with HTML, CSS, and JavaScript languages, using frameworks and libraries Vue.js, Angular, and React.
Backend Web Development
Backend is the development of the business logic of a product (website or web application).
The back end is accountable for managing the user's interaction with internal data, which is then presented through the front end. Essentially, it refers to the operations that occur outside the user's browser and computer, which remain hidden from their view.
The back-end developer uses the tools that are available on his server. He has the right to choose any of the universal programming languages - for example, Ruby, PHP, Python, or Java accordingly to the particular project and the task.
For database management systems are used:
- MySQL;
- PostgreSQL;
- SQLite;
- MongoDB.
The download (deploy) tools are also used:
- CI/CD;
- Kubernetes;
- Docker.
The backend is not only writing code but also creating the architecture of the application. The architecture defines the use of databases and structure. It is important that the database interacts correctly with the application code and is continuously delivered to the server - the back-end developer is responsible for this.
Backend Infrastructure
You may wonder what is backend infrastructure. The term backend infrastructure pertains to the foundational systems and services that sustain the backend of an application, encompassing networking components, servers, and databases. The selection of appropriate infrastructure is influenced by factors such as business size, projected traffic, and desired performance. Companies can elect to use on-premises solutions or cloud-based services like AWS, Google Cloud, and Microsoft Azure to oversee their backend infrastructure.
Backend Languages
Java
Java is an object-oriented programming backend language developed by Sun Microsystems (later acquired by Oracle).
Java programs are executed by the Java Virtual Machine (JVM). The JVM functions interpreter that processes byte code and transmits instructions to hardware. One major advantage of this approach is that byte code is independent of the underlying hardware and operating system, making it possible to run Java applications on any device with a compatible JVM.
Another key characteristic of Java technology is its versatile security system. The virtual machine exerts complete control over program execution, enabling a robust security mechanism.
PHP
PHP (Hypertext Preprocessor) is one the most widely used backend programming languages in web development. According to statistics, 80% of websites use PHP. PHP is so popular for some reasons:
- PHP is a scripting language, which means it doesn’t require compilation, it speeds up development
- The language is very simplified compared to the same C and C ++, the lack of clear typing makes it accessible and understandable even for inexperienced programmers
- Big community. For any of your questions regarding PHP, you can find the answer on the Internet, errors, examples of ready-made solutions, etc.
- A large number of ready-made libraries and scripts can be used for free.
- Hosting with PHP is very cheap, and running your server on a local or remote machine is not difficult.
.NET (C#, VB)
Microsoft's open-source ASP.NET framework is used to build websites using languages such as Visual Basic (VB), C#, F#, and more.
.NET operates based on the MVC (Model-View-Controller) architectural pattern. The controller accepts user requests and interacts with the model to process data. Once obtained, the output is transmitted to the view layer and rendered as a web page interface.
Released to the public in 2016, .NET can integrate with iOS, Linux, and Android through .NET Core. It is very reliable, making it one of the best choices for businesses. Because .NET is a Microsoft product, it has fairly good support.
C#
C# is an object-oriented language, but it also supports component-oriented programming. The development of modern applications is increasingly gravitating towards the creation of software components in the form of stand-alone and self-describing packages that implement individual functionality. An important feature of such components is the programming model based on properties, methods, and events. Each bean has attributes that provide declarative information about the bean, as well as inline documentation elements. C# provides language constructs that directly support this concept of operation. This makes C# great for creating and using software components.
VB
Visual Basic is a descendant of BASIC that inherits its style and combines OOP elements. It is a simple language for beginners: it is widely used and has a simple syntax. VB is often used for prototyping. The disadvantage of programming in VB is the large amount of memory required to install and run development tools.
Python
Python has become a very popular programming language. It is used for both web development and desktop application creation. In addition, Python's syntax is simple and easy to understand compared to other languages. Python supports object-oriented, functional, and aspect-oriented programming, and it is also an open-source dynamically typed language.
JavaScript
JavaScript is a versatile language that can be utilized for both front-end and back-end development. Due to its minimal setup requirements and the ability to code directly in a browser, it is an excellent language for beginners. However, the flexibility of JavaScript comes at a cost. Its dynamically typed nature makes it challenging to maintain and scale, resulting in slower scripts.
Moreover, Node.js expands the capabilities of JavaScript by enabling the execution of JS code on the back end without a browser. Additionally, the vast array of readily available solutions in the npm package ecosystem saves developers time, eliminating the need to create the most typical solutions from scratch.
The Crucial Role of a Database in Modern Operations
The significance of a database in contemporary operations cannot be overstated, given its role as the foundation of today's data-driven enterprises. A well-designed and effectively managed database is essential in facilitating the storage, retrieval, and manipulation of extensive amounts of structured and unstructured data, thereby enabling organizations to derive actionable insights and make informed decisions.
For example, customer relationship management (CRM) systems rely on databases to maintain detailed customer profiles, purchase histories, and preferences, which are essential for targeted marketing and enhancing user experience. Furthermore, the adoption of distributed databases and NoSQL technologies has revolutionized real-time analytics and reporting capabilities, transforming the way businesses respond to rapidly evolving market conditions and customer demands. To conclude, databases are a critical component of modern operations, enabling organizations to leverage the power of data in driving innovation, enhancing efficiency, and gaining a competitive edge.
Our Experience
Real Estate CRM system
A CRM system holds significant value for customer-focused companies, and Stfalcon.com has successfully developed such a system for a construction company. The objective of the project was to address crucial challenges associated with automating sales processes and enhancing customer service.
Read the full case study
TicketsBox
The Stfalcon team was assigned with developing a CRM system that could be launched in the market as a comprehensive platform for ticket sales for different types of events.
Read the full case study
Bottom Line
A database forms the foundation of data-driven businesses in contemporary operations. Connecting an app with its back-end databases entails using either specialized drivers or libraries designed for that purpose, which are typically specific to both the given programming languages and the databases themselves. You can use a group of functions or methods offered by the driver or library to interact with the database. Providing connection details including the database server's hostname or IP address, port number, and authentication credentials is required.
Maintaining detailed customer profiles, purchase histories, and preferences in customer relationship management (CRM) systems are some of the various functions that databases are vital. If you are interested in creating a top-notch product, just contact us.
