Integration of the content management system Livingdocs for kicker.de
Back-End Development at jambit
Our Services in Back-End Development
The base of every good software is a well-working back-end. While the so-called front-end represents the part of the software visible to the user, the backend runs the (non-visible) functionalities in the background. Back-end development is primarily concerned with the processing and storage of data in the background of an application. The back-end is defined as server-side components that can include both software and hardware. There is a close connection with the front-end: user requests from the front-end are translated into the corresponding programming language and executed in the back-end. Data entered by the user is also processed. Another important point in back-end development is the connection with interfaces to databases or other (back-end) applications.
With the trend towards cloud hosting and serverless computing, things have changed for back-end developers as well. Many software projects today are implemented with a microservice architecture or even as a flexible cloud-native application. In addition, functional programming also offers new potential for software optimization. In web development, the back-end continues to be one of the key factors in the individualization of content management systems or portals.
Our Services in Back-End Development
As a software service provider in Munich, Stuttgart, Leipzig and Frankfurt, jambit has been implementing innovative software projects with experienced backend developers since 1999. The continuous knowledge development and exchange among our jambitees is particularly important to us. This way, we ensure having and using the latest technical know-how about the latest trends and technologies in our projects with world-renowned customers. Due to our broad knowledge, we are able to find the right solution for individual wishes and needs.
In the area of back-end development, we rely on microservice architectures with service meshes in most projects, but cloud-native development is also one of our competences. For data processing, we implement projects with relational databases as well as with alternative NoSQL databases. Another important part of our service offering in the back-end area is the individualization of content management systems such as Arc Publishing or Polopoly for renowned media companies.
Back-end technologies we frequently use in our projects:
- Languages such as Java, Kotlin, Scala, Python, and C#
- Platforms such as Java EE and .NET
- Frameworks such as Spring and Spring Boot, .NET Framework, Django REST Framework, Grails, and Ruby on Rails
- Relational databases such as Oracle, Microsoft SQL, PostgreSQL, MariaDB, and NoSQL databases such as MongoDB, Redis, Amazon DynamoDB and Apache Cassandra
Microservices are an architectural approach that is oriented towards the requirements of modern software development, especially with regard to agile development. For software applications, the need to react quickly and cost-efficiently to constantly changing market conditions has become more important than ever before. In this context, the traditional, "monolithic" architecture approach with countless functions is no longer appropriate for business applications in back-end with increasing size and complexity.
In a microservice architecture, complex back-end applications are broken down into loosely coupled so-called "microservices", each of which is limited and focused on a specific function. These microservices can be written in different programming languages and can be connected to each other, for example, via REST interfaces (APIs). In this way, many different microservices can be combined into a functional application via a service mesh.
Advantages of this architectural approach:
- Continuous Delivery: In many modern and especially in agile software projects, it is a goal to release changes and new functionalities as fast as possible. This so-called continuous delivery requires that individual functionalities in the back-end can be developed or changed quickly without having to consider numerous dependencies in the whole construct. Microservices are ideal for this approach, as they can be constantly adapted individually and changes can be released separately afterwards.
- Development: At the same time, microservices offer advantages in terms of structuring development teams, the necessary length of development cycles, the selection of technologies used and the scaling of services, because:
- Microservices can be developed independently
- They are clearly arranged and can be changed with little effort
- The microservices system is secured against the failure of other systems
Despite the many advantages of a microservice architecture, the creation of such a service landscape also holds many pitfalls and traps. While the individual services become clearer, the whole architecture and monitoring usually become more complex. jambit has already successfully introduced and implemented microservice architectures in many projects and can therefore competently advise you in this area on the advantages and disadvantages for your individual project.
jambit references in the area of microservice architectures:
Cloud-native development is another architectural approach to rapidly develop and update back-end applications – while quality is being increased and risk minimized. A cloud-native application is a responsive, scalable, and fault-tolerant app built from scratch to run in the cloud – in any cloud: public, private, or hybrid cloud. It takes advantage of the distributed, scalable, and flexible nature of the cloud. The focus is on the actual writing of code, thereby maximizing business value in development and operation.
The great advantage of cloud-native applications is their independence from individual operating systems or hardware. They can be used flexibly on all cloud platforms and models and can be made available from anywhere. The ability to react quickly to new requirements can give companies a decisive advantage. In coordination with our team of cloud experts, we will be happy to advise you individually on the development of cloud-native applications.
jambit references in CMS development:
SQL & NoSQL Databases
Databases are an essential part of most back-end applications. Their task is to store application data in a secure, reliable, and powerful way. The most commonly used databases are relational databases of established manufacturers (e.g. Oracle or Microsoft) and open source projects (e.g. PostgreSQL). Their greatest strengths are guaranteed consistency at all times and the declarative query language SQL. In addition, these systems incorporate decades of research and optimization. However, relational databases are not always the ideal solution. In certain use cases NoSQL databases such as MongoDB, DynamoDB, and Apache Cassandra with alternative data models or special storage concepts may be the better choice. In our projects, we advise customers on the best individual solution.
- Selection of the best database system for the individual application
- Tuning the performance of applications with reading or writing data as bottleneck
- Developing application-specific data models
Functional programming is an alternative programming concept that differs significantly from traditional software development. It promises software that is easier to maintain, test, and scale. It is particularly suitable for applications that must run highly reliable even under extreme performance requirements. This is why functional programming has long since left the academic environment and is becoming increasingly popular in productive software, for example in the banking industry. Since nowadays all major software platforms like JVM or CLR support functional programming languages or language extensions, exotic development platforms and programming languages are unnecessary in functional programming.
- Design of functional software architectures
- Functional software development in the JVM environment (e.g. Scala, Kotlin, Clojure)
- Functional extension and transformation of existing software (e.g. Java VAVR)