We have experienced cutting-edge trends in Software development and Artificial intelligence over the last decade. With the emergence of big data and the Internet of Things along with security prevention techniques like DevSecOps and container image scanning, we are now entering a new era of software development.
In this fast-paced dynamic, keeping up with the latest software development technologies seems challenging. Mostly because the industry is constantly innovating to better serve its users.
The global software development market is expected to grow at 11.9% in the next few years and this promising outlook predicts that we are about to see the greatest impact of new technologies in the coming years. Let’s analyze the emerging technologies that will be trending in the future:
1. Artificial Intelligence (AI):
One of the fastest-growing technologies today is Artificial intelligence. The benefits of AI and machine learning are not just limited to HiTech applications. Instead, modern software development in other industries including Fintech has reaped several predictive power and computational benefits of AI and machine learning.
Now, every business, software, and mobile app can take advantage of machine learning. AI and machine learning allows businesses to better strategize and analyze vast data. If a business wants to offer a better customer experience, enhance productivity, increase efficiency, improve security, and innovate, then AI is the answer.
Generative AI is the latest development in the AI segment that is attracting many users. This technology allows the use of existing content to create new content. It has been highly successful in software development, marketing campaigns, and the healthcare sector. With this technology, developers can spend more time on high-value tasks.
Cybersecurity is a possible threat to all businesses, and with sky-high numbers of security breaches, implementing secure pathways to protect data is becoming crucial. This is exactly why cyber security is now a top priority in software development.
DevSecOps is a similar approach that integrates security into DevOps. This is done by creating a culture of continuous security, where developers, operations teams, and security professionals work in collaboration to build secure software. Similarly, a survey revealed that the majority of CIOs believe that DevSecOps culture is essential for digital transformation and releasing secure software.
In simple terms, DevSecOps allows you to design the code securely so that the data is not compromised in the future. Moreover, developers can identify and address vulnerabilities in the development phase. Cloud security, container security, and increased automation are a few latest trends in DevSecOps that can help your business improve software security.
3. Low-Code and No-Code:
These app development tools allow users with little or no coding experience to develop applications. Low code is more inclined towards using visual drag-and-drop interfaces and pre-built components, allowing users to build apps quickly. On the other hand, the No-Code approach enables users to use pre-built templates and interfaces.
Developers are implementing these methodologies to reduce strain on the IT department and encourage faster development of software. However, possible risks of low-code and no-code platforms include security, flexibility, and scalability.
Yet, these tools are providing tech accessibility to everyone that will help in creating new innovative software ideas. The latest trends from low-code and no-code methodologies include collaboration, sharing, expansion, and integration with AI.
Python has grown to become one of the most popular programming languages. It is widely used for developing diverse applications like web apps and desktop applications. Additionally, machine learning, artificial intelligence, and data analysis are based primarily on Python programming.
Moreover, it is easy to learn, reliable, and it meets the demands of software development effectively. Currently, the use of IoT, automation testing, and machine learning make Python the most used programming language in the world.
5. Cloud-Native Software Development:
The future of software development is cloud-based technology. Cloud-native software architecture allows the development and deployment of software applications in a set of independent, small components that communicate with each other. It works within a distributed cloud-based environment. Automation and availability are a few benefits of cloud-native technology.
The emerging trends from Cloud-Native Software Architecture include Kubernetes, observability, microservices, and containerization. However, this modern software development practice requires frequent updates and deployments.
The introduction of these technologies will be shaping the future of how we perceive software development. As new trends will be more focused on security, agility, and streamlining processes, the software development ecosystem will see some major changes in the next few years. What’s important here is to be ready when that happens.