Five Emerging Trends in Software Development

Change is permanent in the field of technology and software development. Software analysis and design techniques evolve, new languages quickly take over the previous development platforms, and technology becomes obsolete within months.

Software design and development is perhaps one of the most rapidly-evolving domains within the tech industry. Over the years, new software development tools and languages, novel coding techniques, changing business demands and customer expectations, and evolving market trends have caused a major transformation in the entire software development lifecycle (SDLC). While software development fundamentals remain the same, the tools and techniques for developing cutting-edge solutions for corporate and commercial use have become more advanced to facilitate rapid application development.

As more and more businesses opt for digital transformation and integration of Artificial Intelligence (AI), Machine Language (ML), and Natural Language Processing (NLP) into corporate information systems, software developers must keep a close eye on emerging software development trends to meet the ever-growing demand for innovation in the global tech market. Continue reading to explore some emerging trends in software developments that have the potential to completely transform the way software developers analyze software requirements, develop applications, and deploy them effectively.

  • DevOps and Agile Development is Here to Stay

Recent surveys reveal that nearly 70% of corporate digital initiatives fail to deliver measurable results, mainly due to a lack of collaboration among individuals and the development team.

A digital initiative’s effectiveness relies heavily on the successful automation of core processes, which can only be achieved through enhanced collaboration in software development. This is where DevOps and Agile approaches have been extremely successful, making them an emerging trend.

While many organizations compare DevOps vs. Agile to weigh up their benefits, these approaches share the common objective of accelerating software development through collaborative efforts, and that too, without compromising on quality and usability.

DevOps emphasizes improving collaboration between stakeholders, potential software solution users, and the development team throughout SDLC. Recently, DevOps has further evolved, leading to DevSecOps, which focuses on integrating security practices during software development to minimize system vulnerabilities and maximize software integrity and reliability.

Agile development, on the other hand, puts a greater emphasis on continuous customer or stakeholder feedback and iterative software development to facilitate rapid releases and maximize customer satisfaction. Organizations can combine these approaches to speed up rapid application development while exceeding customer expectations.

  • Low-code and No-Code Software Development is the New Norm

Faster processing, reduced development time, rapid software releases, and much more – low-code and no-code software development are quickly gaining appreciation in corporations and enterprises due to their myriad benefits.

The idea of absolutely no coding may appear contradictory to many, as professional coding makes ordinary software a state-of-the-art application. However, to cater to the demand for faster software delivery amid complex software development, developers often resort to low-code and no-code software development techniques to deliver desired software under high-stress and time-compressed environments.

Although no-code or low-code tools and platforms cannot replace complex software development methodologies and environments, developers can use these readymade components as valuable add-ons and software elements. This way, they can avoid writing heaps of code to develop the same thing, develop or deploy software faster, and save valuable time and effort.

  • Mixed Reality Makes Its Way Into Enterprise-Wide Solutions

Mixed reality (MR) is a hybrid technology that combines the features of augmented reality (AR) and virtual reality (VR). The perfect amalgamation of immersive experience and integration of digital content into a real-world environment will open new avenues for software development in enterprise-wide applications.

Industries like manufacturing, construction, real estate, gaming, hospitality, tourism, architecture, and even healthcare can benefit immensely from MR technology. Software developers will be able to develop immersive software with enhanced visualization. These software components will allow construction engineers to visualize designs, create engineering plans, and build complex models in a real-world environment but in an immersive manner. Software developers can use GIS, AI, and ML to overlay digital information onto physical spaces, providing a comprehensive view of future construction on plain land.

Moreover, manufacturing companies can use 3D modeling in an MR environment to design and test products under constricted virtual reality. The same technology can be integrated into corporate information systems, allowing businesses, organizations, and government bodies to use MR for developing products, planning projects, and conducting simulated training programs.

  • Artificial Intelligence Takes Center Stage in Software Development

Artificial Intelligence (AI) has already taken over the software development realm. Still, its use in enterprise-wide applications will continue to grow in the coming years, causing a surge in AI application development. Languages that don’t support AI development will thus fade away from the software development landscape, making way for powerful AI development platforms like Python, Java, Lisp, C++, and R.

Software development trends quickly shift from simple “trained” applications to deep learning, natural language processing, and speech recognition. These aspects of AI will continue to be commercialized and make their way into enterprise-wide applications to automate repetitive tasks, even those that previously required human intervention, such as customer services, product quality assurance, warehousing, inventory management, and even product delivery services using AI-powered delivery bots. Government agencies now use AI-powered applications for image and video processing and recognition. Healthcare services use AI to make accurate diagnoses, process patient data faster, monitor patients remotely, and enhance healthcare delivery. Moreover, predictive maintenance and analytics can help improve overall efficiency for various industries.

The role of AI, ML, and NLP is already evident in software development itself. Software developers can use highly sophisticated and intelligent applications to develop software solutions based on given requirements, automate low-end tasks, find errors in code, and test software to identify bugs, fatal errors, and security loopholes.

  • Blockchain Developers will Find New Potential in Building Corporate Applications 

Gone are the days when blockchain was typically associated with cryptocurrency alone. This remarkable technology will take center stage in corporate application development as more and more companies look for ways to maximize data and application security amid growing cybersecurity concerns. The distributed and decentralized approach of blockchain technology and its ability to provide extraordinary security and transparency make it a perfect platform for large-scale corporate solutions like integrated ERP and SCM or critical business modules like finance and banking.

Final Thoughts

Changing market dynamics, evolving business needs, and emerging technologies are the driving forces that continue to change the world of software development. The above-mentioned emerging trends have the potential to redefine software development techniques and transform how developers analyze, develop, deploy, and manage software.

Moreover, software developers, project managers, and software development companies must stay ahead of these emerging trends, embrace new tools and technologies in software development, and continuously enhance their skill sets to create innovative solutions that fulfill customer expectations.

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