The Exciting Future of Software Development: 14 Software Trends That Will Revolutionize the Digital World

Published on: July 27, 2023

Software development has come a long way in a few short decades. Beginning with archaic systems involving punch cards and simple machine code instructions, the field expanded exponentially through the personal computing era of the 70s and 80s and since then, has become ubiquitous in the everyday practices we take for granted. 

This revolution is just beginning, however, and as we enter a new era of immersive and highly automated technology, there is a stronger need than ever for high-level software engineering and experts who can carry out complex tasks with a creative, yet analytical mindset. The software developers of tomorrow will need to be more collaborative, innovative and up-to-date than their predecessors — but these qualities could produce impressive breakthroughs. 

The Importance of Staying Up-to-Date With Trends 

The pace of software development has always been swift, and, for years, developers and engineers have been dismayed by just how quickly their hard-earned skills began to feel outdated. When closely followed and strategically utilized, however, software development trends can give both businesses and professionals a clear competitive edge. They can also be harnessed to solve pressing concerns within every sector imaginable. From banking to healthcare and even agriculture and hospitality, these trends hold far-reaching implications that should not be ignored.  

From the perspective of the individual software developer, following trends means avoiding every professional's greatest fear: becoming irrelevant and unhireable. Yes, employers want developers to hold a strong foundation in computer science, but this must be underscored by a willingness to adapt as new opportunities emerge.  

Software Development Trends to Watch For  

The current iteration of the World Wide Web is frequently referred to as Web3 or Web 3.0. This moves beyond the previous centralization of data and content to a more diversified model, with a greater focus on decentralized strategies, automation and immersive experiences. Key software trends expected to take over include: 

1. Rise of Artificial Intelligence (AI)  

The AI revolution is well underway. The biggest shift of the past year involved the introduction of ChatGPT. Meant to mimic human conversations, this natural language processing tool can write computer programs, answer test questions and even generate innovative business ideas.  

While skeptics are concerned about the implications for the job market, advocates believe that generative AI will help developers produce better code and meet heightened user expectations.   

2. Cloud Computing  

Centered around the on-demand availability of digital resources, cloud computing took over years ago but has changed considerably since its early days. Currently, edge computing is a huge trend, focused on the processing and storage of data at the edge of key networks. Serverless computing is also a hot topic, proposed in response to the increased decentralization of the virtual world.   

3. Growth in Remote Work 

Remote work exploded during the pandemic and, while many employees are beginning to return to the office, there's no denying that remote and hybrid setups remain popular. In the meantime, developers have resolved many concerns from the earliest days of the pandemic, facilitating a seamless work experience from the comfort of home. Today's remote working solutions make it easier for employees from all backgrounds to remain connected, productive and innovative.   

4. Low Code and No-Code Development 

Traditional computer programming strategies have relied on coding to create applications, websites, and all the other building blocks of the modern digital world. Increasingly, however, developers are experimenting with low code and even no-code solutions that bypass the coding requirements we once took for granted. 

The goal? To expedite application development and transform coding from a strictly text-based to a largely visual process. Drag-and-drop interfaces are becoming more common, especially as software teams seek more efficient strategies to facilitate swift digital transformations. Experts at Microsoft refer to this as a "smart way to cope with the pressures of high development demand and developer shortages."   

5. Continued Need for Cybersecurity 

Cybersecurity threats are constantly evolving and, unfortunately, a variety of alarming threats have emerged or accelerated in the past few years. Several are clearly outlined in the OWASP Top 10, including:  

• Broken access control 
• Injection attacks 
• Security misconfigurations 
• Data integrity failures 

In general, OWASP highlights a strong need for a culture of secure design, incorporating robust requirements related to confidentiality, authenticity, integrity and availability. Organizations must constantly evaluate threats and test for known attack vectors through threat modeling.  

6. DevOps and Agile Practices 

Encompassing the integration of software development (dev) and operations (ops), DevOps aims to align software and IT teams. Moving forward, these roles and departments are less likely to feel siloed. This trend will be closely accompanied by the adoption of the agile methodology in software development. Agile solutions are iterative and focused on continuous feedback and improvements.   

7. Blockchain Integration 

Originally associated with cryptocurrency but now used to facilitate a wide variety of other decentralized (yet highly secure) transactions, the blockchain is used by many prominent organizations to share data and track goods. It also holds significant promise as a tool for developers — one that can act as a digital auditor through the entirety of the software development process.  

8. Increased Popularity of Python  

Python has long been a highly respected programming language — but as others begin to decrease in popularity, Python grows ever more prominent. The ease of use associated with the Python language has made it a staple with not only large tech companies like Google, but also, for smaller operations with only a handful of developers. The vast knowledge base and support for the Python platform make it an attractive option across all sectors.   

9. Instant Applications 

When applications took over nearly two decades ago, they amazed users with their sheer versatility. Since then, however, many users have become somewhat disenchanted, in part because the typical app requires a time-consuming and often frustrating installation process. Enter instant applications, which draw on the power of modules to show the user only what they want and need to see.   

10. Predictive Analytics  

We've made a variety of predictions in this guide, but the act of predicting in and of itself is also about to change. This is an increasingly vital component of data analytics, in which large volumes of data are collected and examined in detail to identify trends and patterns while uncovering potentially impactful insights.  

The concept of predictive analytics is far from new: you encounter this every time you check the daily weather forecast. Moving forward, however, predictive analytics will be called on to implement quality-of-life software fixes before they even become an issue. They could also facilitate a range of other hotfixes that will never be seen by the end user. This is one of the most exciting developments in data science, with big data promising to promote proactive risk management while also forecasting fluctuations in demand.  

11. New Programming Languages 

For years, the status quo of programming languages has involved familiar names such as JavaScript, PHP and SQL. These remain as useful as ever, but there's no denying their shortcomings as the digital sphere continues to advance at lightning speed. Groundbreaking languages like Apple's Swift, Kotlin and the open-source Julia are primed to take the baton from the programming languages of the 90s and run with it into the far future.  

12. Focus on User Experience  

Many of the trends already detailed in this guide promise to bring user experience (UX) to the next level. AI, in particular, is expected to have an outsized impact, as will AR and VR solutions. Meanwhile, intuitive and minimalist designs will become more prevalent, with users clearly favoring clean interfaces. Other trends that may influence UX expectations include:  

• The rise of virtual assistants, chatbots and other conversational user interfaces (CUIs) to promote interactions that feel distinctly human-like. 
• The increased integration of facial recognition, fingerprint IDs and other biometric markers, perhaps even in lieu of traditional password authentication. 
• A renewed emphasis on accessible designs that can be navigated by users with visual, auditory or cognitive impairments.  

13. Expansion of IoT Development 

The Internet of Things (IoT) hardly feels new or revolutionary at this point, but consumer adoption is finally beginning to reach enough of the marketplace that accounting for these devices should be top of mind. It won't be long before the vast majority of home appliances feature at least some form of IoT integration, which will also be influenced by emerging opportunities in AI, blockchain security and interoperability.   

14. Outsourcing  

With the increased prevalence of remote work come new opportunities for outsourcing. Many organizations simply are unable to maintain dedicated departments and, instead, rely on third-party services and providers to bring their expertise to a variety of projects. These services can address not only the evolving process of developing software, but also, ongoing maintenance needs.  

This trend may increase competition within the field of software development, but it also brings exciting opportunities to the table. For example, enhanced freelancing or consulting opportunities will allow talented software developers to enjoy greater autonomy and flexibility.  

The Future of Software Development 

With exciting opportunities on the horizon, it's abundantly clear that software development is about to take a leap forward. The status quo will no longer cut it in this rapidly evolving profession — and this is especially true in regards to training and education.  

A Bachelor of Science in Software Development should provide a strong foundation in core concepts which, in turn, will equip you to embrace new opportunities as they become available. Our software development program at Husson delves into essential topics while also providing thorough coverage of relevant software trends. Reach out today to learn more. 

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