Catching Up with Top 5 Low Code Trends for Businesses

Low-code is becoming a strategic engine for businesses of all sizes, expanding beyond traditional IT to empower citizen developers, speed up MVPs, and reduce reliance on scarce engineering talent while increasingly integrating with AI, ML, and IoT. In parallel, industry-specific low-code platforms and stronger built-in security controls are emerging, enabling faster, more compliant, and safer application delivery across verticals. Ultimately, this positions low-code as a key catalyst for future innovation, giving organizations a more agile and accessible way to turn ideas into digital products.

Written by

Tuan Minh Tran

Published on

September 25, 2023

When agility is the key, businesses need to move quickly with the right technologies. In this context, low code is emerging as a cutting-edge solution that helps organizations accelerate execution and achieve their goals more easily.

With the low-code development platform market projected to reach USD 36.43 billion by 2027 [1], low code is expected to drive powerful upcoming trends that can drastically transform how businesses operate and innovate.

1. Low-code adoption across all business sizes

Large enterprises currently lead low-code adoption, yet medium and small businesses are also embracing these platforms. As low-code solutions demonstrate their time efficiency and market value, more large organizations are likely to adopt them to streamline development workflows and reduce dependence on centralized IT teams. According to Forrester, by 2023 every software company will be using a low-code platform [2]. This projection indicates that the low-code trend will continue to expand and that platforms will become more specialized over the coming years.

This growth is largely driven by organizations' need to respond quickly under time pressure. No-code and low-code platforms are valuable for rapid prototyping and minimum viable product (MVP) development, allowing teams to move from idea to working model faster. In addition, they enable organizations to test a project's feasibility before committing substantial resources to full-scale development.

2. Non-technical developers take the spotlight

Low-code and no-code platforms use intuitive drag-and-drop interfaces that enable non-technical users to build functional prototypes and MVPs without extensive programming knowledge. As a result, non-technical employees are increasingly empowered to create applications on their own, driving the rise of so-called citizen developers within organizations. According to research, by 2024, 80% of non-IT professionals will be involved in developing IT products and services, with over 65% using low-code/no-code tools [4].

Low-code tools are not only beneficial for non-technical users but also valuable for IT teams looking for alternative ways to deliver services and products. Gartner predicts that by 2026, developers working outside traditional IT departments will represent 80% of users of low-code development tools [5]. By providing reusable building blocks and components, low-code platforms help reduce the burden on the limited pool of professional programmers and free up their time for more complex, high-value tasks.

At the same time, organizations are increasingly turning to low-code development technologies to cope with talent shortages. Gartner expects low-code development tools to account for 75% of new application development by 2026 [3]. For a concrete example of this trend in action, see how businesses are solving the IoT Talent Shortage with Low-code.

3. Integration with other technologies

As low-code development continues to gain momentum, organizations can expect deeper and more powerful integrations with artificial intelligence (AI), machine learning (ML), and the Internet of Things (IoT). These capabilities are already reshaping how businesses operate and are set to expand further in the coming years.

Low-code platforms increasingly provide built-in AI and ML capabilities, enabling businesses to automate workflows, run advanced data analytics, and uncover valuable insights from large datasets. With these tools, teams can rapidly build AI-powered solutions such as chatbots, predictive analytics applications, and recommendation engines without extensive manual coding.

Moreover, low-code platforms can connect directly with IoT devices and sensors, simplifying the development of applications that capture, process, and respond to real-time data from the physical environment. This flexibility is relevant across many industries. In the near future, low-code will support even more sophisticated IoT applications, including use cases such as predictive maintenance, asset tracking, and energy management.

For a deeper dive into how businesses can leverage low-code with AI, read our previous article: Low-code, High-value: How AI is Catalyzing Low-code and No-code

4. The right platform for the right industries

A growing trend in software development is the rise of no-code and low-code platforms that are tailored to specific industries or use cases. These specialized platforms provide industry-focused features and integrations, allowing organizations to address their particular operational and regulatory needs more effectively.

In healthcare, for example, businesses can expect no-code and low-code platforms built specifically for clinical and administrative workflows. These platforms may offer seamless integration with electronic medical records (EMR) systems, along with robust capabilities to help ensure compliance with healthcare regulations and data protection requirements.

Similarly, e-commerce companies will benefit from low-code platforms designed to streamline the creation and management of online stores. Such platforms can include prebuilt components for shopping cart functionality, payment gateway support, and other essential commerce features.

Adopting low-code and no-code solutions can also significantly shorten delivery cycles, with application development time reduced by up to 90% [6]. As these specialized platforms continue to evolve and expand across sectors, their impact on how industries build, deploy, and scale software is likely to become even more pronounced.

5. Less coding, more security

Security remains one of the main concerns in low-code development, and this apprehension is understandable given how quickly the technology is evolving. As 25% of businesses report security worries when working with low-code or no-code applications [7], low-code platforms have been deliberately engineered with a heightened focus on security.

Modern low-code platforms typically include advanced capabilities such as multi-factor authentication, data encryption, and adherence to secure coding practices. These built-in protections play a crucial role in reducing potential security risks and helping to safeguard both applications and sensitive data.

As the adoption of low-code platforms continues to grow, the demand for specialized security experts is also rising. These professionals are essential for designing and implementing robust security protocols, ensuring that low-code environments comply with industry-standard security requirements.

The key to future innovations

Low-code development is emerging as a key driver of future innovation and business growth. By making it easier to integrate with other technologies, it gives organizations a flexible foundation to experiment, adapt, and build new solutions faster.

At the same time, its accessibility for non-technical developers and increasingly robust security measures position low-code as a powerful, long-term engine for transformation that can help businesses move more confidently toward sustained success.

Frequently Asked Questions

How is low-code changing business agility and growth plans?

Low-code speeds up application delivery, helping businesses react faster to market changes and customer needs. Its market is projected to grow strongly, showing that more organizations see it as a strategic way to innovate, cut time-to-market, and support continuous digital transformation with fewer resources.

Why are companies of all sizes adopting low-code platforms?

Enterprises, mid-sized, and small businesses use low-code to build apps faster, prototype MVPs, and respond to time pressure. It lets teams streamline development, reduce queues for IT, and validate ideas before heavy investment, making software delivery more efficient across all business sizes.

How does low-code enable non-technical staff to build apps?

Low-code and no-code tools offer visual, drag-and-drop builders and ready-made components, so non-technical users can create prototypes and full apps without deep coding skills. This citizen developer model eases talent shortages, lets IT focus on complex work, and broadens who can deliver digital solutions.

How do low-code platforms use AI, ML, and IoT in real apps?

Modern low-code platforms embed AI and ML services and connect to IoT devices, letting teams automate workflows, analyze large datasets, and react to real-time signals. This supports chatbots, predictive analytics, asset tracking, predictive maintenance, and energy management with less custom coding effort.

What are industry-specific low-code platforms and why use them?

Industry-focused low-code and no-code platforms ship with domain features, templates, and integrations for sectors like healthcare or e-commerce. They address compliance, workflows, and common components out of the box, cutting development time dramatically and making it easier to launch fit-for-purpose solutions.

How secure are modern low-code and no-code platforms?

Security is a top concern, so mature low-code platforms include controls like MFA, encryption, and secure coding patterns by default. As adoption grows, organizations add governance and specialized security expertise to align low-code use with industry standards and protect data and applications.

How can low-code drive innovation and growth in my business?

Low-code lowers the barrier to building digital solutions, letting both IT and business users experiment quickly, integrate new tech like AI and IoT, and iterate based on feedback. This combination of speed, accessibility, and security makes low-code a powerful engine for ongoing innovation and growth.