[Paper Review] The Impacts of Low/No-Code Development on Digital Transformation and Software Development

Zhaohang Yan|arXiv (Cornell University)|Dec 28, 2021

Artificial Intelligence in Healthcare19 citations

TL;DR

This paper investigates low/no-code (LNC) development as a transformative force in digital transformation and software engineering, analyzing its benefits—such as accelerated application delivery and democratization of development—and limitations, including scalability and security constraints. The study concludes that LNC platforms are a promising trend with significant potential to reshape software development and organizational digitalization.

ABSTRACT

Low/No-code development is a software development method that provides users with a platform for visually creating applications with little or no coding. Companies and organizations need software applications and information systems for various business purposes like management in the technology era. Low/No-code development gives non-IT professionals a convenient tool for rapidly building simple business applications they need without or with little coding. In this paper, we explored the benefits & limitations of Low/No-Code development and modern Low/No-Code development platforms in the industry. In addition, we analyzed how it can be improved and prospected the impacts of Low/No-Code development on society and related industries in the future. In conclusion, we find that Low/No-code development is a promising trend that can significantly impact future software development and digital transformation.

Motivation & Objective

• To examine the role of low/no-code (LNC) development in accelerating digital transformation across organizations.
• To identify the key benefits and limitations of LNC platforms in real-world software development and business application scenarios.
• To analyze how modern LNC platforms can be improved to support more complex and scalable enterprise needs.
• To prospect the long-term societal and industrial impacts of LNC adoption on software development ecosystems.

Proposed method

• Conduct a comprehensive literature review on low/no-code development platforms and their evolution in the software development landscape.
• Analyze industry trends and case studies to evaluate the practical applications and performance of LNC platforms in business environments.
• Evaluate the technical and organizational constraints of LNC platforms, including security, scalability, and maintainability.
• Use qualitative synthesis to identify gaps in current LNC platforms and propose improvement directions.
• Assess the broader implications of LNC adoption on software engineering roles, digital transformation, and IT workforce dynamics.
• Project future impacts of LNC on software development and society based on current technological trajectories.

Experimental results

Research questions

• RQ1 How does low/no-code development contribute to digital transformation in organizations?
• RQ2 What are the primary benefits and limitations of using low/no-code platforms in enterprise software development?
• RQ3 In what ways can modern low/no-code platforms be enhanced to support more complex and scalable applications?
• RQ4 What are the long-term societal and industrial implications of widespread low/no-code adoption?
• RQ5 How is the role of traditional software developers likely to evolve in the context of growing low/no-code adoption?

Key findings

• Low/no-code development enables non-technical users to rapidly build and deploy business applications with minimal or no traditional coding.
• LNC platforms significantly reduce development time and lower barriers to entry for digital innovation across departments.
• Despite their advantages, LNC platforms face limitations in handling complex logic, scalability, and long-term maintainability.
• Security and governance challenges are prominent concerns when LNC tools are used in enterprise settings without proper oversight.
• The rise of LNC is expected to shift the role of traditional developers toward higher-level architecture and integration tasks.
• LNC development represents a promising trend with transformative potential for digital transformation and software engineering ecosystems.