Top 10 Platform Engineering Trends for Business

In the digital landscape, technology constantly evolves based on the latest business trends, with integral solutions that drive better growth and progress. One of the emerging fields of technology is platform engineering, which helps businesses navigate challenges. This tech contributes to building toolchains and setting workflows that improve capabilities for software upgrades. According to Gartner, 80% of software engineering firms will have a platform team by 2026. 

Let’s take a glimpse at how this emerging technology of platform engineering is reshaping the business sector with a set of tools, services, and infrastructure improvements.

10 Key Platform Engineering Trends in 2024 

With the growing demand for business applications, cloud platform engineering is gaining traction within the IT sector. Here is a list of platform engineering trends that can help assess potential use cases for businesses. 

1 – Quantum Computing Implications 

One remarkable platform engineering trend is quantum computing, which helps manage business complexities with practical implementation. In a quantum system, this technology is integrated to improve software capabilities for increasing scalability and error corrections. For several industries, this engineering showcases the transformative potential of quantum computing to deal with technical complexities. 

2 – Integration With AI & Machine Learning 

Another cloud platform engineering trend-making space in the industry is AI and ML integration. This technology impacts software testing, security management, and code change management to establish an intelligent monitoring system. Using LLM, performance in coding and marketing will improve by 30% to 80%. It also leverages real-time analysis that will upgrade overall efficiency.

3 – DevSecOps for Security 

Security challenges primarily lead to the advancement of platform engineering. DevSecOps represents development, security, and operations, integrating security for the IT lifecycle. Implementing this trend would support delegating governance, control, and risk management for the developer team assistance. 

4 – Serverless Architecture

Next in the row of platform engineering trends, serverless architecture is enabling applications with better scalability, operational overheads, and quick deployment cycles. By connecting with serverless architecture, companies can get innovative solutions to overcome challenges that create a roadblock to setting up a structured serverless ecosystem. This approach places efficient workflows for software development and deployment. 

5 – Edge Computing

Multiple industries, including healthcare, manufacturing, and autonomous vehicles, have wide applications for real-time processing. Platform teams are utilizing this edge computing to create an infrastructure with distinctive features for IoT and AI-driven applications. It creates a new vision for cloud platform engineering to enable data-centricity for edge-specific factors. 

6 – Automation in Platform Engineering 

There are some emerging automation trends for platform engineering infrastructure, such as code (IaC) for developing infrastructure, continuous integration and continuous deployment (CI/CD) to integrate code changes, and containerization and orchestration for development and testing. Automation greatly impacts, reduces errors, and streamlines the development process. 

7 – GitOps 

GitOps is the standard operational framework process that uses infrastructure as code. It has major use cases under compliance, version control, and collaboration to secure infrastructure automation. GitOps configuration uses CI/CD pipelines to assist automation testing and deployments. So, in the modern infrastructure of cloud platform engineering, GitOps is driving the force for automated testing and deployments. 

8 – Hybrid and Multi-Cloud Strategies

Organizations are using hybrid and multi-cloud strategies that integrate with platform engineering. This allows enterprises to upgrade their cloud applications by relying on different service providers. It delivers the benefit of data redundancy, optimizing cost, and increasing resilience. Slowly, companies are adopting this multi-cloud strategy to facilitate more flexibility for public clouds.

9 – No-Code Development Platforms 

You can look into platform engineering trends, where no-code development platforms make software tasks easier for developers. This tech supports developing workflow and rules and adding drag-and-drop components without complex coding. No-code development platforms can make prototyping faster and add more features to meet diverse requirements of coding expertise. 

10 – Platform as a Service (PaaS)

One of the renowned cloud computing models, PaaS, supports platform engineering to promote more scalability and lower costs. PaaS majorly helps eliminate redundant tasks across the team for rapid testing and deployments. It assists developers in innovating application features. From servers to operating systems, PaaS leverages the scope of applications. 

Platform Engineering: Redeveloping Digital Transformation!

In the upcoming years, businesses will witness more transformation with the implementation of thriving technologies that support platform engineering. Adopting these strategies, IT  companies are getting closer to practical applications, integral security practices, and innovation adaptability. Platform engineering unlocks endless possibilities for automation and elevates deploying software upgradation. 


Who are platform engineering teams?

It is a product team that conducts user research, creates a roadmap, gathers feedback, and implements the platform’s capabilities.

What other names are provided to the platform engineers? 

Platform engineers are known by other terms as site reliability engineers. 

What are the popular platform engineering tools?

A few popular platform engineering tools are Kubernetes, Crossplane, Qovery, GitLab CI, Port Servers, Argo CD, and Docker. 

Is Platform Engineering and DevOps similar?

No. Platform engineering develops the infrastructure, while DevOps develops integrated development with the operation. 

Which top companies have started the implementation of platform engineering?

Tech giants like Google, Facebook, Netflix, and AirBnb started integrating platform engineering in the 2010s. 

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