Platform engineering has emerged as a crucial field in the evolving landscape of technology. It has the potential to have a big impact on future approaches and techniques used in system architecture and software development. The increasing recognition of platform engineering suggests that it is gaining popularity and holds the potential to dominate the market by 2024.
In this blog, we will explore what platform engineering is and the factors expected to contribute to its predicted rise in popularity by 2024.
Defining Platform Engineering
Platform engineering is the science of creating, constructing, and managing the fundamental tools and infrastructure for software application development, including application frameworks, development tools, cloud computing environments, and container orchestration systems, which are essential for proper service and application functionality.
Primary Goals of Platform Engineering
The primary goals of Platform Engineering are the following:
- Provide developers with a robust and scalable foundation
- Enable focus on building innovative and efficient applications
- Minimize infrastructure complexities for developers
- Act as a bridge between software applications and underlying infrastructure
- Streamline the development process
- Enhance overall system reliability
The Benefits of Platform Engineering for Businesses
Platform engineering offers a wide range of benefits that are increasingly crucial in today’s technology-driven landscape, and these factors are expected to fuel its popularity in 2024.
Rapid Technological Advancements
With the unparalleled speed at which technology develops, software systems are becoming more complicated. Platform engineering is a strategic solution to the demand for durable, scalable, and adaptive infrastructure in such a dynamic environment. Platform Engineering has become increasingly popular due to its ability to take advantage of the most recent technology developments and incorporate them into a platform seamlessly.
In the digital era, businesses face the challenge of scaling their operations rapidly to meet growing demands. Platform Engineering provides the scalability required to address this challenge effectively. By leveraging cloud computing and containerization technologies, platforms can scale horizontally to accommodate increased workloads, ensuring optimal performance and resource utilization.
Continuous Deployment/Continuous Integration (CI/CD) and DevOps
In today’s software development environment, using CI/CD pipelines and DevOps approaches is standard procedure. Platform engineering, which offers the required infrastructure automation and tools, is essential in enabling these methods. The smooth integration of development and operations made possible by this adherence to DevOps principles leads to the release of software more quickly and reliably.
The shift towards a microservices architecture, where applications are composed of small, independent services, has become a prevailing trend. Platform engineering plays a crucial role in controlling the complex process of launching and coordinating various microservices, guaranteeing seamless inter-service communication and cooperation while upholding the stability of the entire system.
Security and Compliance
Software system security and compliance must be guaranteed as cyber threats get more complex. Platform Engineering alleviates these worries by automating compliance checks and integrating security measures into the platform design. This active security strategy aligns with the industry’s growing emphasis on developing reliable and resilient systems.
Cost optimization is one of the most important factors in a competitive corporate environment. Platform Engineering significantly reduces costs by emphasizing automation and effective resource utilization. Organizations can achieve greater operational efficiency and reduce overall infrastructure costs by leveraging cloud resources judiciously and automating repetitive tasks.
Why Will It Be Popular in 2024?
Several trends and developments are expected to propel the popularity of Platform Engineering in 2024.
Edge Computing Integration
Platform engineering will become increasingly important as edge computing becomes more prevalent in expanding platforms to the edge. Managing and orchestrating applications across distributed edge environments will become essential for advanced platform solutions.
AI and Machine Learning Integration
Applications using machine learning (ML) and artificial intelligence (AI) are becoming more common. Platform engineering is evolving to create unique platforms and tools. These make it easier for AI and ML parts to be smoothly added to software systems. This helps businesses use intelligent technology to its fullest.
Enhanced Developer Experience
In 2024, a heightened focus will be on improving the developer experience through user-friendly platforms and tools. Platform Engineering will prioritize the creation of intuitive interfaces, robust development frameworks, and efficient workflows, empowering developers to be more productive and creative.
As organizations operate in multi-cloud and hybrid environments, ensuring cross-platform compatibility will be crucial. Platform Engineering will evolve to provide solutions that seamlessly integrate with diverse cloud providers and on-premises infrastructure, offering organizations the flexibility to choose the most suitable environment for their needs.
With the advent of quantum computing on the horizon, Platform Engineering will adapt to incorporate elements that prepare organizations for the quantum era. This may involve developing platforms seamlessly integrating with quantum computing resources or preparing for the potential paradigm shift in computing architectures.
Platform Engineering is a crucial aspect of the digital landscape, driving innovation, scalability, and efficiency in software development. As technology landscapes become more complex and rapid deployments become more common, organizations investing in Platform Engineering can gain a competitive edge by promoting agility, security, and cost-effectiveness. This trend is expected to continue in 2024.