Decoding Platform Engineering: What CTOs Need to Know in 2025

Enterprise software solutions aren’t just essential—they’re the heartbeat of every successful business, powering growth, efficiency, and innovation at every step. However, if we flip this picture and look at the other side, several organizations still do not use enterprise software tools. Why?

Well, one of the biggest reasons why many businesses are still avoiding implementing these advanced systems is that they have become more complex, and technology leaders are grappling with challenges far beyond traditional development cycles. 

The widespread adoption of cloud-native architectures, microservices, and DevOps has introduced a new level of scale and operational intricacy. Engineering teams now face fragmented toolchains, inconsistent environments, and rising cognitive loads, slowing down innovation and increasing the risk of production issues.

Now, to cater to the ever-evolving and scaling demands of modern enterprises, an innovative and more strategic approach is gaining momentum. That’s platform engineering. This emerging discipline focuses on building internal developer platforms (IDPs) that abstract complexity and provide standardized, reusable tools and services. 

And guess what? This next-generation practice provides simple and robust solutions to empower development teams to ship software faster, safer, and more reliably, without compromising autonomy or creativity.

The year 2025 marks a critical inflection point. CEOs, CTOs, and key decision-makers have started to rethink the right strategies for supporting development at scale. The demand to adopt next-gen solutions is accelerating; those who fail to invest in scalable and efficient developer enablement will risk falling behind.

The following blog will delve into the core details of what platform engineering is, why it matters, and how a leading and trusted custom software development company like TRooTech helps with framing tailored strategies and implementing transformative technologies. 

A Simplified Definition of the Term

First and foremost, this term is a discipline that allows developers and engineers to create tools and systems that expedite their work and improve their efficiency. The process allows platform engineers to build internal platforms for developers to utilize, write, test, and deploy code easily, rather than focusing on crafting customer-facing features directly. 

Their main goal is to reduce manual and repetitive tasks, automate processes, minimize errors,  and make it easier for developers to build, test, and deploy software.

How It is Different From DevOps

While platform engineering and DevOps are closely related, they focus on different parts of the software development lifecycle. DevOps teams are mainly responsible for setting up and managing CI/CD pipelines, automating testing, monitoring releases, and ensuring smooth delivery of code to production.

The role of platform engineers is to comprehensively support the DevOps team by building reusable systems, templates, and self-service tools that make these tasks faster and more reliable. So, if DevOps emphasizes operating and managing the workflows effectively, it focuses on designing and constructing the foundation that powers it. 

Together, they create a faster, more secure, and more scalable development platform. 

What Is an Internal Developer Platform (IDP)?

We can call the Internal Developer Platform the most important solution that platform engineers create. It serves as a personalized developer toolkit, enabling them to access everything they need in one place. 

The best example of an IDP system is an advanced and user-intuitive dashboard that allows developers to deploy code with a few clicks. At the same time, it monitors real-time logs, access error alerts, and manages databases with ease and speed. It also offers complete technical documentation without switching between multiple tools. 

An IDP simplifies complex processes, offers standardization, and gives developers the freedom to move quickly without depending on operations teams for every small task. It promotes productivity, consistency, and better collaboration across teams.

Top Reasons Why Enterprises are Migrating Toward It

Imagine a scenario where a developer is trying to launch a new microservice architecture with just a single click. As such, they don’t have to go through the five different complex processes. There is no manual setup, no shifting between various tools, and no delays in waiting for the approval process. 

Today, enterprises are rapidly moving towards it to leverage a plethora of benefits. These include boosting developer productivity and improving developer experience (DX), creating more streamlined, secure, and scalable workflows. Organizations must look to hire software developers to deal with the complex systems and tech-driven, smarter development processes. 

Let’s list out its top benefits below, especially for large DevOps teams. 

1. Saves Time by Removing Repeated Manual Setup

In large development teams, setting up environments, configuring databases, and provisioning infrastructure often involves repetitive manual work. Each task can take hours or even days if done manually, especially when developers have to coordinate across multiple teams. Eliminate this burden by creating automated workflows and self-service infrastructure. 

Developers can instantly access ready-to-use environments with predefined configurations, removing bottlenecks. This not only saves time but also reduces human error, leading to more consistent and reliable deployments across the organization.

2. Improves Developer Experience (DX)

Developer experience is critical to retaining top talent and maintaining high productivity across projects. A poor setup—where developers constantly struggle with inconsistent environments, unclear documentation, or frequent build failures—can slow down projects and lower morale. 

Look to enhance DX by offering smooth, predictable, and reliable development environments tailored to the team's needs. Through internal developer platforms (IDPs), teams can access everything they need—deployment tools, monitoring dashboards, real-time logs, API documentation, and troubleshooting guides—all in one place. A better developer experience results in faster problem-solving, increased satisfaction, and greater innovation.

3. Standardizes Processes and Improves Security

Development teams may face inconsistencies while managing deployments, testing, and monitoring applications if there is no defined standardized process. Manual configurations often lead to security vulnerabilities, especially while handling large-scale operations. 

However, you can automate workflows and access controls, and provide common templates with centralized governance over infrastructure to enforce standardization. Standardizing processes also helps bolster security by ensuring that every deployment follows approved patterns, complies with regulatory standards, and reduces the risk of critical misconfigurations or data breaches. It also makes audits and compliance reporting much easier and more reliable.

4. Speeds Up Time to Market

Enterprises today need to move fast to stay competitive in rapidly changing markets. Traditional methods of building, testing, and deploying software can slow down product launches and feature updates, leading to lost opportunities. 

Businesses can accelerate this cycle by enabling developers to self-serve infrastructure, initiate deployments, run integration tests, and scale applications independently, all through automated systems. Instead of waiting for manual approvals or infrastructure provisioning, developers can quickly roll out new services, fix bugs, or push updates. 

Faster development cycles lead to faster innovation, better customer satisfaction, and stronger market leadership. This is where hiring DevOps developers will help to maximize results.

How Does a Setup for Platform Engineering Look?

So far, we have discussed how platform engineering tools can benefit large DevOps teams, and now it’s time to provide businesses with valuable information on what its setup looks like. 

Hear it from our expert platform engineer at TRooTech— “I think if I have to  define the setup in the simplest terms, then I would say that it is like a well-organized toolbox that developers can rely on to build, test, and release software efficiently.”

Also, developers don’t have to take the extra pains of setting up the environment tools and deployment processes on their own. This is because they get access to ready-made systems built and maintained by the platform team. This setup removes routine dependencies on DevOps, speeds up delivery, and creates consistency across projects.

Let’s take this discussion further and see what the platform team builds to simplify and streamline developers’ tasks. 

1. Pre-configured Environments

The first crucial aspect that platform engineers provide is pre-configured environments. These are ready-to-use spaces for development, testing, and production. Everything a developer needs—like frameworks, runtimes, and access permissions—is already set up. 

This saves hours of setup time and ensures every team works under the same standards. Whether someone is writing backend code or testing a frontend feature, they start from a consistent and reliable base.

2. Deployment Pipelines

The platform team also builds automated deployment pipelines. These pipelines take code through testing, building, and deploying stages with minimal manual work. Developers just commit their code, and the pipeline takes care of running tests, packaging the app, and shipping it to production. 

This not only speeds up software delivery but also reduces the risks of human error. With pipelines, updates can go live several times a day—reliably and safely.

3. Centralized Monitoring and Logging

Monitoring and logging are essential to keep applications running smoothly. The expert engineers create a centralized system where developers can easily check performance, track issues, and analyze logs. Instead of jumping between tools, everything is available in one place. This helps teams detect problems early, fix them quickly, and continuously improve system reliability.

What Popular Tools Are Used

These advanced platforms rely on powerful tools. These include 

• Kubernetes - It helps run and scale containerized applications.
• Terraform - The tool allows teams to manage infrastructure efficiently using code. 
• ArgoCD - It is an automation system that automates deployment workflows through Git. 

Apart from these innovative tools, developers also use a user-friendly dashboard, providing access to services, templates, documentation, and tools from one place.

So, What’s the Final Outcome?

At TRooTech, we provide a setup that equips developers with all the essential tools, such as a self-service platform that enables software delivery at scale, boosts developer productivity, and helps monitor applications without much dependency on the DevOps teams.  

Real-World Examples: Who's Using Platform Engineering?

This advanced and next-gen discipline is continuously and rapidly changing how companies build, test, deploy, and run software solutions. It simplifies and streamlines the tasks of organizations to deliver faster, safer, and more scalable applications—without overloading DevOps.

We also found some interesting and encouraging stats on this discipline 

• According to a Gartner report, 80% of the software engineering companies will set up platform engineering teams as internal providers by 2026.
• Based on a Google Cloud Survey, 55%  of organizations have already adopted engineering tools, while 90% of those plan to reach more developers. 
• The same survey indicates that 94% of companies believe that AI/ML will drive the future of this advanced platform tooling. 

Top Brands That Use Platform Engineering 

1. Netflix 

The top video streaming application, Netflix, is one of the pioneers in using this discipline to efficiently manage its complex infrastructure and ensure a seamless streaming experience for millions of users worldwide.  We came across the “Platform Engineering Community” official blog website, which mentions that Netflix develops a federated platform console to unify its engineering tools into a single, user-friendly interface.

Netflix solves various core challenges, such as managing multiple services and software, platform discovery, and switching contexts between tools, enhancing developer productivity. 

2. Uber 

Ride-hailing services company Uber is also one of the popular brands using platform tooling, enabling engineers to build seamless in-app experiences. By offering APIs and SDKs, Uber allows integration of ride requests, trip tracking, and personalized content into third-party applications. This approach enhances user engagement and streamlines development processes, fostering innovation across Uber's service.

Mid-Size Enterprises Are Catching Up

It’s not just tech giants. Mid-size enterprises across industries are now hiring expert engineers to build internal platforms and improve developer efficiency, reduce operational costs, and boost scalability. With rising complexity in cloud-native environments, they can also hire AWS developers from TRooTech to standardize tools and leverage the full benefits of cloud computing services. 

Here, we can cite the example of an emerging Indian eCommerce company, Meesho, which uses platform engineering to build internal tools that help developers deploy faster, manage services efficiently, and scale with less manual effort.

Similarly, we came across a Microsoft case study website that mentions three different companies from three diverse sectors, namely, insurance, finance, and software development, implementing engineering tools to speed up release cycles, enhance security, and support compliance, without scaling up their DevOps teams. 

How TRooTech Helps With Platform Engineering Setup

The software development landscape is dynamically changing faster, and it becomes more than essential for organizations to work on escalating developer efficiency by creating modern platforms. This is where TRooTech steps in to provide optimal and exceptional platform and cloud engineering services that streamline operations, boost productivity, and accelerate innovation across your tech ecosystem.

Here’s a snapshot of our core services. 

1. Internal Developer Portals (IDPs)

We help tech leaders create internal developer portals (IDPs) that empower engineering teams with self-service capabilities, access to reusable components, and real-time visibility. These IDPs centralize documentation, APIs, and developer workflows—reducing friction and fostering autonomy.

2. Developer Platform Consulting

Our developer platform consulting experts tailor solutions based on your unique infrastructure and organizational goals. We work closely with your DevOps and engineering leads to implement scalable, modular platforms that evolve with your team’s needs.

3. Custom Tooling and Integrations

TRooTech specializes in building custom tooling and integrations that connect your existing systems, reduce context-switching, and support high-velocity development. Whether you need integrated observability, unified deployments, or seamless secrets management, our team delivers tools that fit into your workflow, not the other way around.

4. Infrastructure Automation & CI/CD Pipelines

Infrastructure automation is at the core of our services. We automate provisioning, scaling, and monitoring with Infrastructure as Code (IaC), ensuring consistency and speed. Our engineers implement fully automated CI/CD pipelines, enabling faster testing, secure deployments, and reduced time-to-market.

5. Enhancing Developer Experience

We focus relentlessly on enhancing developer experience. From standardized environments to simplified onboarding and minimized cognitive load, our platform engineering services are designed to let developers do what they do best—build.

At TRooTech, our mission is clear: engineer the platform so your developers can build the future faster, smarter, and without roadblocks.

Conclusion

As the tech landscape evolves, platform engineering has become a crucial enabler of productivity. By providing developers with streamlined tools and internal platforms, companies reduce the complexity of managing infrastructure, allowing teams to focus on building features rather than battling operational challenges. This shift not only accelerates development cycles but also improves the overall developer experience.

For CTOs, getting the platforms engineered means gaining a consolidated strategic position to scale your operations upwards and allowing teams to work with much more advanced tools. It also offers self-service capabilities and centralized services to reduce bottlenecks and enhance speed-to-market.  

The time to move to a developer platform from DevOps is now. Companies need to assess whether they’re providing the right tools to their developers, or whether the lack of proper enablement is holding them back.  It enables them to focus on driving innovation rather than maintaining operational processes.

According to Grand View Research, the market revenue of platform engineering services is expected to reach $23.91 billion by 2030 at a CAGR of 23.7%. We are quite certain that more and more organizations will embrace it to increase flexibility, scalability, and efficiency needed to stay competitive in an increasingly fast-paced digital world.