Achieving Developer Self-Service with Internal Developer Platforms

Software developers need a set of tools, documentation, resources, and support to build, deploy and manage software applications efficiently. To achieve this, they need to rely on external teams and dependencies to make those tools and infrastructure available, and this lack of independence slows development down and hinders developers from producing optimal and timely results. However, a developer self-service provides a solution to this problem.

Importance of Developer Self-service 

  • Empowerment: It empowers developers to take complete control of their work by providing them with all the tools they need to achieve autonomy. 
  • Efficiency: By reducing dependencies on external teams, developer self-service increases the efficiency of the development process. 
  • Increased productivity: Developer self-service streamlines development workflow by providing a centralized platform with ready-to-use tools and services.
  • Innovation: When they have all the necessary tools and services, developers can experiment and try different innovative techniques and approaches without waiting for external resources or approval. 
  • Collaboration: Developer self-service encourages collaboration and knowledge sharing. It also fosters the creation of a community where programmers can learn from each other. 

This article will critically examine developer self-service and how to create harmony between Operations and Development teams. It will also highlight how internal developer platforms can help organizations to achieve this. Using real-world examples, we will also share helpful tips on implementing this innovative autonomous development strategy.

The Problem: Friction between DevOps and Developers

DevOps is a software development approach involving collaboration, communication, and integration of the same organization's development and operations (IT and infrastructure) teams. The DevOps approach aims to ensure efficiency in the software delivery process. However, sometimes, conflict and friction arise between these two teams. 

The common causes of this friction include:

  1. Contrasting priorities: Developers are typically more interested in building and delivering new functionalities and features, while the operation team emphasizes maintaining existing systems and ensuring stability and security. Due to these different priorities, the DevOps team may struggle to decide between making rapid changes and providing stability and reduced risks. 
  2. Difficulty in Communication: Any communication gap can result in a misunderstanding, which, unfortunately, delays job performance and efficiency. Sometimes, the development team may feel like the operations team is slowing the process down. In contrast, those in operations may accuse developers of not caring about adequate documentation, security, and stability of the product. 
  3. Inefficient Workflow: The team may need help with slow deployment and time-consuming manual work errors due to the lack of automation and manual approval. This inefficiency causes bottlenecks that slow down the company from meeting its product release timeline.
  4. Lack of Visibility and Transparency: The lack of proper visibility and monitoring of a software's performance during production can cause friction between the developers and the operations team. They may find it difficult to ascertain the status of the project and account for the allocated resources. 
  5. Misaligned Expectations: Both teams may have contrasting expectations regarding deployment timeline, infrastructural needs, and resource allocation. These also result in bottlenecks. 
  6. Inconsistent Development Environment: The developers and operation experts may have a conflict due to an unstable development environment. Developers require a consistent and highly optimized environment to write, develop, and test codes effectively. If the Ops team provides them with an inconsistent, outdated, or unreliable environment, they may encounter a series of problems, including code compatibility problems, difficulty reproducing bugs, or delays in troubleshooting.
  7. Lower Quality Software: All the above-listed challenges culminate in the development of low-quality software that doesn't meet the business requirements. 
  8. Negatively Impacts the Business: The delays arising from friction between both teams have a net negative effect on the company. They'd suffer a delay in product launch and release, and may even produce low-quality, buggy, and problematic software that may dampen their market shares. It also hinders their innovation and competitiveness in the market.
  9. Increased Cost: The more friction occurs, the more the business spends money on fixing a problem that never should have existed in the first place.

The Need for a Solution: Developer Self-service and Internal Developer Platforms

Organizations can resolve the friction between both teams by leveraging developer self-service and internal developer platforms. This way, they can create an environment that promotes collaboration, streamlines workflow, empowers developers and fosters knowledge sharing. 

Here's how these two solutions can help achieve the needed harmony. 

  1. Better collaboration and communication: In developer self-service and internal developer platforms, the programmers and DevOps teams interact, collaborate and communicate effectively using one centralized hub. Such communication platforms feature chat channels, discussion forums, and knowledge bases where the different teams can share knowledge and exchange ideas and insights. These platforms can reduce conflict and improve team understanding by creating an avenue for more efficient collaboration and communication. 
  2. Automation and Streamlined Workflow: Internal developer platforms provide tools and resources that enable the automation of essential tasks and streamline the workflow. These platforms offer developers direct access to automated build and deployment processes, testing framework, version controls, and CI/CD pipelines. By having all of these handy, they can reduce delays, achieve consistency, eliminate manual processes, reduce dependencies, and work independently. 
  3. Consistent and Reliable Development Environment: In an internal developer platform, software programmers can access standardized, and consistent development environments already pre-configured with essential tools. These environments present templates compatible with the codes, reducing bugs and other conflicts. This environment resolves problems arising from an unstable development environment and improves the overall experience. 
  4. Higher Security and Compliance: Internal developer platforms provide a controlled and standardized software programming environment that enhances security and compliance with the best services. The availability of centralized development tools and resources allows organizations to ensure that code reviews, vulnerability scanning, access controls, and other security measures are optimally implemented. Furthermore, the platforms also provide security configurations and guidelines that all programmers and operators must follow while performing their tasks. This way, it is easier to monitor the entire process, and there's increased visibility. 
  5. Enhanced Innovation and Competitiveness: Internal developer platforms and self-service create room for innovation and competition. Developers can leverage the availability of tools, resources, and services to try out new technologies and experiment with different ideas. They can use the pre-integrated services, frameworks, and APIs to speed up the development process and achieve a shorter time-to-market.  

Developer Self-Service: Unlocking Efficiency and Innovation

Developer self-service can unlock an organization's efficiency and innovation in many ways. Here are some of its main elements: 

  • Accessibility of resources: An internal developer environment provides a curated catalog of all the resources necessary for the programmers to succeed. This includes code templates, software libraries, APIs, and other tools and infrastructure. With these, they can perform all their coding, deployment, testing, and experimentation without relying on the DevOps team.
  • An Ideal development environment: Developer self-service allows developers to configure and manage their environment in a way that optimizes it for their tasks. They can select the necessary infrastructure and dependencies and tailor them to specific projects. This way, they'd have everything they need handy to start coding and ensure a quicker delivery timeline. 
  • Automation and improved workflow: It also promotes automated testing and deployment, and eliminates repeated manual processes. These environments have an automated testing and deployment framework and pipeline to validate codes and assess their quality before deployment, staging, and production. All of these culminate into an improved and efficient workflow.
  • Documentation and knowledge base: Internal developer platforms feature a repository of resources and documentation, including guidelines, best practices, troubleshooting tips, and other necessary information. 
  • Integration with existing tools: Developer self-service allows for seamless integration of essential tools like version control systems, project management platforms, and chat channels to ensure that the entire team works in a unified manner that yields efficient results. 
  • Security and access controls: Security is a vital aspect of developer self-service. It allows team members to be assigned different access control levels based on their roles while maintaining security standards. 
  • Monitoring and analytics: Increased visibility and transparency make it easy to monitor the use of resources, check compliance, assess productivity, and make data-driven decisions.

How Internal Developer Platforms Enable Developer Self-Service

Internal developer platforms facilitate developer self-service in the following ways:

  1. Providing a Centralized Resource Repository: Internal developer platforms offer all the resources, tools, and services software engineers need to execute their tasks. From libraries to frameworks to tools, documentation, APIs, and code templates, they are a one-stop repository for accessing all essential elements needed for platform engineering. 
  2. Streamlining Collaboration and Communication: The availability of a unified interaction portal eliminates the bottlenecks that arise due to communication gaps. It's also an avenue for engineers and team members to share knowledge, align priorities and set defined expectations. 
  3. Automating and Standardizing Workflow: Internal developer platforms often incorporate automated build and deployment pipelines. The self-service functionality allows software engineers to build, test and deploy their applications directly from their development environment. This ensures faster releases and increased accuracy. 
  4. Providing Security and Governance: Internal developer platforms create room for security and governance within the working environment. Security instruments like authentication mechanisms, access controls, and role-based permissions help to protect sensitive information and maintain privacy. Organizations can also integrate governance policies into the platform to ensure compliance with industry standards and regulatory requirements. 
  5. Enabling scalability and flexibility: Internal developer platform facilitates scalability and flexibility in the development process. They're designed to allow for changes, tweaks, and innovations according to the evolving needs of each project. They also provide the resources suitable for increased workloads and spikes in usage.

Examples of Successful Developer Self-Service Implementation

Some companies are already benefiting from implementing this innovative DevOps approach. Some real-life examples include: 

Spinnaker by Netflix

Netflix integrated a developer self-service as a core aspect of their software engineering culture. They created “Spinnaker”, an internal platform allowing engineers to efficiently deploy applications to the cloud. The platform offers a self-service interface where the programmers can configure deployment pipelines, provision infrastructure, and manage the release process independently. This platform's creation has helped Netflix effect frequent updates, achieve rapid deployment cycles, and create room for continuous innovation. 

DevExchange by Capital One

World-renowned financial institution Capital One created a self-service platform called DevExchange to facilitate faster release cycles, implement new features and reduce time-to-market. Its creation has accelerated the company's development process, making it easy for them to launch new products, rapidly effect updates and fresh features, and reduce time-to-market. This programming environment comes pre-built with APIs and other necessary tools and infrastructures the engineers need to build applications from start to finish.

Airstream by Airbnb

Global vacation rental giant Airbnb created its internal developer platform, Airstream, to foster collaboration among its developers. They designed this platform to allow their engineers to share codes, interact and collaborate more effectively. The platform is well documented and serves to onboard new engineers efficiently while giving them all the resources they need to catch up with the jobs done so far. This platform has yielded increased productivity and speedy project delivery at Airbnb. 

When Is the Right Time to Build Your Own Internal Development Platform?

Building an internal developer platform is a strategic decision that requires thoughtful planning and requires building up specific know-how in the form of a platform engineering team. The right time to build such a platform is typically when the scale and complexity of your software development operations necessitate it. In essence, when the demand for development resources and the need for streamlined processes becomes a critical factor impacting the speed and quality of your software delivery, it's time to consider building an internal developer platform. A great litmus test would be when your existing DevOps team is servicing multiple product teams, where they end up solving the same problem again and again across multiple teams, which is a great opportunity to start building a platform team to provide internal tools that allow solving these problems in a self service capacity.

A clear indication of this need is when your DevOps team is constantly occupied with routine tasks that could be automated, or when the onboarding process for new developers becomes too time-consuming and complex. Implementing an internal developer platform can automate repetitive tasks, standardize processes, and offer self-service capabilities to developers. This not only frees up the DevOps team to focus on more strategic tasks, but also empowers developers to work more independently, thus optimizing the software development lifecycle.

Tips for Implementing Developer Self-Service with Internal Developer Platforms

Here are some tips that will help you implement developer self-service in your company's software development process:

  1. Study your organization's needs to identify the pain points and the areas that need improvement. Define the goals and objectives, and proffer possible strategies for achieving them.
  2. Ensure that developers and the operations team are a part of the process from start to finish. Since they're the primary users, they'd be in the best position to recommend how to meet their needs. 
  3. Decide whether you want to buy commercially available platforms like mogenius, or to build a custom-made platform specifically tailored to your projects.
  4. Provide essential training and documentation. This teaches the programmers how to make optimal use of the platform. It's also necessary to establish guidelines and best practices to guide the use of the platform.
  5. Start with a small pilot project to test the platform on a small project and group of engineers.
  6. Implement role-based access controls to give users permission based on their roles and duties. 
  7. Collect feedback and effect improvements regularly.
  8. Set key performance indicators and use them to monitor success and performance. 

What Is the Difference Between an Internal Developer Platform and an Internal Developer Portal?

Enabling developer self-service is a critical success factor for modern software organizations. It's about harnessing the power of automation, self-service, and consistency to boost developer productivity. Two instrumental tools in accomplishing this are the internal developer portal and the internal developer platform. Though they both serve to enhance the developer experience, they differ in their purpose, functionality, and impact.

An internal developer portal primarily serves as a hub for information and resources. It's a gateway that provides developers with access to APIs, SDKs, code samples, documentation, and other critical resources. The goal of a developer portal is to streamline access to these tools, enabling developers to work more effectively and independently. The developer portal, therefore, is a significant asset in boosting developer productivity. It can greatly reduce the time developers spend searching for information and troubleshooting, thereby speeding up development cycles.

On the other hand, an internal developer platform is a more comprehensive tool designed to automate and standardize the software development process. It typically includes features for continuous integration, continuous deployment, infrastructure as code, and more. The platform provides a self-service interface where developers can manage their entire development lifecycle without needing to rely heavily on operations teams.

Unlike the developer portal, which is primarily about information and resource access, the internal developer platform is about process automation and standardization. It's designed to minimize the manual and repetitive tasks that developers often face, leaving them free to focus on what they do best: coding. As such, an internal developer platform can have a more profound and transformative impact on developer productivity.

In essence, while both the internal developer portal and the internal developer platform aim to enhance developer productivity, they do so in different ways. The developer portal facilitates access to resources, and the developer platform automates and standardizes processes. Both are valuable tools in the pursuit of a more efficient and effective software development organization.

Final Thoughts

In conclusion, developer self-service is an intelligent concept in software engineering that empowers developers by providing them with direct access to all the tools, services, and resources they need to perform their job. This concept facilitates productivity, fosters a culture of autonomy, enhances agility, and streamlines processes. 

Do you want to revolutionize your software development operations and empower your developers? Mogenius is the solution you need. Mogenius helps hundreds of businesses like yours build world-class developer platforms to streamline cloud-native software development. 

At Mogenius, we understand the challenges development teams face when they cannot quickly access and manage the resources they need to build and deploy applications. Therefore, we provide a comprehensive solution that solves all your DevOps problems, including automation, centralized multi-cloud management, and a suite of internal developer tools.

Contact us now to discuss how we can help to uplift your DevOps team. 

Ready to get started?

Jump right in with a free trial or book a demo with a solution architect to discuss your needs.

The latest on DevOps and Platform Engineering trends

Subscribe to our newsletter and stay on top of the latest developments

Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.

By signing up, I agree to the mogenius privacy policy.