Internal platform development in organizations has long been characterized by the efforts of isolated developers or small, department-specific teams. These siloed approaches often lead to inefficiencies and stunted innovation, as developers find themselves waiting on operators to provide necessary tools and services. This results in delays and frustrations that hamper overall productivity. As the scale of operations and complexity grew, the rise of DevOps attempted to break down these silos by integrating the building and running of tools and services into a more cohesive whole. Although DevOps improved the situation, it introduced new challenges. As organizations expanded, the demands on DevOps teams grew exponentially, leading to cognitive overload and inefficiencies once again. The need for a more collaborative, multiplayer approach in internal platform development is becoming increasingly critical.
The Transition to Platform Engineering
With the mounting complexity and relentless demands on DevOps teams, platform engineering emerged as a promising practice aimed at enhancing developer experience and efficiency. Platform teams focus on creating internal developer platforms outfitted with necessary tools and services available on demand. This approach alleviates some issues by reducing cognitive load for developers, allowing them to concentrate on delivering value to customers. However, while platform engineering resolves certain problems, it also introduces new challenges, particularly in managing the extensive range of tools and services required to support a modern development environment.
Platform engineering can unintentionally transfer the cognitive burden from DevOps teams to platform teams. As these teams struggle to keep up with the demand for new tools, maintain seamless integration, and ensure a consistent developer experience, they risk facing burnout and inefficiency. The load becomes overwhelming, and platform teams become another potential bottleneck within the organization. This transfer of responsibilities without adequate support or a clear strategy for balancing the workload only exacerbates the problem. It becomes evident that relying solely on platform teams is not a sustainable approach for scaling internal platform development.
Introducing the Multiplayer Approach
To address these persistent challenges, organizations can adopt a multiplayer approach to internal platform development. This strategy involves broader collaboration across various teams, thus leveraging the unique skills and expertise that each team brings to the table. By distributing the workload more equitably, companies can develop more robust internal platforms without overburdening any single team, thereby reducing the risk of burnout and inefficiencies. In the multiplayer model, it’s essential to consider team organization and define clear roles and responsibilities. Using the framework espoused in "Team Topologies," the multiplayer approach categorizes teams into four types: Stream-aligned (application teams), Enabling teams, Complicated Subsystem teams, and Platform teams. Each team type has distinct roles that contribute to the development and maintenance of internal platforms, ensuring a balanced distribution of responsibilities.
With Stream-aligned teams focusing on delivering specific business value, Enabling teams facilitate the adoption of new skills or technologies, Complicated Subsystem teams handle areas requiring specialized expertise, and Platform teams work on the shared infrastructure. This well-defined structure empowers each team to focus on their strengths, thus streamlining the development process and fostering a collaborative environment that enhances the overall efficiency and utility of internal platforms.
Effective Role Distribution
When internal platform development is managed ineffectively, Stream-aligned teams face excessive cognitive loads, often resorting to DIY solutions to meet their immediate needs. Meanwhile, Platform teams are overwhelmed with supporting a burgeoning array of tools and services, which further strains their resources. To prevent this scenario, it’s crucial to distribute responsibilities effectively and tap into the broader organizational knowledge base. One effective strategy is involving subject matter experts from various teams in the internal platform-building process. For example, a specialist database team can provide a database-as-a-service within the platform. This service allows multiple application teams to access the database easily, reducing the need for platform teams to have in-depth knowledge of database management. This not only streamlines processes but also ensures that each component is managed by those best qualified to do so.
By implementing such collaborative measures, the cognitive load is redistributed across the organization. Subject matter experts contribute their expertise directly to the platform, while Stream-aligned teams focus on application development. This balanced approach prevents any one team from becoming a bottleneck and enhances overall productivity. The multiplayer model thus becomes an effective method for developing comprehensive and efficient internal platforms, leveraging the diverse skill sets within an organization.
Security and Specialist Requirements
Another critical aspect of adopting a multiplayer approach is integrating security protocols into the platform. By embedding necessary security measures into the platform’s workloads, development and platform teams can avoid becoming bogged down in intricate security details, which may otherwise detract from their primary responsibilities. For instance, a dedicated security team can define and integrate security processes directly into the platform, ensuring consistent application of security protocols without necessitating in-depth security expertise across all teams. This approach maximizes the efficiency of security measures while minimizing the cognitive load on other teams.
The concept of platform democratization, or "inner sourcing," is key here. It enables teams to use the platform efficiently without requiring deep expertise in every area of development, significantly reducing cognitive load and improving overall productivity. Security protocols, compliance measures, and other specialist requirements are managed by the most qualified teams, making the platform more robust and secure. This streamlined process also ensures that security considerations are seamlessly integrated into the development workflow, fostering a culture of security awareness across the organization.
Facilitating Organizational Buy-In
For the multiplayer approach to succeed, it is essential to facilitate collaboration and ensure that all teams understand their roles and responsibilities. Clear communication is critical in this context, as it promotes a shared vision and collective commitment to enhancing the internal platform. According to "Team Topologies," effective collaboration can be achieved through three interaction modes: Collaboration, x-as-a-Service, and Facilitating.
Collaboration is vital to understanding and aligning the diverse needs and requirements of various teams. Application teams need to communicate what tools and services they require from the platform, and platform teams must work closely with specialist teams to integrate their expertise into the platform. Short-lived enabling teams can also act as intermediaries, mapping out these connections and facilitating productive collaboration. This iterative feedback loop ensures that the platform evolves in response to the actual needs of its users rather than dictating a one-size-fits-all solution.
X-as-a-Service is central to the multiplayer approach, as it transforms specialized expertise into accessible services within the platform. For example, offering a Postgres database as a service within the platform, with embedded security features developed by the security team, allows application teams to access these services on-demand without needing to understand the finer details of database management or security protocols. This empowers teams to focus on their core competencies while leveraging the specialized knowledge of other teams.
Facilitation is about creating an environment where contributing to the platform is straightforward and continuous. Platform teams should ensure that the process for contributing to the platform is well-documented, transparent, and easily understood, preventing the platform from becoming a "black box" that only a few understand. This involves maintaining a platform framework that supports composable building blocks managed by expert teams, which further streamlines the integration process. These "paved roads" or "golden paths" offer a more user-friendly developer experience, making it easier for teams to adopt and contribute to the platform.
Comprehensive Integration for Innovation
The multiplayer model transforms an internal platform from a collection of disparate tools and services into a cohesive ecosystem that drives innovation. By pooling the collective expertise within an organization, platforms can become more than the sum of their parts, fostering a sense of shared ownership and responsibility. This collaborative approach not only benefits the platform team by reducing their workload but also enhances the overall developer experience. With a more efficient workflow, developers can deliver value to customers more rapidly, innovating and iterating with greater agility.
By comprehensively integrating various elements, from security and databases to development tools and compliance protocols, the platform becomes a robust, flexible foundation upon which teams can build. This shared approach ensures that the platform remains flexible and adaptable to the evolving needs of the organization, driving sustained innovation and growth. The efficiency gained through this collaborative method directly translates into improved product quality and faster time-to-market, providing a significant competitive advantage.
Conclusion: From Single Player to Multiplayer
Switching to a multiplayer approach for internal platforms offers numerous benefits, from reducing cognitive load to enabling a more collaborative and innovative work environment. The key takeaway is that involving diverse teams with specialized knowledge ensures that internal platforms are not only robust and efficient but also widely adopted and well-maintained. By transitioning from a single-player to a multiplayer mode, organizations can harness the full potential of their internal platforms, creating an environment where every team member can contribute to and benefit from the platform. This shift is essential for sustainable growth and continued innovation.
Ultimately, the multiplayer approach to internal platform development champions the power of collaboration, effectively distributing responsibilities and leveraging the collective expertise of the entire organization. This method ensures that internal platforms remain agile, efficient, and fit for purpose, leading to better outcomes for developers and the business as a whole.