Lack of knowledge = barrier to Platform Engineering
The lack of knowledge among developers can be a significant barrier to Platform Engineering for several reasons:
Implementation Challenges: Developers may face difficulties in understanding and adopting new technologies, frameworks, or tools required for Platform Engineering. This lack of knowledge can hinder the successful implementation and integration of platform-related processes and practices.
Inefficient Workflows: Without sufficient knowledge of Platform Engineering principles, developers may struggle to design and implement efficient workflows. This can lead to suboptimal processes, unnecessary manual interventions, and a lack of automation, ultimately affecting productivity and agility.
Limited Collaboration: Platform Engineering often involves cross-functional collaboration between developers, operations teams, and other stakeholders. A lack of knowledge can hinder effective communication and collaboration, leading to misunderstandings, delays, and difficulties in aligning objectives.
Security and Compliance Risks: Developers need to have a good understanding of security and compliance practices when working with Platform Engineering. Without adequate knowledge, they may inadvertently introduce vulnerabilities or non-compliance issues, jeopardizing the stability and security of the infrastructure.
Maintenance and Support Challenges: Developers with limited knowledge of Platform Engineering may struggle to maintain and support the platform effectively. Troubleshooting issues, performing updates, and optimizing the platform's performance may become more challenging, leading to increased downtime and reduced reliability.
To overcome this barrier, organizations should invest in providing adequate training, resources, and documentation to empower developers with the necessary knowledge and skills. This can include educational programs, workshops, knowledge-sharing sessions, and access to relevant tools and documentation. By addressing the knowledge gap, organizations can enable developers to actively contribute to the success of Platform Engineering initiatives.
Infrastructure as Code
Instead of requiring developers to learn a new infrastructure-specific language or tool (like Terraform or CloudFormation), it is advisable to integrate cloud infrastructure-code into their existing code. This approach allows developers to work within their comfort zone, utilizing platforms like CDK, Winglang, Pulumi, and others.
Avoid Adding Unnecessary Tools
Use automation and pipeline tools that developers are already familiar with. Since developers already use SCM, CI/CD tools like Github Workflows or Bitbucket Pipeline can be utilized. If you prefer another tool, Circle CI and CodeBuild are two options that integrate well with Github, and the content should be written in YAML.
The lack of knowledge among developers presents significant barriers to Platform Engineering. These barriers include implementation challenges, inefficient workflows, limited collaboration, security and compliance risks, and maintenance and support challenges. To overcome these barriers, organizations should focus on education, providing training and resources to empower developers. Additionally, incorporating infrastructure as code and avoiding unnecessary tools can enhance developers' comfort and efficiency. By addressing the knowledge gap and implementing these solutions, organizations can enable developers to contribute effectively to the success of Platform Engineering initiatives.