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Supported by Empirical Data

4 Key Benefits of Platform Engineering

2024.04.05

Platform Engineering emerges as a lighthouse of efficiency and innovation, reshaping the way organizations approach application delivery. Backed by empirical data and real-world insights, the benefits of Platform Engineering are indisputable, offering a myriad of advantages that transcend traditional DevOps methodologies.

Beyond Hypothesis: Empirical Data of Platform Engineering

As revealed by Puppet’s 2023 State of DevOps Report (Platform Engineering Edition), organizations embracing Platform Engineering witness a transformational shift, with 94% of respondents affirmed that Platform Engineering enabled them to fully realize the benefits of their existing DevOps workflows. In addition, when questioned about the most significant beneficiaries of Platform Engineering, respondents overwhelmingly cited its broad-reaching impact, with 82% highlighting its value in “best serves the needs of the entire company – not just a single department”.

Now, let’s explore the 4 key benefits of Platform Engineering.

Platform Engineering Benefit #1: Improve Application Delivery Efficiency

Platform Engineering introduces a paradigm shift in application delivery by providing developers with a consistent, streamlined, and automated environment. By standardizing tools and processes, Platform Engineering liberates developers from mundane tasks such as environment setup and infrastructure management, allowing them to focus solely on writing code and delivering features.

The results of this streamlined approach are far-reaching. According to the same Puppet’s report, 42% of organizations experienced a significant improvement in the speed of development after implementing Platform Engineering. Moreover, standardized workflows reduce the cognitive load on developers, facilitating smoother onboarding for new team members and seamless project transitions for existing ones. Over time, this heightened efficiency translates into accelerated time-to-market and reduced project costs, positioning organizations for sustained success in a competitiveness.

Platform Engineering Benefit #2: Enable Consistency and Reliability

Standardization lies at the heart of Platform Engineering, ensuring a uniform approach to development and deployment across projects, teams, and individuals. This consistency not only simplifies troubleshooting, scaling, and resource allocation but also enhances system reliability, productivity, and workflow standards.

The benefits of consistency and reliability reverberate throughout the organization, as evidenced by Puppet’s findings. From improvements in system reliability (60%) to greater productivity and efficiency (59%), organizations embracing Platform Engineering see tangible rewards. Moreover, standardized protocols mitigate the risk of errors stemming from disparities in environments or procedures, fostering a more predictable software delivery lifecycle and lowering business costs and liability.

Platform Engineering Benefit #3: Boost Security and Scalability

Effective Platform Engineering fortifies organizational defenses against evolving threats while laying the groundwork for seamless scalability. By architecting well-structured platforms with built-in access control mechanisms and audit trails, organizations can safeguard against unauthorized access and ensure transparency throughout the development process.

What’s more, Platform Engineering extends its security prowess by enforcing standardized security protocols across applications, mitigating the risks of vulnerabilities due to oversight or inconsistency. According to Puppet’s report, 42% of respondents affirm that internal self-service platforms offer built-in security and compliance features, alleviating the burden on security and compliance teams and enhancing overall operational efficiency.

Platform Engineering Benefit #4: Lower Business Costs & Drive Innovation

Platform Engineering isn’t just about streamlining operations — it’s about unlocking the full potential of organizational resources. By automating and simplifying application development, Platform Engineering drives down operational costs, offering organizations the agility to scale according to business and economic needs.

In addition, with infrastructure management handled adeptly by Platform Engineering, developers are empowered to explore, experiment, and innovate with newfound freedom. With the cognitive burden alleviated, developers have more time to test new technologies, explore different approaches, and introduce novel features, ultimately driving innovation and differentiation in the marketplace.

In conclusion, Platform Engineering transcends the limitations of traditional DevOps, offering a holistic approach to application delivery that prioritizes efficiency, consistency, security, and innovation. The 4 key benefits of  highlights how Platform Engineering could help organizations navigate the complexities of modern software development with confidence.