Author: Mike Vizard

  • How Low-Code Is Reshaping DevOps Automation and Governance

    How Low-Code Is Reshaping DevOps Automation and Governance

    Jon Scolamiero breaks down how low-code platforms are becoming an increasingly important part of the modern DevOps ecosystem. As organizations grapple with rapid shifts brought on by AI, vibe-coding practices, and an explosion of tooling, Scolamiero argues that low-code isn’t a shortcut—it’s a way to bring structure, automation, and transparency back into software delivery.

    He explains that the core mechanics of DevOps don’t disappear in a low-code environment. Pipelines still need to deploy reliably, infrastructure still needs to be provisioned, and applications still need to be secured and monitored. What changes is how teams interact with those systems. Low-code abstracts much of the repetitive orchestration work so teams can focus on governance, quality, and outcomes instead of plumbing. For organizations struggling with shadow AI, fragmented workflows, or inconsistent platform engineering practices, this abstraction can be the difference between chaos and clarity.

    Scolamiero also touches on the growing divide between U.S. and EU compliance expectations. While the EU pushes ahead with strong regulatory frameworks—including around AI transparency—the U.S. market often lags in political will but compensates with heavier requirements in highly regulated industries like federal, defense, and finance. That gap puts new pressure on DevOps teams to understand not just how software is built, but how every dependency enters the environment. Software supply chain security, Scolamiero notes, is no longer a niche concern—it’s a foundational requirement.

    Looking ahead, he warns that AI-driven development may soon trigger a high-profile security incident unless organizations adopt responsible governance practices. For DevOps teams, the message is clear: abstraction and automation are powerful, but only if paired with visibility, policy, and a strong understanding of the end-to-end delivery chain.

  • Why Junior Developers Remain Essential in the Age of AI

    Why Junior Developers Remain Essential in the Age of AI

    Raj Sethi, senior vice president and go-to-market leader for software development lifecycle (SDLC) at GlobalLogic, pushes back on the narrative that generative AI will eliminate the need for junior developers. He argues that while AI can generate boilerplate code, tests and scaffolding, modern software delivery still depends on human judgment, critical thinking and a deep understanding of how systems are designed, built and evolved over time.

    Sethi notes that recent layoffs and hiring slowdowns are less about AI replacing humans and more about organizations recalibrating after over-hiring and then scrambling to understand how AI actually fits into their productivity models. Despite headlines about “60–70% of code written by GenAI,” he points out that teams still need people to design prompts, review what AI produces, validate correctness, and reason about architecture, algorithms and performance. If organizations skip that layer of human oversight—especially at the junior level—they risk creating an unsustainable wave of technical debt.

    He also challenges how junior talent is being prepared and evaluated. In an era where learning resources, courses and tools are democratized, Sethi urges aspiring developers to treat education as continuous, not transactional. Degrees alone aren’t enough; portfolios, open source contributions and visible problem-solving matter more than ever. He encourages students to focus on fundamentals—math, algorithms, linguistics, systems thinking—and to use AI as a collaborator rather than a crutch.

    For DevOps and software delivery teams, the future isn’t about replacing junior engineers with AI, but about elevating their role. Junior developers will spend less time on repetitive plumbing and more time reviewing AI-generated output, refining specs, improving quality and learning how to orchestrate systems. In that world, the organizations that invest in growing their next generation of engineers—not just in buying tools—will be the ones that actually benefit from AI at scale.