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10 articles tagged Platform Engineering.
Sarah Wells discusses transforming governance into enablement, the role of platform engineering in microservices, and how AI amplifies existing engineering practices. She emphasizes the need for rigorous tests, documentation, and inclusive leadership to leverage AI safely while maintaining architectural integrity.
ThoughtWorks leaders analyze the shift from AI hype to production reality, emphasizing validation harnesses, platform governance, and the amplification of engineering practices. The discussion highlights the critical role of non-functional requirements and the evolution of engineer roles in an AI-augmented landscape.
This analysis explores the evolution of CI/CD pipelines, progressive delivery strategies, and platform engineering at scale. It examines the shift from rigid rollbacks to roll-forward hotfixes, the pragmatic application of GitOps principles, and the strategic value of hybrid SaaS and on-premise deployment models. Key insights address how AI acceleration is reshaping pipeline priorities from speed to risk mitigation.
SiriusXM's platform engineering team shares a rigorous prioritization framework for internal developer platforms, combining dynamic impact weighting, assumptions-as-code, and AI-augmented recall to align engineering output with developer needs and business OKRs.
Mercari's journey to 100% AI adoption reveals critical lessons on measurement, platform stability, and cultural enablement. The company overcame productivity dips by stitching AI telemetry with SDLC metrics, reducing friction, and shifting to spec-driven development.
FINN's CTO outlines the strategic pivot to an AI-first organization, detailing the P&L shift from headcount to token consumption, the democratization of internal software development, and the critical role of platform engineering in maintaining quality at scale.
BNY Mellon's Head of Software Engineering Strategy reveals how the bank scaled AI across 8,000 engineers by transforming the entire SDLC. Learn the 3x stress test framework, three-tier deployment model, and cultural shifts driving stability and compliance in regulated environments.
Analyzes historical software development principles through a modern enterprise lens. Explores how startup-era tactics translate to scalable architecture, platform engineering, and sustainable engineering cultures. Highlights critical context shifts, survivorship bias, and actionable frameworks for technical leadership.
An analysis of critical system engineering principles focusing on stability, scalability, and security. The discussion explores the intersection of platform engineering and the disruptive impact of AI on technical apprenticeship and observability.
Agentic AI is transitioning from experimental prototypes to mission-critical production infrastructure. This analysis outlines strategic frameworks for centralized platform engineering, non-deterministic risk management, and token cost optimization. Leaders must balance rapid experimentation with rigorous governance to capture competitive advantage. Early adoption remains essential for market parity.
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