Articles and Insights | Stonetusker Systems

Embedded Linux DevOps vs Cloud DevOps: Why Most Teams Are Still Years Behind

Embedded Linux DevOps continues to lag behind cloud DevOps in many organisations. Long Yocto build times, fragile OTA updates, certification challenges, and manual compliance processes often slow product delivery. This article explores how platform engineering, release engineering, DevSecOps, SBOM automation, and modern CI/CD practices help embedded Linux teams improve delivery speed, security, compliance readiness, and operational reliability.

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TuskerGauge Quick DevOps & DevSecOps Maturity Guide – 24-Question Self‑Assessment

DevOps & DevSecOps Maturity Guide DevOps & DevSecOps Maturity Guide This guide documents the 24 questions used in the Stonetusker

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Why DORA Metrics Are Necessary But Not Sufficient in 2026

DORA metrics are the best operational indicators for engineering delivery performance, but they do not measure whether teams are building the right things. Modern engineering organisations in 2026 combine DORA, SPACE, and DevEx through frameworks like DX Core 4™ to balance delivery speed, developer experience, quality, and business impact.

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MLOps Is Not DevOps With a GPU: The Operational Differences That Break AI Teams

Teams that treat MLOps as “DevOps with a GPU” often spend months discovering why traditional CI/CD pipelines fail under production AI workloads. Model drift, training-serving skew, non-deterministic failures, and data lineage gaps create operational problems standard DevOps systems were never designed to manage. This article explains the core operational differences between DevOps and MLOps, why production ML systems behave differently, and what mature MLOps practices actually look like inside AI-first engineering organisations.

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Why Shift-Left Testing Still Fails in Enterprise Engineering

Shift-left testing is widely accepted conceptually, yet most engineering organisations still struggle to implement it operationally. This article explains why testing initiatives fail across architecture, tooling integration, and developer incentives, and what continuous testing integration actually requires.

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The Internal Developer Platform Maturity Model: Where Does Your Organisation Sit?

Most organisations think they have a developer platform. Learn the five stages of IDP maturity and assess your platform engineering readiness.

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Forward Deployed Engineer (FDE): Roles, Responsibilities, Skills, KPIs, and Operating Model

Forward Deployed Engineers (FDEs) help enterprise organisations accelerate platform deployments, reduce operational friction, and improve customer onboarding success. Learn the roles, responsibilities, technical skills, tools, KPIs, operating models, and scope boundaries that define successful Forward Deployed Engineering teams.

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Stonetusker provides Platform Engineering and Internal Developer Platform (IDP) Services

CI/CD Implementation Via Forward Deployment: Faster Adoption and Higher Retention

Most CI/CD implementations fail organisationally after handover. Learn how Forward Deployment Engineering improves pipeline adoption, internal ownership, and long-term delivery reliability.

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Why Open Source Tool Integration Fails at Scale and How to Do It Right

Open source tools help engineering teams move quickly, but poorly managed integrations create operational fragmentation, unsupported forks, compliance drift, and hidden maintenance costs at scale. Learn the framework platform engineering teams use to standardise tooling, reduce operational debt, and build scalable open source delivery systems.

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