Engineering Secure, Maintainable Platforms for a Connected World

I design and build secure, scalable platforms rooted in Linux, with a focus on connected systems, industrial automation, and IoT. My path has evolved from enterprise software and distributed architectures toward embedded Linux and edge computing—bringing cloud-native practices to the operating system level.

Over the years, I’ve developed data-driven applications, modernized legacy platforms, and led the full lifecycle of resilient systems deployed in complex environments. This work increasingly centered on Linux: customizing distributions, optimizing performance, and integrating system services to support reliable device operation at the edge.

I’ve built pipelines that handle massive sensor datasets, created remote provisioning workflows that reduced deployment time from months to hours, and delivered services that manage fleets of devices at scale. My focus on embedded Linux has deepened through work with Yocto, systemd, and containerized environments tailored for constrained and industrial hardware.

Security is a cornerstone of my approach. I’ve implemented secure boot, TPM-backed key management, OTA updates, and SBOM pipelines—all aligned with IEC 62443—to ensure trust and resilience throughout a device’s lifecycle.

Today, I focus on building future-ready platforms that combine the power of Linux with the demands of real-world edge systems: secure, maintainable, and built to scale.

#Linux #Security #Embedded #Cpp #Python #IIoT #DistributedSystems #EdgeComputing

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