A deterministic workflow engine for modern AI applications that validates workflow topology before execution. Built to eliminate invalid states, provide predictable routing, and improve observability through OpenTelemetry, with support for YAML-defined workflows, CLI tooling, and seamless integration with the OpenAI Agents SDK.
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🛰️ Featured in the official ESA Pyxel 2.14 release announcement
A schema-aware YAML configuration system for ESA Pyxel simulation modes, designed to reduce misconfiguration risk in scientific workflows. Implements guided configuration flows, integrated validation, and contextual error handling to enforce structural correctness and improve usability in complex detector simulation environments.
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An open blueprint and interoperability layer for universal access to the resources required for basic survival. It defines the shared models — resources, providers, entitlements, policy, identity, and consent — that let independent social-protection systems coordinate a locally-defined resource floor, sitting above existing delivery rails such as OpenSPP and OpenG2P rather than replacing them. Access is grounded in being human, not in financial status.
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A forensic reconstruction engine for cloud and identity incident response. Given fragmented control-plane, sign-in, and consent telemetry, it reconstructs how an intrusion most likely moved across accounts and services, ranks the alternative paths it could have taken, and reports every step with calibrated, evidence-traceable confidence — withholding anything the data cannot support.
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A full-stack geospatial application integrating a FastAPI backend with the Copernicus Sentinel Hub API for real-time Sentinel-2 imagery, NDVI computation, and statistical aggregation. Orbital mechanics are computed via Skyfield (SGP4 propagation) to contextualize satellite passes. The frontend uses CesiumJS to render an interactive 3D globe with toggleable data overlays. Render hosting the API.
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An exploratory contribution site documenting my journey into OpenTelemetry - the open source standard for distributed observability - alongside the ideas that drew me to it. Frames observability as a second-order cybernetic practice, where engineers, users, and the systems they build all sit inside the same feedback loop. A working notebook for contributions, reflections, and the long-term question of what it means to make complex systems legible to the humans who depend on them.
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A technical portfolio of contributions across backend, frontend, and documentation within the GitLab ecosystem. Focused on validation, data integrity, and preventing invalid system states through safer parsing, input constraints, and improved API clarity in large-scale production systems.
▶ VisitLong-form technical writing — tutorials, comparisons, and architecture thinking behind the tools. Clear writing is part of how I build.
A field report on instrumenting an AI system the OpenTelemetry GenAI semantic conventions weren't designed for — where the spec's assumptions hold, where they fracture across async agent boundaries, and how to emit telemetry that's actually useful anyway.
📄 Read on DEV.to →Walking a cloud account takeover backward from the evidence — correlating Microsoft 365 and AWS CloudTrail logs to rebuild how an attacker got in, moved, and what they touched. The reasoning behind attack reconstruction, using open data and open-source tooling.
📄 Read on DEV.to →How do you test a configuration tool whose source of truth lives in another system entirely? A deep dive into guarding against drift — writing tests that stay honest when the ground shifts underneath them, without coupling your suite to state you don't control.
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A friendly, illustrated introduction to core IT concepts — taught alongside the Space Crew. Approachable, neurodivergent-friendly, and built to make the fundamentals actually click.
Explore the Solar System in a pixel-art spaceship made in PICO-8!
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