"Software architecture is the art of drawing lines that I don't have to cross later."

I am a backend-first engineer focused on building systems that stay understandable under pressure: explicit boundaries, predictable failure modes, memory-conscious design, and tooling that makes complex work feel smaller.

• 🔭 Current Focus: Distributed systems, .NET internals, idempotency, orchestration, and Model Context Protocol servers.
• 💡 Core Competency: Turning messy domains into typed, composable backend primitives.
• 🌱 Learning Edge: Runtime behavior, Roslyn-powered automation, search/indexing algorithms, and AI-assisted developer workflows.

Multi-tenant orchestration for .NET.

A backend-first orchestration project shaped around tenant-aware execution, operational clarity, and clean service boundaries.

• Focus: Multi-tenancy, orchestration, system design, .NET services.
• Why it matters: It explores the kind of infrastructure layer that keeps complex business workflows controlled and observable.

Compile C# automation methods into production-grade PowerShell scripts with Roslyn.

A developer automation project that bridges strongly typed C# authoring with practical script output.

• Focus: Roslyn, automation, C#, PowerShell generation.
• Why it matters: It treats scripts as build artifacts, not throwaway glue.

Idempotency primitives for reliable .NET APIs.

A fault-tolerance project for making retries, duplicate requests, and distributed edge cases easier to reason about.

• Focus: Idempotency keys, API reliability, duplicate request handling, distributed systems.
• Why it matters: Reliable retries are boring only when the system gets them right.

An MCP server for connecting AI agents with Obsidian knowledge workflows.

An MCP server for SQL Server, focused on giving agents a safer bridge into relational data workflows.

A Rust package for faster grep operations.

Built around fast exact search plus native edit-distance search, inspired by research-paper-driven search/indexing ideas.

Partial-order sorting and heap primitives for modern .NET.

Inspired by unified-bound heaps research, built for dependency graphs, schedulers, workflow engines, and repeated DAG sorting.

A high-performance C#/.NET priority queue inspired by the 2026 SimdQuickHeap paper.

Built around SIMD-aware heap layouts for large task schedulers, graph workloads, simulations, and interleaved push/pop queues.

Let's talk systems, .NET performance, MCP, or ambitious backend tooling.