Tinkerer with a focus on performance and productivity
I like building things close to the metal: runtimes, distributed backends, rendering engines, and tools that make other developers faster.

• ⚙️ Low-level systems – runtimes, job systems, schedulers, concurrency primitives
• 🧬 Solana & on-chain programs – parallel execution, account models, safety tooling
• 🎮 Rendering & engines – custom Vulkan-based engine, GPU compute, spatial data structures
• 🌐 Backends – real-time services, distributed workers, observability, infra automation
• 🖥️ Developer tools & visualizers – shader sandboxes, system visualizations, CLIs

I’m progressively open-sourcing more of my work, from my local git server. A few things I’m focusing on:

• Solana Parallel Execution Simulator
  Local simulator that batches transactions based on account overlaps to show how Sealevel parallelizes workloads, with a visual timeline of execution.

• Vulkan Rendering / Game Engine
  Custom engine with a job system, ECS-style architecture, GPU-driven rendering experiments, and plans for SVO / voxel-based navigation and GPU compute.

• Distributed Job Scheduler
  A small but serious distributed worker system: task leasing, retries, priorities, and metrics — designed as a learning playground for building robust backends.

• Shader & GPU Playground (Web)
  Browser-based shader sandbox / WebGPU playground for experimenting with rendering techniques, SDFs, and post-processing pipelines.

(Once these repos are public, I’ll pin them below.)

• Languages: C++, Rust, TypeScript, C, a bit of Python
• Systems / Backend: Linux, Win32, Docker, PostgreSQL, Redis, WebSockets, gRPC, message queues
• Blockchain / Solana: on-chain programs, PDAs, accounts model, runtime behavior
• Graphics / Engine: Vulkan, OpenGL (quick ideation or legacy work), GPGPU, RenderDoc, Text Rendering
• Web / Frontend: React, Vanilla, Tailwind, REST/GraphQL APIs, WebGPU/WebGL
• DevEx / Tooling: CMake, clang-format, CI with GitHub Actions, profiling & tracing tools

• Better models for parallel runtimes (job graphs, fibers, work-stealing schedulers)
• Solana runtime mechanics and tools to reason about CU usage and account layouts
• GPU compute pipelines for voxelization, SVOs, Cosserat rods, Game AI and navigation, cross platform ML workflows
• Low-latency backends for multiplayer and real-time systems
• Clean, visual developer tooling for understanding complex systems

• I prefer deep, focused builds over drive-by demos.
• I care a lot about clarity: architecture docs, diagrams, and in-repo explanations.
• I like shipping small, end-to-end vertical slices that others can run and learn from.

If you’re working on low-level systems, engines, or high-performance Solana / backend infra and want to chat or collaborate, feel free to reach out.