🔧 What I Work On
I build and study systems at the intersection of:
- Distributed and heterogeneous compute
- Event-based messaging and time-series coordination
- Systems-level concurrency, orchestration, and determinism
- Symbolic and sub-symbolic processing layers
- Mixed input/output interfaces (spatial, sensory, contextual)
I'm interested in the underlying mechanics of inference, memory, and scheduling... especially how distributed components can maintain coherent state across noisy, asynchronous environments...
📎 Current Technical Focus
- Event Graphs temporal dependency resolution and signal propagation across compute clusters
- Function Scheduling interrupt-driven synchronization and context-local memory coordination
- Inference Routing parallel dataflow compilation across CPU/GPU/NPU fabrics
- Abstraction Layers composable runtime interfaces for cross-domain semantic systems
- Spatial Computing bridging physical-digital boundaries through minimal-UI feedback loops
🛠 Projects/Experiments
Some personal work often involves:
- Writing minimal runtime schedulers and graph compilers
- Exploring causal memory models for distributed systems
- Encoding knowledge transforms using pipelines instead of static models
- Instrumenting I/O pathways in real-world environments (spatial, sensory, reactive)
- Recursive deletes and development environment set-ups...
🤝 Looking to Collaborate With
- Engineers who care about latency, determinism, and state
- Builders of protocol-level coordination systems
- Mathematically inclined systems designers
📫 Contact
If you’re working on something hard, weird, or foundational:
📧 [email protected]