HA Husamettin Arabaci

Distributed Systems Engineer (Rust)

Inventor of Harmonic Field Synthesis Systems and Harmonic Tuning Engines.

I design reliability-critical distributed systems and signal generation technologies, bridging deterministic processing, IoT infrastructure, and next-generation harmonic systems.

View GitHub Explore hexaTune
  • IoT
  • Streaming
  • Deterministic Processing
  • Rust
  • Harmonic Systems
  • Open Technology

About

Two domains, one engineering philosophy

Distributed systems

I build systems that must remain correct under retries, crashes, network partitions, duplicate events, and broken ordering. My work spans edge communication systems, real-time telemetry ingestion, and high-throughput cloud pipelines.

Harmonic systems

I also design the technologies behind structured harmonic wave generation across acoustic, electromagnetic, photonic, and quantum domains, turning difficult wave knowledge into programmable infrastructure.

Inventor Work

The hexaTune framework

hexaTune is a Harmonic Field Synthesis System.

Devices built on this infrastructure operate as Harmonic Tuning Engines.

The framework provides programmable infrastructure for structured harmonic wave pattern generation across acoustic, electromagnetic, photonic, and quantum fields. It combines hardware, DSP, protocols, applications, and APIs into a single open technology ecosystem.

Infrastructure

Open APIs, protocols, and controllable signal systems.

Devices

Engines that reproduce synchronized harmonic patterns.

Open Technology

Built through hTuneSys and supported by hexaTeam research.

Open Structure

hTuneSys

The open-source organization hosting the core technologies of the hexaTune ecosystem.

R&D Team

hexaTeam

The engineering and research team exploring harmonic signal generation and wave systems.

Engineering

Correctness under disorder

What I build

  • Real-time telemetry ingestion at multi-Gbps scale
  • Stateful streaming detection pipelines across clustered infrastructure
  • IoT event processing with idempotent transaction handling
  • Crash-safe task orchestration and deterministic replay
  • Coordination systems that eliminate split-brain risk

Engineering focus

  • Idempotent processing
  • Out-of-order event correction
  • Deterministic recovery & replay
  • Backpressure and batching strategies
  • Consistency under concurrency
  • Fault-tolerant edge-to-cloud architectures

Ecosystem

Open technology around hexaTune

hexaGenMini

Programmable signal generation hardware for harmonic experimentation and system integration.

hexaGenApp

Application layer for controlling devices and delivering harmonic systems through software.

hexaTuneDsp & Proto

DSP synthesis and device communication layers supporting reproducible harmonic infrastructures.

Contact

Connect

I work at the intersection of distributed systems engineering, IoT infrastructure, streaming architectures, and harmonic field technologies.

Personal GitHub hTuneSys Website