I am passionate about building modern, responsive web applications, high-performance developer tooling, and autonomous agent infrastructure.
- 🌐 Modern Web & Frontend: Production application creation with React, Next.js, TypeScript, Tailwind CSS, state management, and real-time interactive 2D/3D visualizations (Three.js, HTML5 Canvas, WebGL).
- ⚙️ Backend & Distributed Systems: Scalable REST/GraphQL/WebSocket microservices with Node.js/Express, FastAPI/Python, and Go, coupled with PostgreSQL, SQLite, and Redis caching.
- 🧠 AI Agent Architecture & MCP: Developing provider-agnostic Model Context Protocol (MCP) servers, cognitive manifolds, semantic retrieval pipelines, and autonomous multi-agent tooling.
- 💻 Desktop & Cross-Platform: Building seamless desktop workspaces with Electron and Qt 6.
- 🛠️ Hardware & Prototyping: Secondary background in embedded systems (RP2040 / ESP32), test instrumentation automation and additive manufacturing.
Beyond using AI developer tooling, my work centers on active research, architectural design, and open-source implementation across autonomous agents, local model acceleration, persistent cognitive memory, and decentralized machine intelligence.
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| Project | Status | Research Focus | Repository / Access |
|---|---|---|---|
| AI-Memory-Explorer | In Development 85% |
Provider-independent cognitive memory visualizer, 2D/3D topological manifold inspection, and vector retrieval. | github.com/theheiszt/AI-Memory-Explorer |
| AI-CAD-Creator | Early Development |
Natural language to functional CAD; automated 3D parametric solids generation via OpenCascade and OpenSCAD. | github.com/theheiszt/AI-CAD-Creator |
| Moltbook Alpha | Release/Development 95% |
Autonomous agent network infrastructure, on-chain intelligence, A2A communication, and Solana settlement. | github.com/theheiszt/moltbook-alpha |
| Gwen | Developing |
Local autonomous coding agent running quantized Qwen3-8B on Intel Arc A770 (SYCL) with self-repair loops. | Local Deployment & Architecture |
| PAMI | Researching |
Persistent AI Memory Infrastructure: cross-model semantic memory sharing, FTS5/vector hybrid indexing, and contradiction detection. | Research Initiative & Spec |
- Autonomous Agent Reliability & Safety: Hardening closed-loop agent execution with strict permission tiers, runtime sandbox checks, and non-bypassable audit logging.
- Persistent Cognitive Memory: Investigating structured, cross-model memory interchange formats that decouple agent knowledge from specific LLM vendors.
- Consumer Hardware Acceleration: Pushing sub-second prompt evaluation and multi-slot local inference on Intel Arc A770 16GB via SYCL.
- A2A & Autonomous Economics: Researching programmatic invoice settlement and micro-payments between independent agent workers.
- AI-Native Engineering Workflows: Extending Model Context Protocol (MCP) integrations across CAD, CAM, and simulation engines.
Explore all 37+ repositories →
| Project | Description | Tech Stack |
|---|---|---|
| AI-Memory-Explorer | Comprehensive visual inspection workspace, topological 2D/3D manifold visualizer, and Stream Graph analytics engine for AI agent memories. Ships as an installable desktop application and responsive web platform. | TypeScript React Three.js Electron Canvas Vite |
| Gumroad-AI-MCP-Server | Production Model Context Protocol (MCP) server providing AI agents secure, structured interfaces to inspect commerce metrics, query store products, and automate creator operations. | TypeScript Node.js Express MCP SDK REST API |
| SolidworksMCP | Assistive CAD/CAM bridge implementing Model Context Protocol over programmatic COM/IPC boundaries, allowing LLM agents to orchestrate geometric generation. | TypeScript Node.js MCP API Automation |
| UdooKey-Clavis-Probe | Full-featured Qt 6 desktop application and dual-MCU logic probe for real-time waveform capture, bus protocol decoding (I2C, SPI, UART, 1-Wire), and signal visualization. | C++20 Qt 6 CMake Embedded Systems |
| airport-security | Interactive real-time checkpoint simulation featuring procedural rendering, dual-energy X-ray shading, physics-based luggage interaction, and evidence adjudication logic. | C# Unity 6 URP Interactive Simulation |
| hp54520a-lab-assistant | Laboratory automation platform and Linux control bridge for HP digitizing oscilloscopes over IEEE-488 (GPIB) with waveform export and analysis. | Python GPIB Data Analysis Linux |
If my open-source tools, developer libraries, or software contributions have helped you, sponsorship and support are greatly appreciated:
Solana (SOL/USDC): BU5zBur46YjnCaY34XGBTJ8KSAG9EExjpZA58wDo7wAx
Litecoin (LTC): ltc1qtqrnhnp3ju52qn4fyp94ad52v23rqvy3cmtnkg
Bitcoin (BTC): bc1q3nvq2wa44c2uxd35lfk79w04g8apw3285pts7t
Ethereum (ETH): 0x023412b3ace6deA537feA0ca5888ccfB5250b3Ba
Built with ❤️ by Andrew (@theheiszt)

