My time at Falcon began in customer support, moved through systems testing and quality control, and now centers on systems and software engineering, as both the lead developer for the Falcon websites and the engineer behind the Falcon Code platform.
Lead Website Developer
As lead website developer for the Falcon Trading Systems/Computers sites, most of my work is in building custom WordPress extensions and features on the base WordPress interface, plus extensible widgets for the Elementor Pro plugin layouts.
Building a library of custom Elementor Pro widgets (product category labels, specification lists, stock access buttons, stock alerts)
Extending WooCommerce backend flows: sales order placement SPA, price quote emails, coupon auto-apply, order cleanup, stock products
Designing the MD-Elementor Bridge plugin: generates Elementor Pro pages from GitLab-tracked markdown and pushes edits back to GitLab as merge requests
Maintaining the website-content system: canonical markdown for articles, landing pages, and product pages with a content contract for renderers
Building the automated styling for trading-platform email/theme templates (FluentForms, brand CSS)
Systems / Software Engineer
Leading the Falcon Code development terminal and the surrounding infrastructure, the largest technical undertaking of my career.
Maintaining a large TypeScript/Bun monorepo (core, app, console, desktop, stats, sdk) forked and rebranded from opencode, tracking upstream while carrying Falcon-specific features
Architecting the System Context registry: typed contextual producers, durable mid-conversation messages, context epochs and snapshots
Generating Promise and Effect SDKs from a runtime-neutral contract IR so the public API stays authoritative
Designing the Falcon Enclave integration: admin panel, mDNS discovery, API-key auth, and usage tracking
Falcon Enclave (Linux)
A small Linux system of services in front of a shared GPU inference server (vLLM).
FastAPI admin API for per-user API keys, rate-limit config, and usage tracking (14 tests, no external services)
nginx reverse proxy validating per-user keys via auth_request and rate-limiting
mDNS/DNS-SD publisher so Falcon Code discovers the Enclave automatically
NetBird planning for off-LAN connectivity
falcon-ops-harness
A control layer to orchestrate agents across the Falcon-Development child projects.
File-based task queue (markdown + YAML) any agent with a shell can claim
Git worktree dispatch so multiple agents can work the same repo concurrently
Registry of dispatchable child projects with lifecycle metadata
Deployment & Testing System (PowerShell)
An automated deployment and hardware validation framework for Falcon systems. This is the documented flagship of my earlier development work.
Stateful, registry-driven deployment stages with checkpoint/restart recovery
Parallel hardware validation: GPU stress, CPU burn, drive fill, sleep/wake, and reboot cycle testing
Zoho CRM order-driven application deployment with serial-key management
build.ps1 automation generating module manifests with automatic function discovery
~17K lines across 334 PowerShell files and 700+ functions
Quality Control, Testing & Support
Earlier roles: customer-facing support, component-level testing, and QC sign-off on thousands of systems per year.
Top-level support for hardware and software issues via phone, email, and chat
Unit-test and certify 3K+ systems per year against company performance standards
Set BIOS, tweak power/performance, run hardware suite, install OS, initialize drivers and userland
Operate laser for glass etching on system chassis
Lessons learned
A stateful, recoverable design beats a monolithic script every time. Middle-of-process restarts are the norm, not the exception
Version-controlled, convention-driven tooling scales across many machines without a dedicated QA team
Hardware validation is a product promise; automation just makes it repeatable
Deep Windows knowledge and clean software engineering compound into a rare combination