Project Delilah

Project Delilah

Project Delilah is a modular development platform composed of several independent but related systems designed for web infrastructure, administration tools, simulation engines, and interactive platforms.

A collection of my solo projects, designed and written with minimal tools — an iPhone, a text editor, a couple of SSH tools, and a VPS setup.

Platform Components

• RESTCMS
  A lightweight content and site management platform powering the Ukies Yummy website. It includes reservation systems, event management, catalog tools, and administrative functionality designed for real business operations.
• ControlSuite
  A modular administrative system used to manage site operations, permissions, data workflows, and internal business tools across multiple projects within the Delilah ecosystem.
• Stratify Game Layer
  A deterministic game engine framework designed for simulation, strategy experimentation, and large-scale statistical testing. The Stratify layer forms the core engine architecture used for simulation and game-based experimentation.
• Games & Engines
  Built on the Stratify layer, this collection of deterministic engines and simulations explores game logic, statistical outcomes, and strategic modeling. Current engines include:
  • Cribbage Engine
  • Blackjack Engine
  • Poker Engine (coming soon)
  • BusinessSim Economic Simulation
• Geocaching Platform
  A community-driven geocaching platform focused on discovery, exploration, and location-based challenges. The platform allows users to hide caches, explore locations through an interactive map, log discoveries, and participate in a growing geocaching community.
• PDstore Front
  A storefront platform built on the same Project Delilah framework, designed for secure commerce and deterministic financial workflows. The system implements an append-only financial ledger, charge-bound refund processing, and cryptographically verifiable audit chains to ensure transactional integrity. Administrative tooling, strict request validation, and role-consistent authorization provide a hardened environment for managing orders, payments, and financial mutations.

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