SYSTEMS ENGINEERING & APPLIED RESEARCH

LINUX-FIRST DEVELOPMENT // PROCESS MINING // OPEN ARCHITECTURE

Ghost Citadel bridges the gap between interactive entertainment and enterprise intelligence. We architect high-performance native simulations and deploy Lean/Six Sigma workforce analytics with zero compromise on stability.

Full-stack engineering for systems that refuse to break

From bare-metal game runtimes to enterprise process mining at scale — we engineer software that survives contact with reality.

raylib Wayland Linux Kernel
Interactive Engineering

Linux-native simulation at bare metal

We provide full-cycle game and simulation engineering leveraging high-performance Python and raylib toolchains. We compile directly for the bare metal, integrating Wayland-native rendering and HiDPI support to guarantee flawless execution on emerging hardware.

  • Steam Deck
  • PinePhone
  • Librem 5
  • Debian / Arch
  • ARM64
Ingest Mine Detect Jira ServiceNow Salesforce Pega Dynamics Zendesk Odoo
Process Mining & Analytics

Expose what your workflows actually do

Applying Lean and Six Sigma methodologies, we integrate directly with enterprise platforms to engineer scalable data pipelines that expose hidden workflow bottlenecks and drive operational efficiency.

  • Polars & DuckDB
  • Event Log Processing
  • Network Analysis (ONA)
  • Theil Index
  • Token Replay

END-TO-END TECHNOLOGY STACK

Python & raylib
Wayland & OpenGL
C / C++ / WASM
Polars
DuckDB
Event Log Mining
ONA / Network Analysis
Lean / Six Sigma

ENTERPRISE OUTCOMES

12M+
Event Logs Processed
18%
Cycle Time Reduction
8
Enterprise Platforms

Order-to-Cash Optimization

Processed over 12 million continuous SAP and Odoo event logs to map actual process flows, identifying critical rework loops that reduced end-to-end cycle times by 18%.

Burnout & Attrition Detection

Applied the Theil Index and organizational network analysis (ONA) to Jira and Zendesk communication nodes to detect siloed teams weeks before human attrition occurred.

KPI & OKR Integrity

Audited Salesforce and Pega workflows to algorithmically detect OKR gaming patterns, identifying where teams were manipulating status triggers to artificially inflate sprint velocity.

High-Velocity Data Processing

Vectorized, out-of-core mining pipelines

By building intelligence pipelines on Polars and DuckDB, we execute vectorized queries that process massive enterprise event logs at a fraction of the memory footprint of traditional workflows.

# VECTORIZED MINING PIPELINE

pl.scan_parquet("enterprise_event_logs.parquet") \
  .filter(
    pl.col("duration") > bottleneck_threshold
  ) \
  .group_by("workflow_stage") \
  .agg(
    pl.col("case_id").count().alias("stalls"),
    pl.col("duration").mean().alias("avg_wait")
  ) \
  .sort("stalls", descending=True) \
  .collect()

ENGINEERING METHODOLOGY

01

Regression-Guarded Pipelines

Every code commit must clear automated unit testing, memory leak evaluations, and performance profiling before integration is permitted.

02

AI-Assisted Engineering

Multi-AI audit pipelines review pull requests for structural vulnerabilities before a human engineer approves the merge.

03

Hardware-in-the-Loop

From ARM64 smartphones to x86 workstations, we profile and optimize directly on target bare-metal hardware. No emulation.

ENGAGEMENT PATHWAYS

STEP 01

Discovery Workshop

A focused session mapping your specific platform constraints against your operational goals to define the scope of data extraction.

STEP 02

Diagnostic Sprint

A rapid Proof of Value where we ingest a sample event log and deliver an initial process mining dashboard highlighting immediate bottlenecks.

STEP 03

Full Integration

Deployment of automated telemetry pipelines into your infrastructure, guarded by strict access controls and monitored via custom Grafana instances.

INITIATE DIAGNOSTIC SPRINT