Applied Complex Systems • Simulation • Serverless Cloud

Simulate the Complex. Automate the Pipeline. Scale on the Cloud.

Data Knights Ltd. combines Complex Systems Science, Agent-Based Modeling, enterprise software modernization, and serverless Google Cloud architecture to turn messy multi-variable operations into predictive digital twins and production software.

01 / Ingestion & Edge
Legacy & Field Telemetry
Java/Spring • .NET • ESP32/LoRa/CAN
02 / Data Engineering
High-Speed Pipelines
Python • Polars • GCS • BigQuery
03 / Intelligence
ABM Simulation & AI
NetLogo • Simio • Vertex AI • Local Ollama
04 / Deployment
Serverless Production
Docker • FastAPI • Streamlit • Cloud Run
Core Capabilities

Four Integrated Engineering Pillars

Bridging academic Complex Systems research with battle-tested enterprise software engineering.

PILLAR 01 // COMPLEX SYSTEMS & OPERATIONS RESEARCH

Agent-Based Modeling (ABM) & Digital Twins

We build bottom-up computational sandboxes to stress-test your operations, supply chains, and resource loops before you commit capital in the physical world.

  • Multi-agent ecological, agricultural, and resource-loop simulations
  • Discrete-event digital twins for robotics, logistics, and manufacturing workflows
  • Sensitivity analysis and parameter-space optimization across thousands of runs
NetLogo Python ABM Simio Operations Research
PILLAR 02 // HIGH-THROUGHPUT CLOUD & AI

Serverless Data Pipelines & Applied AI on GCP

We architect fast, low-overhead data and AI applications using Rust-backed data frames (Polars) and scale-to-zero containers on Google Cloud Run.

  • Automated data hygiene, validation, and ETL pipelines into BigQuery
  • Domain-specific Multimodal RAG and visual regulatory compliance engines
  • Air-gapped, zero-cloud-leakage local LLM appliances (Ollama + Open WebUI)
Polars GCP Cloud Run BigQuery Vertex AI FastAPI Ollama
PILLAR 03 // ENTERPRISE ARCHITECTURE

Legacy .NET & Java Modernization

Grounded in real-world corporate backend engineering, we decouple monolithic enterprise applications and connect them to modern cloud analytics.

  • Refactoring legacy Java/Spring and .NET Framework backends into modular microservices
  • Full-stack enterprise web application development in C# Blazor and Python FastAPI
  • Unlocking trapped relational database records for BigQuery and ML pipelines
Java / Spring .NET Framework C# Blazor SQL / BigQuery
PILLAR 04 // PHYSICAL-TO-DIGITAL TELEMETRY

Edge Hardware, IoT & Field Telemetry

We design custom embedded firmware and long-range radio sensor networks for off-grid, agricultural, and fleet environments.

  • Off-grid environmental and agricultural telemetry via long-range LoRa radio mesh
  • Custom CAN bus and OBD-II vehicle diagnostic interfaces and data loggers
  • Direct edge-to-cloud ingestion pipelines feeding real-time analytical dashboards
C / C++ ESP32 / ESP32-S3 LoRa Radio CAN Bus / OBD-II
Proof of Work

Live Production Systems & Published Models

Explore our peer-accessible computational models and containerized applications deployed on Google Cloud Run.

• PUBLISHED ON COMSES (v1.1.0)

AquaponicABM (FishyGreensOS)

An agent-based model simulating closed-loop multitrophic agricultural ecosystems across aquatic species, hydroponic plants, and vermiculture.

NetLogoABM
• DEPLOYED ON GCP CLOUD RUN

CloudDataAI

Serverless data engineering and automated data-cleaning pipeline utilizing high-speed Polars dataframes, Google Cloud Storage, and BigQuery.

PolarsBigQueryCloud Run
• DEPLOYED ON GCP CLOUD RUN

ttb-label-verification

Containerized regulatory compliance application automating visual inspection and text verification against strict federal labeling standards.

PythonMultimodal AICloud Run
• DEPLOYED ON GCP CLOUD RUN

CloudRAG

Serverless Retrieval-Augmented Generation (RAG) assistant engineered for low-latency document synthesis and domain-specific knowledge retrieval.

Vertex AIRAGCloud Run
• DEPLOYED ON GCP CLOUD RUN

NutritionalGoal Engine

High-speed Polars constraint-tracking and quantitative optimization application demonstrating sub-second analytical computation.

PolarsStreamlitCloud Run
• OPERATIONS RESEARCH / AFIT

Robotic Digital Twin Simulation

Technical lead architecture integrating Python, Visual Basic, and Simio discrete-event simulation to optimize physical robotic operations.

SimioPythonDigital Twin
How We Engage

Fixed-Scope Engineering Sprints

Skip open-ended retainers. Start with a clearly bounded engineering sprint designed to deliver working software or a simulation model.

3–4 Week Engagement

01. Digital Twin & ABM Feasibility Sprint

We isolate a key operational bottleneck and deliver a calibrated NetLogo or Python Agent-Based Model with statistical validation for risk-free "what-if" testing.

2–3 Week Engagement

02. Serverless Pipeline & Cloud Run MVP

We replace manual spreadsheets with a containerized Polars + BigQuery + FastAPI application deployed serverlessly on Google Cloud Run.

1–2 Week Deployment

03. Private / Air-Gapped Local AI Setup

We configure dedicated Linux hardware running Ollama and Open WebUI for 100% on-premise document intelligence with zero external API data leaks.

Engineering Integrity First

Academic Pedigree & Verified Cloud Credentials

Architecture decisions backed by formal Complex Systems Science training, Computer Science fundamentals, and production enterprise history.

Academic Foundation

M.S. in Complex Systems Science
Arizona State University (Graduate Program)
B.S. in Computer Science
Wright State University
Published Computational Modeler
CoMSES Net Computational Model Library

Data Science & GCP

Data Science & Machine Learning
MIT IDSS (Institute for Data, Systems, and Society)
Google Cloud Data Analytics Certificate
Google Cloud Verified Credential
Generative AI, Multimodal RAG & MLOps
Google Cloud Vertex AI & Gemini Architect Tracks

Enterprise Lineage

Enterprise Backend Engineering
Java/Spring, .NET Framework & C# Blazor (LexisNexis, Luxottica, Novelis, Hyosung)
Operations Research Technical Lead
Digital Twin Robotics Simulation (AFIT)