The Cooperlux MVP

Digital operations.
A clear place to begin.

Runbooks, walkthroughs, and questionnaires for the work behind the platform.

Public starting points. Private workspaces with approved access.

What Cooperlux is

A digital operations platform.

Explore the publishing pipelines and the architecture that separates orchestrators, libraries, and hardware interfaces. Start with an overview, then sign in for the private materials available to your account.

Private access

A space for James and operators.

Sign in to access your approved sections. Creating an account starts the process; private access requires membership approval.

Enter private area

Inside the platform

Architecture and operations.

Explore the interactive architecture graph, execution examples, and telemetry dashboard. The charts below use sample data while live connections are being built.

Orchestrator architecture graph

Sample Node.js and Rust series. Hover or focus the graph to inspect the values.

Loading the architecture graph…

Rust / FFI

Native PyO3 kernels

Python can call a native Rust module for computational work.

python
import rust_core
profit = rust_core.calculate_arbitrage(2.0, 2.1)

Rust / N-API

Embedded Node.js modules

Node.js can call a native parser through an N-API binding.

javascript
const { parseCsv } = require('./parser');
const data = parseCsv(payload);

Telemetry & Cognitive Metrics

OODA processing and BigBrain analytics · sample dashboard

Observe (Data Ingestion)

Simulating MIT LNN sensor latency & throughput.

Orient (Contextualization)

Simulating Stanford STORM knowledge retrieval.

Decide (Reasoning Engine)

Simulating DeepSeek-V4 inference logic trees.

Act (Execution Output)

Simulating Llama 3 tool use & API success rates.

BigBrain Global Analytics

Preview of aggregate capacity across distributed nodes. Live provider metrics are not connected in this view yet.

SAMPLE DATA