0xA0 System architecture

How the pieces connect

Six layers, each with one job. The risk engine sits between every signal and every decision, and the record of what happened is kept separately from the thing that produced the signal.

0xA1 Layers

From ingestion to review

  1. 0x01

    Ingestion

    Market data for each asset class is collected and aligned to common timeframes.

    Holds
    Time-aligned price, volume, flow and yield series
    Feeds
    Indicator layer
  2. 0x02

    Indicator layer

    Standard indicators are computed per instrument and per timeframe. Nothing is interpreted yet.

    Holds
    MACD, RSI, ATR, ADX and related readings
    Feeds
    AI research layer
  3. 0x03

    AI research layer

    One layer reads all three asset classes together, produces a written interpretation and grades any signal.

    Holds
    Interpretations, regime labels, graded signals
    Feeds
    Risk engine
  4. 0x04

    Risk engine

    Rule-based checks on volatility, liquidity and exposure. It can pass, reduce or reject a signal, and it sets position size.

    Holds
    Risk limits and current portfolio exposure
    Feeds
    Human decision
  5. 0x05

    Decision and execution

    A person decides whether to act. If a trade is taken, its entry, exit and indicator state are recorded.

    Holds
    Trade records
    Feeds
    Review
  6. 0x06

    Review and journal

    Closed trades are analysed and published. Each record carries a SHA-256 fingerprint so later changes are detectable.

    Holds
    Journal entries and their fingerprints
    Feeds
    Back into research
0xA2 Convergence

One research layer, one risk engine

Signals from different markets are not sized in isolation. They meet in a single risk engine that sees total exposure.

AI research layer
Risk engine
Portfolio context
0xA3 Record integrity

Why records are fingerprinted

A trade journal is only worth reading if its entries cannot be quietly edited after the fact. Each published record is reduced to a fixed JSON form and hashed with SHA-256. The hash is shown beside the record.

Anyone can recompute the hash from the published figures. If a figure changes, the hash changes with it.

See a fingerprinted record →