Futures & commodities · market signal engine

See where commodity markets are moving before the curve reflects it.

Measure futures direction using structured public signal, with transparent gaps for deeper market data.

Commodity markets are driven by multiple layers: physical conditions, sentiment, positioning and pricing.

Most systems rely on price and structured datasets. Noah measures the signal environment forming around those markets, identifying directional pressure before it is fully reflected in futures curves or positioning data.

The result is a forward signal layer that complements, not replaces, traditional market data.

Direction Pressure Sentiment Narrative Lane Governor
Core positioning

Signal forms before price. Structured data confirms it later.

Noah identifies early directional pressure, fragmented information and consistency across sources — while clearly identifying where deeper market data would refine the read.

Most systems wait for the positioning data. Noah measures what's forming in the signal environment before that data is published.

Signal moves first: weather narratives, trade activity, geopolitical pressure, agricultural reporting. The futures curve and positioning data confirm what the signal already implied.

This makes Noah a forward layer, not a replacement for Bloomberg or COT data.

IdentifiesEarly directional pressure
ReadsFragmented information
MeasuresConsistency across sources
FlagsWhere deeper market data is needed
What you can do

Six commodity-grade investigations.

01
Detect early directional movement in commodities
02
Identify supply and demand pressure before pricing adjusts
03
Track geopolitical and environmental impact on markets
04
Monitor sentiment and narrative formation
05
Compare signal vs known market positioning
06
Rerun commodity reads continuously
Example questions

What teams actually ask.

Q.01"Where is corn futures direction moving?"
Q.02"Is supply tightening or easing?"
Q.03"What is driving oil pressure right now?"
Q.04"Is this price move supported?"
Q.05"What is the real direction before positioning adjusts?"
Example output

Corn futures · 21-day directional read.

What a single commodity investigation returns: a structured posture, composite score, direction, confidence and the evidence behind it.

Structured commodity read

Corn futures · 21-day directional read

Posture
Watch with upward pressure
Composite
63 / 100
Direction
↗ Strengthening
Confidence
Moderate directional confidence
Evidence
19 supporting signals across agriculture reporting, weather narratives and trade activity

Drivers

  • Increasing drought signal across key regions
  • Trade flow disruption indicators
  • Rising consistency in agricultural reporting

Watchpoints

  • Official inventory data release
  • Weather pattern confirmation
  • Futures curve adjustment
Same result · structured output id: commodities01
{
  "frame": "futures_commodities",
  "subject": "corn futures",
  "decision": {
    "posture": "watch_upward_pressure",
    "composite": 63,
    "direction": "strengthening"
  },
  "confidence": "moderate",
  "evidence_count": 19,
  "lane_governor": {
    "proxies_added": 2,
    "missing_lanes": [
      "futures_curve",
      "cot_positioning",
      "official_inventory_data",
      "weather_forecast_data"
    ]
  }
}
New system layer

Lane Governor.

The system layer that ensures every market investigation has the right structure — with explicit gaps where specialist data is missing.

New System layer

Ensure the right market structure is always considered.

Lane Governor prevents incomplete or misleading reads.

It detects the investigation type, confirms the required analytical lanes are present, adds safe public-signal proxy lanes where appropriate, and flags missing specialist data clearly in the output.

Every commodity read passes through this system before a result is returned.

01Detects the investigation type — futures, insurance, company, etc.
02Ensures required analytical lanes are present.
03Adds safe public-signal proxy lanes where needed.
04Flags missing specialist data clearly.
Signal vs market data

What's live now. What's connecting next.

Two distinct layers, treated differently. Signal is read live across the public reporting environment. Market data is integrated through specific connectors — clearly labelled, never implied.

Signal layer Active

Read continuously.

  • News and reporting
  • Trade activity
  • Weather narratives
  • Geopolitical developments
Market data layer Future connectors

Integrated as connectors land.

  • Futures curve
  • COT / fund positioning
  • Options skew
  • Official inventory data
  • Weather forecast datasets
  • Shipping flow data
Honest output

No hidden assumptions. No implied data.

If a lane is not available, the system does not pretend it is. The output flags it explicitly.

Stated boundaries
When a lane is missing, here is what the system will not do.
  • It is not simulated
  • It is not approximated
  • It is flagged clearly in the output
This ensures
Transparency
This ensures
Auditability
This ensures
Trust
How it works · commodity flow

Each commodity investigation, end to end.

01 · Route

Routes through a futures/commodities workflow.

The system selects the commodity-specific frame — agricultural, energy, metals, soft commodities — rather than a generic investigation.

02 · Construct

Constructs supply, demand and narrative lanes.

Each lane has its own evidence pool: production data, consumption signal, sentiment formation, geopolitical pressure.

03 · Govern

Applies Lane Governor checks.

Confirms required lanes are in place. Identifies which specialist datasets are missing and would refine the read.

04 · Proxy

Adds proxy signal where safe.

Uses public-signal substitutes for missing lanes only when proxies are reliable. Logs each substitution explicitly.

05 · Measure

Measures directional pressure.

Aggregates across lanes to score posture, composite, direction and confidence.

06 · Return

Returns structured output.

Posture, score, drivers, watchpoints, evidence count, missing lanes and audit identifier — every read.

Weather · signal vs data

Two ways the system handles weather.

Weather narrative is read continuously. Weather forecast data is integrated as a connector — clearly distinguished.

Signal · active

Reporting, commentary, emerging narrative.

Read continuously across the public signal environment — agricultural press, regional reporting, trade commentary, official statements about conditions.

Data · future

Forecast models, quantitative datasets.

Integrated through specialist data connectors as they're added. Provides the precision layer that signal alone cannot deliver.

Both are required for full accuracy. The system distinguishes clearly between them.
Future capability

What's connecting next.

The system is built to integrate specialist market data through clearly labelled connectors. Each one will be explicit, never implied.

Futures curves
Positioning data
Options markets
Inventory data
Weather models
Shipping flows
When a connector lands, it will be
  • Clearly connected
  • Explicitly labelled
  • Never implied
Use cases & audience

Where the market signal layer fits.

Use cases

Built for forward market reads.

  • Commodity trading
  • Macro analysis
  • Supply chain planning
  • Agricultural forecasting
  • Energy market analysis
Who this is for

Teams that read commodity markets.

  • Traders
  • Macro investors
  • Commodity analysts
  • Hedge funds
  • Corporates exposed to commodities
Enterprise bridge

How teams deploy this layer.

Workspace
Individual analysis
API
Integration into trading systems
Custom feeds
Tailored data integration
Private
Behind-the-firewall deployment

The curve moves when the signal becomes visible.

Run a commodity investigation.