One consolidated view
Across commodities, desks, books and legal entities, rather than a different risk process per asset class.
Connect your existing C/ETRM and get governed positions, P&L, sensitivities, basis risk, VaR, stress, limits, liquidity and enterprise risk reporting across physical and financial commodities — without replacing the system that already captures your trades.
Connect your C/ETRM → see your risk differently
Across commodities, desks, books and legal entities, rather than a different risk process per asset class.
Intraday positions, MTM, P&L, sensitivities, basis risk, VaR and shocked-revaluation stress.
Cargoes, nominations, schedules, inventory and settlement quantities in the same model as derivatives — not derivatives risk alone.
Risk factors, quantity roles, curves, buckets, limits and scenarios are configuration, not code.
Sits above your existing trade capture rather than forcing a C/ETRM migration.
Views for traders, desk risk, enterprise risk, middle office, treasury and the CRO, bounded by mandate.
Most C/ETRM platforms are built primarily around trade capture, lifecycle processing, scheduling, settlement and accounting. Risk tends to fragment around them.
Every hop is a place where numbers diverge, and every commodity tends to grow its own chain.
The C/ETRM remains the system of record for the trade. CommodityRisk360 becomes the governed system of calculation and visibility for enterprise commodity risk.
There is no separate gas-risk, power-risk, metals-risk and agri-risk architecture inside the platform. There is one risk model, and commodity behaviour is configured through metadata.
Not a gas product extended with more tabs. Commodity, market, location, curve, quantity role, risk factor and time bucket are metadata.
Each commodity brings its own economics — different quantity measures, basis structures, granularity and settlement behaviour. The architecture does not change; the metadata does.
Cargo lifecycle, dated benchmark pricing windows that re-anchor on bill of lading, grade differentials, freight and quality adjustment.
Hub and location basis, balancing regimes, storage and swing, daily and within-day granularity.
CommodityRisk360 for European Gas →Dual-unit cargo quantities, boil-off, heel and outturn, diversion economics and JKM-TTF spread exposure.
Hourly and sub-hourly granularity, nodal and zonal basis, shape and profile risk, ancillary products.
Generation profile, volume and shape risk, capture price, and long-dated basis against benchmark.
Compliance and voluntary instruments, vintages, scheme-specific surrender obligations and price exposure.
Route-keyed exposure, physical and paper freight, and its interaction with the underlying cargo economics.
Bags, tonnes and pounds, differentials against exchange benchmarks, quality and crop-year structure.
Wet and dry metric tonnes, payable metal, treatment and refining charges, and warehouse exposure.
Ounce-denominated exposure, lease and forward structures, and currency interaction.
Ingest what already exists across the trading estate and normalise it into a canonical commodity-risk model, without requiring upstream systems to adopt a new trade schema.
Commodity risk starts with knowing which quantity actually matters. A single physical trade may carry contracted, forecast, nominated, scheduled, loaded, measured, allocated, delivered and settlement quantities at once. These are preserved as separate measures rather than collapsed into one number.
A common valuation layer across commodities, with P&L explained by cause rather than delivered as a single movement.
A common market-risk framework across physical and financial commodities.
Stress is not position multiplied by an arbitrary percentage. The portfolio is revalued through the pricing engine under a shocked market state — Brent +20%, TTF +40%, European power +€100/MWh, JKM-TTF spread +$4/MMBtu, node-hub basis −€25/MWh, copper −15%, EUA +30%, USD +8%.
A benchmark hedge does not necessarily eliminate commodity risk. Gross physical exposure, financial hedge and what remains are separated: residual outright, basis, volume, FX and optionality.
Risk becomes useful when somebody can act on it.
Market risk does not exist in isolation. Current exposure, positive MTM, replacement cost, potential future exposure, collateral, margin, liquidity requirements, cleared versus OTC exposure and counterparty concentration sit alongside it. Where a dedicated credit or collateral platform already exists, CommodityRisk360 consumes it rather than forcing its replacement.
Every material number should be explainable. Any figure can be traced back to the run, book, risk factor, quantity role, curve version, model and metadata version that produced it.
| Risk run | MR-20260825-1800 |
|---|---|
| Book | GAS-EU-01 |
| Risk factor | TTF-NOV27 |
| Risk type | OUTRIGHT_PRICE |
| Quantity | 100,000 MWh |
| Quantity role | SCHEDULED |
| Curve | TTF-EOD-20260825 |
| Curve version | 17 |
| Risk mapping | GAS-RSK-004 |
| Model | PRICER-29 |
| Metadata version | 81 |
CommodityRisk360 does not produce a portfolio number by adding barrels to megawatt-hours to tonnes to ounces. Each exposure stays in its native physical unit and is converted into a monetary sensitivity to its underlying market factor.
A Brent exposure becomes a USD sensitivity to Brent. A TTF exposure becomes a USD sensitivity to TTF. Power, copper and the rest follow the same path. Cross-commodity portfolio VaR then applies the governed risk-factor covariance model to those monetary sensitivities — not to physical units.
The platform reports valid per-commodity VaR rather than inventing diversification benefit. A number that cannot be defended is worse than a number that is honestly scoped, particularly when a regulator or an auditor asks how it was derived.
Keep the C/ETRM that already works. CommodityRisk360 connects through APIs, events, files and standard enterprise integration patterns to leading C/ETRM platforms, custom trading systems, trading data warehouses — or several of them at once — and normalises risk across them.
Your C/ETRM remains the system of record for the trade. CommodityRisk360 becomes the governed system of calculation and visibility for enterprise commodity risk.
Event-driven and configurable recalculation rather than waiting for tomorrow's batch.
Drill from enterprise risk down to desk, book, trade, quantity, curve and risk factor.
Versioned metadata, market data, models and risk runs, so a number can be reproduced.
A missing price does not silently become zero. Unsupported risk does not become zero. Ambiguous mappings are surfaced rather than absorbed.
Built for cargoes, nominations, schedules, inventory, production, quality and settlement quantities as well as derivatives.
Risk definitions are reused rather than recreated commodity by commodity.
Current position, P&L, curve exposure, basis, hedge residuals and limits.
Sensitivities, VaR, stress, concentration and limit utilisation.
Reconciliation, valuation exceptions, missing data and P&L control.
Counterparty, collateral, margin and liquidity alongside market risk.
Cross-desk exposure, concentrations, stress, limits and governed risk packs.
One risk layer connected to the existing estate rather than another trade-capture replacement.
Tell us which systems you run and which commodities you trade, and we will walk through what the risk layer would look like across them.