Financial risk management is often reduced to a familiar question:
How much risk are we taking?
But perhaps the more important question is:
What happens when the risks we think are independent suddenly become connected?
Credit risk, market risk, liquidity risk, operational risk and systemic risk are often measured separately. Yet financial systems do not operate in isolated compartments. A shock in one part of the system can propagate through balance sheets, markets, institutions and networks.
A decline in asset prices can trigger margin calls.
Margin calls can create liquidity pressure.
Liquidity pressure can force asset sales.
Asset sales can amplify market declines.
The original shock may be small. The network through which it travels may not be.
This is why effective financial risk management requires more than calculating Value at Risk, expected loss, volatility or stress scenarios. It requires understanding the structure of dependencies that connect financial entities and markets.
Risk is not only a property of an asset or institution.
Risk can also be a property of the system in which they are connected.
Technology is making this challenge even more important. Algorithmic trading, interconnected financial platforms, real-time data, automated decision-making and increasingly complex financial instruments can improve efficiency while simultaneously creating new channels through which risk can propagate.
The objective of risk management, therefore, should not simply be to eliminate risk.
It should be to understand risk, price it appropriately, control its transmission and build resilience against what we cannot predict.
At RILEQ, we view financial risk through an interdisciplinary lens—bringing together finance, technology, network thinking and governance to better understand complex financial systems.
Because in finance, the most important risk may not be the risk sitting on your balance sheet.
It may be the risk coming through the connections you cannot see.