Risk Portal
See how risk moves.
Most risk tools give you a list. Risk Portal models risk as a connected network — so you can see which risks depend on which, where a single failure spreads, and which hidden points the whole system depends on.
The shift
A list shows what connects. A network shows what moves.
Every risk professional already knows their risks are connected — it is why we talk about second-order effects, cascades and systemic risk. But the tools have stayed lists: risks in rows, each assessed on its own.
A list can tell you what depends on what. It cannot show you how a failure travels, where it concentrates, or the single dependency the system can't route around. The method is established — what has been missing is a way to make the structure explicit.
What the network reveals
Four blind spots in every register.
Dependencies
The dependency structure — the paths, directions and chains, not just the fact that a dependency exists.
See an exampleStructural vulnerabilities
Single points of failure, bottlenecks and choke points — the nodes that matter for where they sit, not how risky they look.
See an examplePropagation
How disruption spreads once a node fails — what absorbs it, what amplifies it, and how far the cascade reaches.
See an exampleSystemic coupling
How tightly coupled the system is — whether a local problem stays local, or becomes systemic.
See an exampleFor building society CROs
What happens when two risks arrive in the same year?
From 1 January 2027, PRA SS4/25 asks small domestic deposit takers to take into account “the time that the SDDT would have to react”. The video shows the date, and how much warning the society gets.
Wherever risk is connected
One idea, across domains.
The same structure shows up everywhere risk is connected. Operational resilience in a regulated firm is one application — but the network is the same idea wherever failures travel through dependencies.
Risk Workshops
See it on the risks you already track.
A hands-on session for risk professionals: turn a typical register into a network, follow where the stress travels, and build to a live look at the platform.
Explore the workshopStart a conversation.
Get in touch to talk through where network modelling fits — or to arrange a walkthrough on a neutral, worked example.
Get in touch