The world of political risk: Political Violence and SRCC

PV and SRCC are no longer “edge” exposures. They are now shaping underwriting outcomes across global portfolios. Events move fast, triggers overlap, and when definitions are unclear, losses get messy. This is a line where wordings, limits, and aggregation discipline make the difference.

A growing market under growing strain

Political risk insurance reached USD 12.4bn in 2024 and is projected to grow to USD 23.2bn by 2033 as geopolitical volatility becomes a constant operating condition.

Political violence is ranked #7 in global business risks for 2026. The biggest concerns are war (53%), civil unrest (49%), and terrorism (46%).

At the same time, terrorism capacity continues to develop even in active war zones and SRCC demand is accelerating. The PV and SRCC market, valued at USD 13.8bn in 2024, is projected to reach USD 25.8bn by 2033 (7.2% CAGR).

What does that mean in practice?

• * More demand for specialist PV and SRCC cover across territories and sectors
• * More selective capacity in higher-risk regions
• * Greater reliance on analytics, modelling, and geopolitical intelligence
• * Stronger need for agile underwriting strategies as conditions shift quickly

Why underwriting approaches are under pressure

• * Models are stretched by fast-moving, non-linear events
• * Data has improved, but judgement still leads the decision
• * Wordings and exclusions have real consequences when events occur
• * Fragmented systems and static views make consistency harder to maintain

What underwriters need today: better context

• * Clear visibility of exposure across the portfolio
• * The ability to test scenarios as events unfold
• * Confidence decisions are consistent, traceable, and defensible

How AdvantageGo supports PV and SRCC underwriting

The AdvantageGo Underwriting Workbench supports political violence, terrorism and SRCC underwriting by bringing hazard data, geospatial exposure tools and portfolio insight into a single working environment.

• * See terror proximity, blast-zone radius and concentric adjustable blast circles
• * Use geospatial exposure tools to address differential PML footprints and run rapid scenarios
• * Optimize risk triage, prioritization and selection in a single platform

Ready to get started?

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