โ† Man-Made Perils /M.2 โ€” SRCC
MAN-MADE PERILS ยท M.2

Strikes, Riots & Civil Commotion

๐Ÿ“– ~25 min ยท 3 micro-checks ยท SRCC components ยท Social drivers ยท Damage mechanisms ยท Coverage gaps ยท Modelling ยท Reinsurance
Three Continents, Three Years, Three Defining SRCC Events

In October 2019, a protest against a metro fare increase in Santiago, Chile ignited months of civil unrest across one of Latin America's most economically successful countries. The Estallido Social โ€” Social Explosion โ€” caused insured losses of approximately USD 3 billion, the largest SRCC insured loss in Latin American history. The trigger was symbolic: a 30-peso increase in a metro ticket. The underlying driver was years of accumulated resentment at inequality in a country that had delivered economic growth but distributed its benefits unevenly.

In May 2020, the death of George Floyd in Minneapolis triggered civil unrest across the United States. Over the following weeks, insured losses from looting, arson, and property damage reached USD 1โ€“2 billion across dozens of cities โ€” the costliest civil disorder in US history since the 1992 Los Angeles riots. In July 2021, the jailing of former South African president Jacob Zuma triggered riots and looting across KwaZulu-Natal and Gauteng provinces โ€” insured losses of approximately USD 1.7 billion in seven days, the largest SRCC loss in African insurance history.

These three events โ€” on three continents, within three years โ€” illustrate the defining features of SRCC: it is collective rather than conspiratorial, driven by social and political conditions rather than tactical planning, and it can generate losses rivalling moderate natural catastrophes in a matter of days.

What distinguishes the three components of SRCC from each other โ€” and from terrorism โ€” and what makes SRCC increasingly significant for the global cat modelling market?

SRCC Distinguished from Terrorism

SRCC and terrorism are distinct perils in both their dynamics and their insurance treatment โ€” though they are sometimes confused because both involve intentional human action causing property damage. The distinction is critical for coverage determination, modelling, and pricing.

Terrorism involves a small group acting in secrecy, with advance planning, deliberately targeting for political effect. SRCC arises from large numbers of people acting collectively โ€” often spontaneously โ€” in response to a shared grievance. The planning horizon is very different: a major terrorist attack may involve months of preparation; a major SRCC event can be triggered within hours of a catalyst event with no prior coordination. The physical damage mechanism is also different: terrorism frequently involves explosive or fire devices designed to maximise structural damage; SRCC damage is primarily looting, arson of opportunity, and vandalism, which affects a much wider geographic area at lower per-location severity.

The Three Components

Component 1

Strikes

Organised work stoppages by labour groups and associated protest activity. Primary insurance losses are business interruption from production halts and supply chain disruption, and contingent BI for companies dependent on struck suppliers. Property damage from strike activity exists but is secondary. Modern strike risk has shifted from traditional manufacturing toward logistics, transport, and essential services โ€” the 2022โ€“23 UK wave of rail, postal, and NHS strikes illustrates this evolution.

Component 2

Riots

Violent public disturbance by three or more persons causing property damage โ€” looting, vandalism, arson, and destruction of vehicles. Primary losses are direct property damage and consequential BI. The critical insurance issues are access denial (coverage for undamaged businesses inside security cordons) and the physical damage trigger โ€” whether BI requires prior property damage to respond. South Africa 2021 (systematic shopping centre looting) is the contemporary benchmark event.

Component 3

Civil Commotion

The broadest element โ€” general public disorder that may not meet the legal definition of riot but creates conditions where property is damaged and commercial activity is disrupted at scale. The connective tissue between individual riot events and the sustained city-scale disruption of events like Santiago 2019 or Hong Kong 2019. Legal definition varies by jurisdiction; the boundary with insurrection or rebellion โ€” which is typically excluded โ€” is legally contested and coverage-significant.

Recent Major SRCC Loss Events

2019 Chile
Estallido Social โ€” ~USD 3B insured loss

Triggered by metro fare increase. Weeks of widespread unrest across Santiago and other cities. Extensive retail, transport infrastructure, and commercial property damage. Largest SRCC insured loss in Latin American history.

2019 Hong Kong
Extradition Bill protests โ€” ~USD 500M insured loss

Months of protest activity affecting retail, hospitality, and transport sectors. Significant BI losses from tourism collapse alongside direct property damage. Demonstrated that prolonged civil unrest without extreme violence can generate material insured losses through economic disruption.

2020 United States
George Floyd unrest โ€” ~USD 1โ€“2B insured loss

Civil disorder across dozens of US cities following the death of George Floyd. Concentrated in retail and commercial districts. Costliest US civil disorder since the 1992 LA riots. Demonstrated rapid geographic spread via social media coordination.

2021 South Africa
Zuma jailing riots โ€” ~USD 1.7B insured loss

Seven days of systematic looting and arson in KwaZulu-Natal and Gauteng. Shopping centres systematically cleared of stock within hours. Largest SRCC insured loss in African insurance history. Revealed the scale of retail accumulation risk in high-density commercial centres.

The Social and Political Drivers

Unlike natural perils, SRCC risk is rooted in social, economic, and political dynamics that are harder to quantify but more amenable to leading-indicator monitoring. Understanding the drivers matters for two reasons: it allows underwriters to assess country-level risk before events occur, and it explains why SRCC losses are not geographically random โ€” they cluster in countries with specific social and institutional conditions.

Relative Deprivation, Not Absolute Poverty

Research consistently shows that absolute poverty is a weaker predictor of civil unrest than relative deprivation โ€” the perception that one's circumstances are unjust relative to others or relative to one's own expectations. Chile's 2019 unrest erupted in one of Latin America's most economically successful countries. The mechanism is not poverty per se but the visibility of inequality โ€” amplified dramatically by social media โ€” in conditions where formal channels for redress are perceived as ineffective or captured by elites.

Institutional Trust Deficit

When populations believe that courts, governments, police, and media are unreliable, corrupt, or systematically biased against them, the threshold for direct action falls. The Edelman Trust Barometer and similar surveys track institutional trust quantitatively across countries โ€” and the data shows systematic decline in trust in most democracies over the past two decades. This trust deficit is a meaningful leading indicator of SRCC vulnerability at the country level.

Social Media and Contagion

Social media has fundamentally changed the dynamics of civil unrest in two ways relevant to insurance: it accelerates the geographic spread of unrest within a country, and it enables cross-border contagion between countries facing similar underlying conditions. The Arab Spring (2011), the global Black Lives Matter movement (2020), and the wave of fuel price protests across multiple countries in 2022 all demonstrate how social media enables protest movements to cascade geographically in ways that make single-country accumulation models insufficient. SRCC events are increasingly correlated across cities and across borders โ€” a property of the hazard that has direct implications for reinsurance treaty design.

Micro-Check ยท Before You Continue

A country risk analyst evaluates two countries for SRCC exposure. Country A has GDP per capita of USD 8,000 โ€” low by global standards โ€” but high institutional trust scores, effective government, and low measured inequality (Gini coefficient 28). Country B has GDP per capita of USD 22,000 โ€” upper-middle income โ€” but very low institutional trust, perceived judicial capture, and high inequality (Gini coefficient 52), with a recent history of contested election results. Which country presents higher SRCC risk โ€” and why does the answer challenge a simplistic "poorer countries are riskier" assumption?

Country B presents materially higher SRCC risk โ€” despite being significantly wealthier โ€” because the drivers of civil unrest are relative deprivation, institutional distrust, and the absence of effective formal redress mechanisms, not absolute poverty.

Country A's population is poorer in absolute terms but perceives their institutions as legitimate and their circumstances as broadly fair relative to each other and relative to expectations. People with low absolute income but high institutional trust and low inequality have less grievance to mobilise around and believe that formal channels (elections, courts, media) provide effective recourse.

Country B's population is wealthier but experiences high visible inequality โ€” a significant fraction of the population sees prosperity concentrated in a narrow elite โ€” and does not trust the judicial or governmental institutions that might otherwise provide a peaceful outlet for grievance. With contested election results further delegitimising the political process, the probability of a trigger event catalysing collective action is much higher. Chile in 2019 fits this profile exactly โ€” a high-income, high-inequality country with low institutional trust, triggered by an event (a metro fare increase) that was symbolic of a larger perceived injustice rather than economically significant in itself. The simplistic "poorer countries are riskier" assumption systematically underestimates SRCC risk in middle-income, high-inequality markets.

Damage Mechanisms and Coverage Issues

Looting

The opportunistic theft of goods from commercial premises โ€” retail shops, electronics stores, supermarkets, pharmacies โ€” is a primary driver of SRCC property losses. Looting involves both stolen goods (contents) and damage to premises from forced entry. Retail properties in city centres and shopping malls are disproportionately exposed. The speed and scale of looting during severe civil unrest can be extraordinary โ€” during the 2021 South Africa events, entire shopping centres were systematically emptied of stock within hours, often with minimal external visible damage to the structure.

Arson

Deliberate fire-setting causes far greater property damage than looting alone and can spread to adjacent properties. SRCC arson differs from ordinary arson in that multiple fires can be set simultaneously across a wide area, overwhelm fire services whose response is impeded by security conditions, and spread through connected building stock. The 2011 England riots, 2020 Minneapolis unrest, and 2021 South Africa events all featured significant arson causing total losses of individual properties that could not be contained in the security environment.

Business Interruption Without Physical Damage

Perhaps the most economically significant category of SRCC loss is BI occurring without any direct property damage โ€” the insured's premises are intact but curfews, security cordons, or unsafe conditions prevent trading for days or weeks. Coverage for this loss depends critically on policy wording: whether BI requires physical damage as a prerequisite (the "physical damage trigger") or whether it covers loss of access from civil authority orders. This coverage gap is one of the most contested issues in SRCC insurance โ€” the COVID-19 BI litigation has brought intense legal scrutiny to the physical damage trigger that now also applies to SRCC policy wordings.

The Physical Damage Trigger โ€” The Most Contested Coverage Issue in SRCC

A business that cannot trade because security forces have cordoned off its area โ€” but whose premises are physically undamaged โ€” may find itself without insurance coverage if its BI wording requires prior physical loss or damage. This gap between economic reality (the business cannot operate) and insurance coverage (no physical damage occurred) is a persistent source of post-event disputes. Underwriters and brokers reviewing SRCC coverage should explicitly assess whether the BI section covers civil authority access denial without physical damage, and at what sub-limit. Following the COVID-19 BI litigation, this wording distinction has become a front-line underwriting and placement issue for commercial property clients in SRCC-exposed markets.

Micro-Check ยท Before You Continue

During a week of civil unrest in a major South American city, an insured retailer suffers the following losses: (1) USD 180K of stock stolen during looting on Day 2; (2) USD 45K of structural damage from forced entry; (3) USD 320K of lost revenue because the store was closed for 12 days following a government curfew, during which the premises suffered no further damage. The policy covers SRCC property damage and includes a BI section triggered by physical damage to the insured property. Which losses are covered โ€” and what coverage gap does this scenario illustrate?

Under a standard physical damage trigger BI wording:

Covered: The USD 180K stolen stock (contents loss under SRCC) and the USD 45K structural damage (property damage under SRCC) โ€” both arise directly from the looting event and both involve physical loss or damage to the insured property. Total covered: USD 225K.

Disputed/likely uncovered: The USD 320K BI loss from the 12-day curfew closure. The curfew was imposed by government authority, not by physical damage to the insured's premises. If the BI section requires that loss of revenue arises from physical damage to the insured property, and the store was closed due to external civil authority orders rather than damage requiring repair, the BI section may not respond. The property was in fact repairable after the Day 2 looting damage โ€” and may have been repaired before the curfew ended โ€” meaning the 12-day closure represents access denial rather than damage-driven closure.

The coverage gap is: USD 320K of economic loss from an SRCC event for which the insured has SRCC coverage โ€” but which does not trigger the BI section because the loss arose from civil authority action rather than physical damage. This gap is precisely what civil authority extensions and denial of access endorsements are designed to fill โ€” but they must be explicitly included in the policy to respond.

Modelling SRCC Risk

Country Risk Assessment

The foundation of SRCC modelling is a country risk score โ€” an evaluation of the probability and potential severity of civil unrest per country. Leading frameworks combine quantitative indicators (Gini coefficient, Fragile States Index, Edelman Trust data, ACLED event frequency) with qualitative political analysis from specialist risk intelligence firms (Control Risks, Verisk Maplecroft, Oxford Analytica). These assessments are not static โ€” they are updated in near-real time as political developments change the risk landscape.

Scenario-Based Loss Estimation

Historical SRCC events are used as scenario templates โ€” defining geographic spread, property types affected, damage level distribution, and disruption duration. The Chile 2019, South Africa 2021, and US 2020 events are now standard calibration templates for different market environments. Applied to current exposure data, these templates produce loss estimates for each plausible scenario in a scenario library. The output is not a smooth EP curve (as for hurricane or earthquake) but a set of scenario losses that represent the distribution of outcomes.

Accumulation Analysis

The primary output for portfolio management is accumulation analysis โ€” identifying concentrations of SRCC-covered insured value in locations most vulnerable to civil unrest. City centre retail concentrations, shopping mall clusters, and mixed commercial districts in cities with elevated social tension indicators represent the primary accumulation concerns. Social media's contagion effect means that accumulation analysis must consider not just individual city risk but cross-city and cross-country correlation โ€” a single protest movement can simultaneously affect multiple cities in a country or even multiple countries in a region.

Reinsurance Considerations

SRCC coverage in the reinsurance market is provided through specialist political risk and violence treaties or as an extension to property catastrophe programmes. Three structural features of SRCC reinsurance deserve specific attention:

Micro-Check ยท Before You Continue

A reinsurer's SRCC treaty has a 168-hour (7-day) hours clause defining a single occurrence. The cedant reports SRCC losses across three separate cities in the same country: City A (Days 1โ€“3, USD 45M loss), City B (Days 4โ€“6, USD 38M loss), and City C (Days 8โ€“11, USD 52M loss). The underlying civil unrest was continuous across all three events. The reinsurer's per-occurrence retention is USD 30M with a limit of USD 100M. How does the hours clause affect the recovery โ€” and what does this illustrate about the importance of occurrence definition in SRCC reinsurance design?

The 168-hour hours clause creates a dispute about occurrence definition.

If the continuous civil unrest from Day 1 through Day 11 is treated as a single occurrence: total gross loss = USD 135M. Less USD 30M retention = USD 105M. Less USD 100M limit = USD 5M excess of limit. The reinsurer pays USD 100M; the cedant retains USD 35M (retention + excess).

If the 168-hour clock resets between City A/B and City C (because City C's losses begin on Day 8, more than 168 hours after Day 1): the losses split into two occurrences. Occurrence 1 (Cities A and B, Days 1โ€“6): gross USD 83M, less USD 30M retention = USD 53M recovery. Occurrence 2 (City C, Days 8โ€“11): gross USD 52M, less USD 30M retention = USD 22M recovery. Total recovery: USD 75M. The cedant retains USD 60M โ€” significantly more than under the single-occurrence reading.

This illustrates that the occurrence definition in SRCC reinsurance treaties โ€” particularly the hours clause and the geographic scope of aggregation โ€” directly determines the cedant's net loss in extended or multi-city events. The cedant's retention effectively doubles if events that are economically and politically connected are split into two occurrences by the hours clause. SRCC treaty design should explicitly address how multi-city unrest arising from the same underlying social movement is aggregated โ€” something that is often not explicitly resolved in standard treaty wording.

Key Terms

SRCC

Strikes, Riots and Civil Commotion โ€” the insurance peril category covering collective, crowd-driven violence against property. Distinct from terrorism in its collective rather than conspiratorial nature. Increasingly significant globally as the frequency and severity of civil unrest events grows.

Relative Deprivation

The perception that one's circumstances are unjust relative to others or to expectations โ€” a stronger predictor of civil unrest than absolute poverty. Explains why SRCC risk is not confined to the world's poorest countries and why economically successful but highly unequal societies (Chile, South Africa) generate major SRCC events.

Physical Damage Trigger

The policy condition requiring that business interruption losses arise from physical loss or damage to the insured property. In SRCC events, a large proportion of economic loss arises from access denial (curfews, security cordons) rather than physical damage โ€” creating a gap between economic loss and insured loss under policies with strict physical damage triggers.

Hours Clause

A reinsurance treaty provision defining how long a continuous period of civil unrest constitutes a single occurrence for loss aggregation purposes. Clauses of 72 or 168 hours are standard. Extended protest movements (Chile 2019, Hong Kong 2019) challenge hours clause definitions and create disputes over single-occurrence versus multiple-occurrence treatment.

Country Risk Score

A quantitative assessment of the probability and potential severity of civil unrest per country. Combines economic indicators (Gini coefficient, GDP per capita), political indicators (institutional trust, governance scores), and event frequency data (ACLED) into a composite risk rating used for SRCC underwriting and accumulation management.

Civil Commotion

The broadest SRCC component โ€” a state of general public disorder that may not meet the legal definition of riot but creates conditions where property is damaged and commercial activity is disrupted at scale. The legal boundary between civil commotion and insurrection or rebellion is legally contested and coverage-significant โ€” most policies exclude losses from insurrection even where SRCC is covered.

Denial of Access

The situation where government authority (curfew, security cordon, evacuation order) prevents a business from accessing its premises even though those premises are physically undamaged. A major source of uninsured SRCC economic loss under policies without civil authority extensions โ€” and a growing area of policy wording scrutiny following COVID-19 BI litigation.

Social Contagion

The rapid geographic spread of civil unrest across cities or countries driven by social media โ€” events that historically would have remained localised can now cascade across multiple markets within days. Creates cross-city and cross-border loss correlation that makes geographic diversification within SRCC portfolios less effective than in natural peril portfolios.