On 14 March 2025, in Rio de Janeiro - North Zone (Rio de Janeiro), military police officers exchanged fire with unidentified armed men in a police operation in the Mare Complex. During the shooting, a suspect was shot and killed and a resident was shot and injured. During the confrontation, criminals set fire to barricades and drivers passing along the Red Line had to turn around because of the gunfire. 1 fatality.

Supply-chain Risk Briefing

1) Summary On March 14, armed clashes occurred between military police and armed groups in the Maré Complex in northern Rio de Janeiro, Brazil, resulting in 1 death and 1 injury. During the confrontation, criminal organizations burned barricades and blocked traffic on the Red Line highway, directly impacting regional transportation networks. Rio de Janeiro is a major economic center in Brazil, raising concerns about high-level armed conflicts.

2) Supply-chain impact

• Reduced accessibility to Rio de Janeiro port — Armed clashes and road blockages on land transport routes to Rio port, Brazil's second-largest port, may cause logistics delays
• Petrochemical industry impact — Rio de Janeiro hosts major refinery facilities of Brazil's state oil company Petrobras, creating indirect risks to fuel supply chains if security instability persists
• Manufacturing raw material transport disruptions — Maré Complex is adjacent to Rio's northern industrial zone, potentially affecting land transport of industrial raw materials such as steel and chemical products
• Air cargo transport risks — Security concerns for high-value product transportation if access routes to Galeão International Airport pass through areas of security instability

3) Watch points

• Expansion of Rio de Janeiro security situation — Spread of armed clashes from Maré Complex to other favela areas and changes in security conditions near major industrial facilities
• Red Line highway operation normalization — Timeline for resuming traffic on the Red Line, one of Brazil's major arterial roads, and potential for increased frequency of similar blockages