The World Health Organisation (WHO) is piloting a new simulation tool, the “7-1-7 Strategy Game,” to enhance global outbreak preparedness by improving the speed and coordination of disease detection and response.
The game translates the core public health benchmark known as the 7-1-7 target into an interactive, team-based exercise. This target mandates that countries detect a suspected outbreak within seven days, notify public health authorities within one day, and mount an effective response within seven days. Participants assume decision-making roles to navigate simulated outbreak scenarios, practicing rapid, coordinated actions and analysing the cumulative impact of delays across the detection-to-response chain.
Developed in collaboration with the Center for Advanced Preparedness and Threat Response Simulation (CAPTRS) and the 7-1-7 Alliance, with input from WHO’s Emergency Preparedness Department, the game is designed as an analog tabletop exercise. It features structured modules that test strategic choices and their direct effect on meeting the 7-1-7 timelines. A playtest involving WHO staff familiar with the framework was conducted on 23 February 2026 to validate game mechanics and assess its educational value. The trial used a scenario involving an outbreak of Sudan Ebola virus disease in Uganda.
Feedback from the playtest indicated that replaying modules and experimenting with alternative strategies helped participants build intuition about effective investments. A key insight was the visualisation of how small, individual delays compound to significantly hinder outbreak control. The exercise underscored that achieving the 7-1-7 benchmarks requires seamless coordination across surveillance, laboratory systems, emergency operations, risk communication, and leadership.
The initiative reflects a shift in preparedness thinking, moving beyond static plans to actively building strategic decision-making capacity under pressure. By converting preparedness principles into measurable operational performance, the game aims to strengthen the core functions of public health systems. Following the successful playtest, the simulation is being refined ahead of wider testing in countries to systematically improve outbreak readiness and response timeliness globally.
