The game translates the 7-1-7 target into a hands-on experience to test how such coordination plays out under pressure.Photo; Courtesy
The World Health Organization (WHO) is testing an innovative strategy game designed to help countries detect and respond to disease outbreaks faster, as part of efforts to strengthen global health security.
Unveiled in a departmental update from Geneva on 27 February 2026, the interactive “7-1-7 Strategy Game” translates outbreak preparedness targets into a hands-on simulation.
The 7-1-7 benchmark calls for detecting a suspected outbreak within seven days, notifying public health authorities within one day, and launching an effective response within seven days.
Health emergencies in recent years have exposed how delays at any stage, from case recognition to laboratory confirmation and operational deployment, can allow outbreaks to spread rapidly.
WHO says achieving the 7-1-7 targets requires coordinated action across surveillance systems, laboratories, emergency operations, risk communication and leadership structures.
The game was developed by the Center for Advanced Preparedness and Threat Response Simulation (CAPTRS) in collaboration with the 7-1-7 Alliance and the WHO’s Emergency Preparedness Department.
Rather than relying solely on policy documents or training manuals, the initiative uses experiential learning to test how coordination works under pressure.
Testing Decisions Under Pressure
Designed as an analog, team-based exercise, the 7-1-7 Strategy Game brings together small groups of decision-makers to work through two structured modules. Each module examines how strategic choices influence the speed and effectiveness of outbreak response.
On 23 February 2026, WHO convened a playtest session involving staff familiar with the 7-1-7 framework.
The session served as a structured trial run to validate the game’s mechanics, assess whether it strengthens understanding of outbreak timeliness targets, and refine the simulation before piloting it more widely at the country level later this year.
In the first module, participants identify and prioritize activities that could improve timeliness across the detection-notification-
Players assign estimated durations to each action and explore how targeted investments might ease bottlenecks.
The second module introduces a simulated outbreak scenario, challenging teams to apply their earlier decisions in real time.
Participants evaluate whether their strategic planning translates into faster detection, quicker notification, and more efficient response once a health threat emerges.
Learning from a Simulated Ebola Outbreak
The scenario used during the playtest centered on a Sudan Ebola virus disease outbreak in Uganda.
Teams confronted practical challenges such as delayed case recognition, breakdowns in reporting systems and operational constraints that mirror real-world emergencies.
By replaying modules and experimenting with alternative approaches, participants gained insight into which interventions produced the greatest improvements in speed and coordination.
Discussions highlighted how small delays at one stage can accumulate across the response timeline, significantly affecting overall performance.
The session was facilitated by CAPTRS’ Chief Game Designer, Dr. Michael Sousa, and hosted by WHO’s Risk Analytics and Action Reviews (RAR) Unit under the Health Emergency Preparedness Department.
Strengthening Preparedness Through Simulation
WHO says the 7-1-7 Strategy Game reflects a broader shift in preparedness thinking recognizing that effective outbreak response depends not only on plans and guidelines, but also on decision-making capability under uncertainty.
By combining strategic analysis with interactive learning, the simulation aims to help Member States translate the 7-1-7 framework into concrete, prioritized actions tailored to their health systems.
Following further refinement and country-level piloting, the tool is expected to support governments in strengthening outbreak readiness and accelerating response timelines.
As global health threats continue to evolve, WHO says innovative approaches such as this game will play a role in ensuring systems are prepared to detect, notify and respond with greater speed and coordination.
