The World Health Organization has issued an urgent warning that ongoing conflict in the Democratic Republic of Congo is creating a perfect storm for a resurgence of Ebola. The region, already grappling with one of the world's longest-running humanitarian crises, now faces what WHO officials describe as a 'catastrophic collision' between a deadly virus and active warfare.
Consider the grim arithmetic. Ebola, with its 50% fatality rate, thrives in environments where health systems collapse. War destroys infrastructure, displaces populations, and fuels distrust in authorities. When bullets fly, contact tracing stops. When families flee, symptoms go unreported. When militia groups control territory, health workers become targets. The algorithm for outbreak control, one might say, fails when the inputs become chaos.
We have seen this pattern before. The 2018-2020 outbreak in North Kivu and Ituri, the world's second-largest Ebola epidemic, was fought in a war zone. Over 2,200 people died. That battle was won through extraordinary effort: a ring vaccination strategy combined with community engagement and military escorts for health teams. But now, with renewed fighting between the M23 rebel group and government forces, those hard-won gains are unravelling.
The WHO's concern is not hypothetical. Just last week, a cluster of cases was confirmed in a camp for displaced people near Goma, a city of 2 million that is a hub for aid operations. The last outbreak ended in July 2022, but the virus never truly leaves; it hibernates in survivors, waiting for a weak immune system to reignite the chain. In 2021, a survivor from Guinea sparked a new outbreak nearly six years after the original infection. Ebola is a persistent bug, and war is its enabler.
What makes this situation uniquely precarious is the digital dimension. Rumour propagation on platforms like WhatsApp and Facebook is accelerating faster than ever. In conflict zones, misinformation becomes a weapon. Some armed groups are using it to stoke fear and discredit health workers. The WHO's own data suggests that in some areas, only 60% of people believe the virus is real. This is a breeding ground for what I term 'pandemic populism', where rejection of science becomes a badge of identity. The user experience of society, in this case, is a broken interface between technology and truth.
Meanwhile, the tools to contain Ebola have improved. The vaccine, ERVEBO, is highly effective. Therapeutics like monoclonal antibodies can drastically reduce mortality. But these technologies require cold chains, trained staff, and local consent. In a war zone, the cold chain can be broken by a single mortar shell. Staff can be kidnapped. Consent is replaced by coercion.
The WHO is calling for an immediate ceasefire to allow vaccination campaigns and contact tracing. But ceasefires in Congo are notoriously fragile. The last one lasted 17 days. And while the international community remains focused on Ukraine and Gaza, this crisis is flying under the radar. The WHO's budget for outbreak response is stretched thin. The organisation needs resources, but also a new strategic approach: one that treats the interplay between conflict and contagion as a complex system, not a series of disconnected events.
As a technologist, I see a glaring absence of data-driven solutions. We have the ability to track population movements in real time using mobile phone data, to model outbreak trajectories with machine learning, and to use natural language processing to detect epidemic rumours in local languages. But these tools are not being deployed because the political will is lacking. The challenge is not technical; it is human.
The greatest algorithm of all remains human empathy. Without it, all our quantum computers and AI models are just expensive calculators. In eastern Congo, the user experience is that of a trapped population, caught between the crosshairs of combatants and the invisible enemy of a virus. The world must not look away. Because in a hyperconnected age, an outbreak anywhere is a threat everywhere. The catastrophic collision is not a prediction; it is a warning. And warnings, unlike viruses, can still be acted upon.
