The human immune system determines whether we survive infancy, which diseases we get, how we age, and how long we’ll live. Within it lie the secrets of who will respond, and how, to potential threats to our health.
Understanding our immune system is the key to fighting disease and improving health for all. Yet its complexity has limited our ability to tap into its potential—until now.
Recent advances in both immune monitoring and artificial intelligence can now provide the tools to generate and rapidly process the trillions of datapoints required to decode and model the immune system, to understand how it varies across individuals, and to develop targeted approaches to address the world’s most pressing health challenges.
The Human Immunome Project (HIP) was designed to meet this moment—to combine systems biology with the power of artificial intelligence, to decode and model the immune system to improve health for all.
The Human Immunome Project’s mission is to build new tools and knowledge that will enable us to transition from one-size-fits-all to true precision medicine using a systems immunology approach. It is an open science, nonprofit, multinational frontier research program with the potential for civilization-level impact. Understanding human immune response variability is one of our greatest grand challenges. Alongside the Human Genome Project, the HIP will stand among humanity’s greatest accomplishments.