About this project
MASST was originally developed to monitor and protect subsea infrastructure. It detects anomalies such as sudden pressure drops that may signal anchor strikes, environmental shifts, or sabotage.
Since its development, MASST has evolved into a more flexible system—capable of adapting to other high-stakes environments where real time sensing, intelligent analysis, and coordinated response are critical.
MASST began as a natural extension of my earlier work exploring how multi-agent systems could interact with complex historical documents—particularly those housed at UC Berkeley’s Institute of Governmental Studies Library. That experience shaped my thinking around distributed reasoning: how different types of intelligence can be brought together to make sense of dense, multi-layered material. It also deepened my interest in platform resilience.
In turn, I designed MASST across multiple platforms to reflect a more realistic and defensible architecture. In the face of system failures or external threats, having agents distributed across platforms creates not just functional redundancy, but adaptive strength.