ODU-NSI supports research, testing and evaluation across physical, virtual and operationally relevant environments designed to accelerate collaboration and applied research.
Secure Computing and Laboratory Environments (CSICS, COVA CCI)
Secure research environments and networks supporting cyber-physical systems, communications resilience, operational technologies and critical systems research.
Modeling and Simulation Environments (VMASC, NCCMMS)
Large-scale simulation and decision-support environments used to evaluate complex operational systems, mission scenarios and human-system interactions.
Maritime Autonomous Systems Test Site (MASTS)
A maritime autonomous systems test facility with waterfront infrastructure, unmanned surface and underwater vehicle testing areas, research vessels, docks, cranes and data-collection environments for autonomy and sensing technologies
Autonomous Systems Evaluation Platforms (IACS, VISA, VDMC, MASTS)
Research and testing environments supporting autonomous maritime, aerial and distributed systems operating across dynamic and connected environments.
Satellite Systems Laboratory (VISA)
Research environments supporting satellite systems, autonomy, sensing and space-domain technologies.
Joint Advanced Computing Infrastructure (ACES)
High-performance computing and advanced computational environments developed in collaboration with Jefferson Lab to support simulation, analytics and data-intensive research.
Maritime and Operational Test Environments (MPLI, VDMC, TRI, MASTS)
Applied environments supporting maritime operations, logistics systems, transportation research and port-related operational analysis.
Coastal and Infrastructure Systems Research Environments (ICAR, CCRFR, CCPO)
Research environments focused on infrastructure resilience, operational continuity and coastal systems impacting maritime and critical infrastructure operations.
Advanced Technology and Human Performance Laboratories (EnMed, FRRCBE, CBE)
Interdisciplinary laboratory environments supporting bioelectrics, sensing, human performance and emerging technology applications.