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The goal of the Office of Naval Research's Communications and Networking program is to support the Navy's Information Warfare vision by developing measurable advances in technology to improve end-to-end connectivity and quality-of-service for mission-critical information exchange among widely dispersed naval, joint, and coalition forces.

The Office of Naval Research Computational Methods for Decision Making Applied Research Program is composed of three thrusts—Large-scale Distributed Decision-making, Automated Image Understanding and Resource Optimization.

The Office of Naval Research Computational Methods for Decision Making Applied Research Program is composed of three thrusts—Large-scale Distributed Decision-making, Automated Image Understanding and Resource Optimization.

The Office of Naval Research's Expeditionary Cyber program has the goal of providing the Marines, SOCOM and Expeditionary Navy customers with state-of-the-art solutions to both defend assets and defeat adversaries within the cyberspace domain.

The Office of Naval Research's Machine Learning, Reasoning and Intelligence program focuses on developing the science base and efficient computational methods for building versatile intelligent agents (cyber and physical) that can perform various tasks with minimal human supervision.

The Office of Naval Research's Mathematical Data Science program is concerned with basic research in mathematics, probability, statistics, signal processing, machine learning, data engineering, and information theory.

The Office of Naval Research Active Aperture Array program seeks to develop innovative electronics technologies that will enable the revolutionary architectures and capabilities of future electronically scanned array apertures.

The Office of Naval Research's Atomic, Molecular and Quantum Physics program supports basic atomic, molecular and quantum (AMQ) physics research to advance navigation, timekeeping, and sensing technology, particularly in the maritime environment.

The Office of Naval Research's Cryogenically Enabled Electronics Technologies for Mixed Signal Systems program seeks new approaches to achieving 100+ GHz devices, circuits, and signal processors in order to efficiently capture and process wideband RF signals.

The objective of the Office of Naval Research's RF Semiconductor Devices, RF Solid State Amplifiers and Wide Bandgap Materials program is to develop solid state (e.g., wide bandgap semiconductor), low noise, high speed electronic devices and circuits for use in surveillance, electronic warfare, multifunctional RF systems and communications.