Saildrone, Inc.

Saildrone, Inc. develops and operates autonomous uncrewed surface vehicles for maritime intelligence, ocean data collection, and defense missions. The company works in the world's harshest marine environments, using long-endurance USVs that combine autonomous navigation, AI-driven detection, and advanced sensor suites to provide persistent, wide-area intelligence and payload effects. Across its offerings, Saildrone supports maritime domain awareness, undersea detection, ocean mapping, sub-bottom profiling, metocean survey work, and kinetic or effector-enabled missions. Its systems deliver real-time surface ISR, acoustic surveillance for anti-submarine warfare, and high-resolution seafloor mapping, alongside environmental sensing and other ocean intelligence applications. The business serves government and defense users, including maritime forces, navies, coast guards, border security forces, and other governments worldwide. Commercial and scientific use cases run to cable route surveys, coastal mapping, deep-ocean mapping, hurricane monitoring, fisheries-related work, and environmental measurement. The platforms operate for months at sea without refueling, enabling continuous coverage across EEZs, chokepoints, remote waters, and littoral environments where crewed assets can prove costly, risky, or impractical. Distinctive features include wind- and solar-powered endurance, low-signature operation, autonomous patrol patterns, multi-sensor fusion, and secure data delivery into the Saildrone Mission Portal or customer command-and-control systems. The company runs a service-oriented operating model with data delivery, a mission portal, an API service model, and fully managed platforms. Its USV platforms come tailored to different mission profiles, ranging from silent endurance and anti-submarine warfare to blue-water intelligence and environmental sensing. Saildrone therefore acts as a provider of autonomous maritime systems that collect, process, and deliver decision-quality data and mission effects across defense, security, mapping, and ocean-monitoring workloads. Endurance drives the model: vehicles powered by wind and solar stay out for months, patrol autonomously, fuse data from several sensors, and pass results back through the mission portal or straight into a customer command-and-control system, whether the task involves listening for a submarine, mapping the seafloor, or measuring a hurricane.