Synchro OverviewTeamTechnologiesData Synchro works with a consortium of marine science and engineering institutions to test and deploy emerging ocean technology. Image: Alexandra Boutros © 2025 MBARIMany ocean tools stall between research and adoption because rigorous testing in ocean conditions is costly and complex—especially for smaller organizations and educational groups. Synchro is a consortium of marine institutions that seeks to bridge that gap by connecting technology developers, scientists, and resource managers early in the process to test, evaluate, and refine innovations in real marine environments.Synchro’s network offers free access to a testbed with the goal of accelerating the development of ocean technology from prototype to practical use. Its collaborative model provides access and support to use existing ocean observing platforms in Monterey Bay and British Columbia to streamline evaluation and reduce barriers to testing. Synchro supports the creation of scalable, field-ready tools that can advance ocean management and conservation. Work for this innovative initiative follows three main tracks: Testing and evaluating emerging ocean technologies to help reduce time and cost barriers for developers Synchro provides streamlined access to test new sensors and systems at existing ocean observing platforms in Monterey Bay and British Columbia. Synchro partners have the resources and infrastructure—including piers, seawater pump stations, buoys, moorings and rafts, and small vessels—to help developers effectively and efficiently evaluate emerging technologies in real-world conditions, ultimately reducing time and cost barriers. Connecting developers with end users helps accelerate the adoption of groundbreaking technology needed to assess and track the health of marine life and ecosystems at a critical moment for our ocean. Acquiring accessible, cost-effective technology for users to evaluate and offer feedback to developers All life on Earth depends on a healthy ocean, but our ocean is changing rapidly. Synchro recognizes the need for cost-effective and validated oceanographic tools, particularly those capable of collecting biological and ecological data. To fill gaps in monitoring ocean health, Synchro helps disseminate some of these promising, field-ready tools for evaluation to help foster synergy between accessible ocean technology producers and consumers. Assessing how innovative and emerging ocean technologies and methods, from autonomous robots to eDNA, can be used for ecosystem monitoring offshore wind farms As the climate crisis worsens, resource managers and policymakers are increasingly considering ocean-based climate interventions, such as expanding offshore wind energy. Many questions remain about the long-term ecological impacts of offshore wind farms. Synchro is conducting a two-year field study to assess how new technologies can support monitoring of marine life and ecosystems around offshore wind turbines. As an endorsed action of the UN Decade of Ocean Science for Sustainable Development, Synchro’s mission is to synchronize innovation with global ocean observation needs, helping to deliver more accessible, trusted data for a changing ocean. LEARN MORE AT oceansynchro.io APPLY TO TEST YOUR TECHNOLOGY WITH SYNCHRO Synchro is funded by the Gordon and Betty Moore Foundation, Schmidt Marine Technology Partners, and Oceankind. Team Directory Amy West Synchro Program Manager Jason Adelaars Synchro Technical Manager Henry Ruhl CENCOOS Director Fred Bahr CeNCOOS Product Developer Francisco P. Chavez Senior Scientist/Biological Oceanographer Julia Cheresh CeNCOOS Place-Based Management Data Specialist Jules Friederich Research Assistant John Ryan Senior Research Specialist Synchro partners:Central and Northern California Ocean Observing SystemStanford Doerr School of SustainabilityStanford Center for Ocean SolutionsMoss Landing Marine LaboratoriesMonterey Bay Aquarium Research InstituteUniversity of California, Santa CruzUniversity of WashingtonHakai InstituteAxiom Data Science Publications All Publications Sorry, no results were found. Latest News All News Sorry, no results were found. Technologies All Technologies Instrument CTD Rosette Technology CTD Rosette The CTD measures conductivity (which helps determine salinity), temperature, and depth. Vehicle, Autonomous Underwater Vehicle (AUV), Tethys Class Long-range AUV (LRAUV) Technology Long-range AUV (LRAUV) The long-range AUV (LRAUV) greatly expands the types of observations and experiments possible with autonomous platforms. Observatory, Cabled Observatory Monterey Accelerated Research System (MARS) Technology Monterey Accelerated Research System (MARS) MARS provides electrical power and data connections for new research instruments in the deep-sea. Observatory, Mooring Moorings Technology Moorings Moorings are used to measure basic oceanographic parameters like wind speed, temperature, and salinity. Vehicle, Uncrewed Aerial Vehicle (UAV) Uncrewed Aerial System (UAS) Technology Uncrewed Aerial System (UAS) The Uncrewed Aerial Vehicle (UAV) is an aerial platform for cameras and other sensors that observe phenomena at or near the sea surface. Data All Data Data Central and Northern California Ocean Observing System (CeNCOOS) CeNCOOS is a collaborative that enables coastal measurements, model forecasts, and integrated products to inform decisions about our regional ocean Data M1 Mooring Real Time Plots Near real time data from the M1 mooring which is located near the mouth of Monterey Bay in roughly 1,000 meters of water Data Ocean Acidification 1 (OA1) Mooring Data from the OA1 mooring, located just offshore of Hopkins Marine Station and the Monterey Bay Aquarium Data Ocean Acidification 2 (OA 2) Mooring Data from the OA2 mooring that was initially deployed near Terrace Point then was moved to Año Nuevo Data What’s Happening in Monterey Bay Today Check out MBARI's ODSS which provides real-time feedback of research activity in Monterey Bay
Instrument CTD Rosette Technology CTD Rosette The CTD measures conductivity (which helps determine salinity), temperature, and depth.
Vehicle, Autonomous Underwater Vehicle (AUV), Tethys Class Long-range AUV (LRAUV) Technology Long-range AUV (LRAUV) The long-range AUV (LRAUV) greatly expands the types of observations and experiments possible with autonomous platforms.
Observatory, Cabled Observatory Monterey Accelerated Research System (MARS) Technology Monterey Accelerated Research System (MARS) MARS provides electrical power and data connections for new research instruments in the deep-sea.
Observatory, Mooring Moorings Technology Moorings Moorings are used to measure basic oceanographic parameters like wind speed, temperature, and salinity.
Vehicle, Uncrewed Aerial Vehicle (UAV) Uncrewed Aerial System (UAS) Technology Uncrewed Aerial System (UAS) The Uncrewed Aerial Vehicle (UAV) is an aerial platform for cameras and other sensors that observe phenomena at or near the sea surface.
Data Central and Northern California Ocean Observing System (CeNCOOS) CeNCOOS is a collaborative that enables coastal measurements, model forecasts, and integrated products to inform decisions about our regional ocean
Data M1 Mooring Real Time Plots Near real time data from the M1 mooring which is located near the mouth of Monterey Bay in roughly 1,000 meters of water
Data Ocean Acidification 1 (OA1) Mooring Data from the OA1 mooring, located just offshore of Hopkins Marine Station and the Monterey Bay Aquarium
Data Ocean Acidification 2 (OA 2) Mooring Data from the OA2 mooring that was initially deployed near Terrace Point then was moved to Año Nuevo
Data What’s Happening in Monterey Bay Today Check out MBARI's ODSS which provides real-time feedback of research activity in Monterey Bay