The Australian Bureau of Meteorology is a national authority providing a wide range of environmental information and forecast services for the Australian community. Traditionally, the Bureau’s mission has been to observe, understand and forecast the behaviour of the atmosphere. Over the past decade and in addition to existing wave forecasting services, the Bureau has responded to the need for new products and services, in particular information, warnings and forecasts on ocean temperature, salinity, currents, tides, storm surges and tsunami warnings. The ocean temperature, salinity and current forecasting capability that underpins these services was developed via the “BLUElink>” project which was established with participation of CSIRO, the Bureau and the Royal Australian Navy. This partnership has delivered a state-of-the-art Ocean Model, Analysis and Prediction System (OceanMAPS), deployed and run operationally by the Bureau. OceanMAPS includes an ocean model, a data assimilation system, real-time observations and atmospheric forcing. Tide and tidal stream predictions are provided for locations around Australia and for some locations in the South Pacific. State-of-the-art tsunami monitoring and forecasting capabilities have been developed to provide tsunami warnings for Australia and all countries bordering the Indian Ocean. A new coastal forecasting capability is being developed to more accurately forecast hazards associated with sea level anomalies such as storm surges generated by tropical cyclones and mid-latitude storms. This information ensures a more predictable ocean environment and safer communities. It provides critical capability to Australia’s maritime industries, Navy, emergency services, specialized meteorological services providers, research community and the public. Specific examples of using Bureau’s ocean forecasts in monitoring of oil spills, search-and-rescue operations, Defence, port operations and prediction of coastal hazards (tropical cyclones, storm surges and tsunamis) will be discussed.