Conservation International has developed a suite of near real-time fire and deforestation monitoring and forecasting systems that channel satellite observations directly to national and sub-national government agencies, NGOs, and local stakeholders in Madagascar, Indonesia, Peru and Bolivia. A recent user survey supported the value of these tools for strengthening forest surveillance and monitoring, fire management and prevention, protected areas management and sustainable land use planning, and documented the outstanding needs and challenges users face in addressing wildland fire and its impacts. The survey identified essential need for seasonal fire forecasts for effective land use planning, faster alert delivery to enhance response to illegal activities, and expanded monitoring capabilities that enable proactive responses and that strengthen conservation and sustainable development actions. This proposal seeks to respond to these demands by enhancing the current system to include improved ecological forecasting of fire; expanding data exchange capabilities to strengthen fire-related disaster prevention, preparedness and response; and delivering new products that inform policies related to land use management, REDD+, and air quality/health. The feasibility stage will test: 1) the performance and stability of an integrated monitoring and forecasting system with daily wildfire alerts, enhanced daily fire risk, and a seasonal fire risk forecast; 2) the degree to which fire data are incorporated into business practices of national/sub-national institutions to reduce illegal forest activity and improve protected area and REDD+ site management; and 3) the commitment that can be leveraged from partners and private sponsors to ensure system impact. Building on new and existing projects and partnerships with host-country institutions, we will address the implementation needs of REDD+ forest carbon projects, protect areas management authorities, and law enforcement teams.