Coral - Pro

Coral automatically & proactively detects risks & misconfigurations to reliability, data security & non-adherence to AWS Well-Architected. It looks for deviations from vendor best practices based on proprietary knowledgebase containing hundreds of rules across all layers in multi cloud environment.

Community-sourced repository of coral reef image classification training data, including continually updated confirmed annotations from MERMAID

The Coral Coast (CORL) HF ocean radar system covers an area of the Western Australia Coast, Western Australia, an area subject to the variability of the Leeuwin Current (LC) and its coupling with coastal winds, tides, and waves. In this area the LC generates several eddies which control the larval species and the higher marine species and ecosystems in which they forage. The CORL HF ocean radar system consists of two SeaSonde crossed loop direction finding stations located at Dongara (29.283 S 114.920E) and Green Head (114.967 E 30.073 S). These radars operate at a frequency of 4.463 MHz, with a bandwidth of 25 KHz, a maximum range of 200 Km and a range resolution of 6 Km. Within the HF radar coverage area surface currents are measured. The CORL area of coverage has a small overlap of commonly observed ocean with the Turqoise Coast (TURQ) SeaSonde HF ocean radar system on its southern side, which in turns early overlaps with the Rottnest HF radar node. Together, the CORL, TUR[...]

The Capricorn Bunker Group site is in the southern region of the Great Barrier Reef Marine Park World Heritage Area (GBR). The HF ocean radar coverage is from the coast to beyond the edge of the continental shelf. This is an area where the East Australian Current (EAC) meanders as it moves south from the Swain Reefs and loses touch with the western land boundary. The area is dynamic with warm EAC water recirculating and being wind-driven northwards along the coast inside the GBR lagoon. The recirculating warm water contrasts with the upwelling tendency of the parts of the EAC which continue to move southwards. The CBG radar is ideally placed to follow filaments of different water types and to investigate their impacts on coral reefs and fisheries. Applications of the CBG radar data are in the frequency and location of regional upwelling that fuels productivity, and in the connectivity between reefs and islands. At the central point of the CBG area of coverage is the Her[...]