Solving complex global problems involving data and data analysis can require data from both the public and private sectors. The sharing of data has traditionally been restricted to open data. To facilitate the use of both open and private data, a new data-sharing framework has been constructed as an extension to the popular Findable-Accessible-Interoperable-Reusable (FAIR) framework. The "Secure by Design" approach has been taken to define the FAIRS data-sharing framework where S stands for Secure. A Cloud infrastructure architecture is proposed that would allow data brokers to implement FAIRS. This architecture is being constructed for the Global Burden of Animal Diseases (GBADs) to facilitate the sharing of livestock data.

Pkmmum Identification and Ranlcing Tables (PIRT) have beem developad for start-up transient for SBWR. The infomation used for PIRT came fimn RAMONA4B and TRACG analyses ofthe transient and from related small scale tests. The transient was divided into four distinct phases, namely, Subcooled Care k t-u p , Subcooled Chimney, SBWR system was divided into tencomponents Atotai of33 distinct phenomena amongthe camp0nmt.s were identified. The Phase Ihas 28 rankedphewmenawith 17 low .6 d u m and 5 high ranking. Thephase IIhas 39 ranked phenomena with 18 low, 13 medium aad 8 high ranking. The Phase III has 47 ranked phenomena with 22 low, 10 medium and 15 high ranking. The Phase IV has 46 ranked phenomena with 16 low, 12 medium and 18 high ranking. saturated chhncy, and Power Ascension. The-t criterion selected was h4inimum critical Power Ratio. The

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