AbstractSafety analysis of the Compact Ignition Tokamak (CIT) is described. The CIT will use tritium and produce neutrons that will activate nearby structures and gases. Safety design objectives were established and risk assessment techniques were applied to early designs to determine the need for safety enhancements. Emphasis was placed on reducing inventories and use of passive safety systems. The current baseline design is described as well as the safety enhancements. Safety aspects discussed in detail include the activated nitrogen in the cryostat, accidental tritium releases, seismic design standards, and waste management. Based on this safety assessment, the baseline design meets the design objectives. Benefits of this safety assessment early in the design include design improvements with enhanced safety and early identification of required safety research and testing.