Tank Setup: Requires a mature, stable reef aquarium rich in microfauna, with a minimum capacity of 50 liters (approx. 13 gallons). The absolute fundamental condition for keeping this species is the presence of a healthy and suitable symbiotic host, such as a large sea cucumber or a compatible nudibranch. The aquarium should have areas with weak to moderate water current and a bottom of fine sand. The rockwork must allow easy movement for the host so the shrimp is not crushed against rocks.
Diet and Feeding: In nature, it feeds on host mucus and organic particulate matter. In the aquarium, this source is not sufficient long-term. It is necessary to target-feed the shrimp directly using a pipette or tweezers, offering very small portions of frozen food such as cyclops, rotifers, baby brine shrimp, or liquid invertebrate foods. Feeding must be done carefully to prevent faster fish from stealing the food or causing it to disperse and pollute the aquarium water.
Water Quality: Demands absolute chemical and physical stability of the water. Temperature must be maintained between 24°C and 28°C (75°F - 82°F), pH between 8.1 and 8.4, and salinity around 1.023-1.025. Ammonia and nitrites must be strictly zero, and nitrates kept below 10 ppm. As with all crustaceans, the presence of copper or zinc is lethal. Maintaining optimal levels of iodine, calcium, and magnesium is essential to support the periodic molting of its exoskeleton.
Compatibility and Tankmates: Cohabitation with small, peaceful fish (such as small gobies, pipefish, or blennies) is ideal. The presence of predatory or aggressive fish that could attack the shrimp or harass its host must be completely avoided, including pufferfish, triggerfish, active wrasses, hawkfish, and predatory crabs. The survival of the shrimp is closely linked to its host; if the nudibranch or sea cucumber dies, the shrimp becomes highly vulnerable and faces a high risk of death.
Aquarium Breeding: Breeding in the aquarium is extremely rare and complex. If a compatible pair is kept on the same host, the female will regularly produce small clutches of greenish or yellowish eggs under her abdomen. Upon hatching, which usually occurs at night, microscopic planktonic larvae are released. Rearing larvae requires specialized circular-flow tanks and a constant diet of live fitoplankton and zooplankton of appropriate sizes.
Risks and Diseases: The primary biological risk is the decline or death of the symbiotic host. Without it, the shrimp suffers severe physiological stress and loses its main protection. Other critical risks include failed molts due to mineral deficiencies (iodine and calcium) or sudden fluctuations in salinity during water changes. During a molt, the shrimp is soft and must remain hidden on the host or in safe cracks to avoid injury or predation.