Mission Mermaiden - Hasumi And The Deep Sea Sis... [exclusive] Info

: The gameplay is divided into distinct stages (e.g., Stage 1, Stage 2) featuring platforming challenges and boss encounters.

Prioritize non-invasive first: start with remote sensing and eDNA before any physical contact.
Use modular tooling: design manipulators with interchangeable soft tips sized for common tasks (sampling, cutting lines, gentle gripping).
Minimize light and noise during observations: many deep organisms are light- or vibration-sensitive; plan observations in low-disturbance modes.
Redundancy for critical systems: have at least two independent positioning systems (LBL acoustic plus USBL/IMU) to avoid losing assets.
Standardize metadata and time-synchronization: ensure all sensors use common UTC-stamped logs and include depth, temp, and heading with every frame or sample.
Pre-plan sample chains of custody and preservation protocols for microbiological and chemical integrity (cold-chain for temperature-sensitive samples; chemical quenching for redox-sensitive assays).
Run dry rehearsals and tool-change drills in a shallow-water testing area to validate procedures and reduce mission-time surprises.
Community and permitting: engage local stakeholders, regulators, and indigenous knowledge holders early; obtain all permits and agree on data-sharing and artifact disposition.
Safety margins for ROV/ROV tether length: account for currents, entanglement risk, and recovery in planning maximum operational depth.
Power and comms budgeting: estimate peak power draws and data throughputs; prefer burst telemetry with local buffering if bandwidth is limited.