LIVING PROOF // WEAVER SYSTEMS
VESSEL DIAGNOSTICS
SDS-01 — INTEGRATED VESSEL HEALTH & DIAGNOSTIC ARCHITECTURE
Every system matters. Every component has a purpose. Every life deserves protection. Living Proof’s proposed diagnostic architecture brings structural monitoring, environmental management, propulsion diagnostics, power distribution, scientific systems, and emergency readiness into one coordinated monitoring environment. Supported by Weaver AI and independent safety controls, the system is envisioned to help detect abnormalities, identify faults, guide maintenance, and protect the vessel throughout its journey.
01 // SYSTEM HEALTH OVERVIEW
AWARENESS BEFORE RESPONSE.
SDS-01 is an educational interface for exploring how a long-duration vessel could organize awareness, maintenance, and safety. All conditions shown here are illustrative demonstrations, not validated engineering data.
OVERALL VESSEL HEALTH
SIMULATED / NOMINAL
Demonstration state only
CRITICAL SYSTEMS
21 DIVISIONS
Registry coverage
ACTIVE DIAGNOSTIC ALERTS
DEMO QUEUE / 00
No live event stream
EMERGENCY READINESS
PROCEDURES / CONCEPT
Independent safety layer
02 // COMPONENT REGISTRY
EVERY SYSTEM HAS A RECORD.
Explore the 21 proposed diagnostic divisions. Each record is an editable concept entry with a purpose, component group, simulated status, and priority classification.
DIVISIONS 01—08 // LIVING SYSTEMS
STRUCTURE, POWER, AIR, WATER, AND BIOSPHERE
Hull integrity, propulsion, power, life support, water recovery, hydroponics, the Founder Tree, and thermal management.
DIVISIONS 09—14 // CONTROL SYSTEMS
NAVIGATION, NETWORKS, AND SAFE ACCESS
Navigation, communications, Weaver computing, crew health, robotics, and airlock and docking readiness.
DIVISIONS 15—20 // MISSION READINESS
FLEET, SCIENCE, ARCHIVES, HABITATION, AND SAFETY
The five-shuttle fleet, observatory, Earth Memory Vault, habitation, external hazards, and emergency response.
01
STRUCTURAL
Hull & Structural Integrity
Detect deformation, impacts, leaks, vibration, thermal expansion, and compartment integrity concerns.
COMPONENT GROUP
Hull strain gauges · pressure sensors · crack detection · acoustic emission · vibration · impact · thermal expansion · seal-leak · compartment monitors
SIMULATION MODE
P1 — CRITICAL
02
PROPULSION
Propulsion & Engine Systems
Monitor proposed propulsion performance and identify developing faults without implying validated propulsion measurements.
COMPONENT GROUP
Engine temperature · pressure · thrust monitoring · vibration · propellant flow · valve position · pumps · nozzle · actuators · fuel-line leaks
SIMULATION MODE
P2 — HIGH
03
POWER
Power Generation & Storage
Monitor conceptual generation, storage, distribution, and electrical safety layers.
COMPONENT GROUP
Voltage · current · battery management · temperature · insulation · breakers · generators · inverters · power quality · backup power
SIMULATION MODE
P1 — CRITICAL
04
LIFE SUPPORT
Atmosphere & Life Support
Maintain awareness of proposed crew environmental conditions and atmospheric processing.
COMPONENT GROUP
Oxygen partial pressure · carbon dioxide · cabin pressure · humidity · temperature · carbon monoxide · trace contaminants · airflow · filters
SIMULATION MODE
P1 — CRITICAL
05
LIFE SUPPORT
Water Recycling & Distribution
Monitor conceptual water processing, storage, distribution, and quality controls.
COMPONENT GROUP
Flow · pressure · tank level · conductivity · pH · turbidity · organic carbon · microbial sampling · membranes · leaks · pumps
SIMULATION MODE
P2 — HIGH
06
BIOSPHERE
Hydroponics & Food Production
Support proposed crop health, irrigation, nutrient management, and food production awareness.
COMPONENT GROUP
Nutrient pH · electrical conductivity · dissolved oxygen · reservoirs · root-zone temperature · light · humidity · plant imaging · irrigation · pathogen screening
SIMULATION MODE
P3 — MEDIUM
07
BIOSPHERE
Founder Tree & Biosphere
Monitor the conceptual Founder Tree environment and the integrated central biosphere.
COMPONENT GROUP
Soil moisture · nutrient · root-zone oxygen · environmental gas · photosynthetic light · leaf temperature · irrigation · imaging · microbial sampling · climate
SIMULATION MODE
P1 — CRITICAL
08
THERMAL
Thermal Management
Detect overheating, cooling failures, leaks, and thermal imbalance in the proposed architecture.
COMPONENT GROUP
Coolant temperature · flow · pressure · heat exchangers · radiators · valve feedback · pump vibration · leaks · thermal cameras · insulation probes
SIMULATION MODE
P2 — HIGH
09
NAVIGATION
Navigation & Flight Control
Monitor conceptual navigation, attitude control, actuator feedback, and sensor disagreement.
COMPONENT GROUP
Inertial units · gyroscopes · accelerometers · star trackers · optical navigation · attitude · thruster feedback · actuators · computer diagnostics
SIMULATION MODE
P1 — CRITICAL
10
NETWORKS
Communications & Data Networks
Monitor communications links and internal data connectivity across the vessel.
COMPONENT GROUP
Antenna positioning · radio power · signal quality · optical alignment · network errors · link integrity · routers · clocks · redundant communications
SIMULATION MODE
P2 — HIGH
11
COMPUTING
Weaver AI & Computing
Monitor the proposed computing infrastructure while keeping critical protective controls independent of Weaver.
COMPONENT GROUP
Processor temperature · memory errors · storage integrity · power supplies · watchdogs · model checks · software integrity · cybersecurity · backup computers · shutdown controls
SIMULATION MODE
P2 — HIGH
12
HUMAN SYSTEMS
Medical & Crew Health
Monitor conceptual medical equipment and emergency readiness without exposing personal health information.
COMPONENT GROUP
Medical self-tests · patient monitor calibration · medical oxygen · medicine storage · sterilization · emergency equipment · inventory systems
SIMULATION MODE
P1 — CRITICAL
13
MAINTENANCE
Robotics & Fabrication
Support proposed maintenance, fabrication, prototyping, and robotic operations.
COMPONENT GROUP
Joint encoders · motor current · torque · tool temperature · machine vision · calibration · vibration · process sensors · interlocks · emergency stop
SIMULATION MODE
P3 — MEDIUM
14
DOCKING
Airlocks & Docking Ports
Monitor safe access, docking, pressure equalization, and isolation interfaces.
COMPONENT GROUP
Airlock pressure · hatch position · latch feedback · seal integrity · docking alignment · capture load · umbilicals · equalization valves · isolation
SIMULATION MODE
P1 — CRITICAL
15
FLEET
Five-Shuttle Fleet
Provide separate conceptual diagnostic profiles for the five approved Living Proof shuttles.
COMPONENT GROUP
Explorer Alpha · Crew Bravo · Utility One · Utility Two · Emergency Rescue · propulsion · power · hull · navigation · docking · landing · emergency
SIMULATION MODE
P2 — HIGH
16
RESEARCH
Scientific Instruments & Observatory
Maintain conceptual scientific equipment readiness and data quality.
COMPONENT GROUP
Telescope alignment · detector temperature · vibration isolation · spectrometer calibration · probe telemetry · instrument power · data integrity · sample storage
SIMULATION MODE
P3 — MEDIUM
17
ARCHIVE
Earth Memory Vault & Archives
Monitor the integrity and recoverability of preserved knowledge and cultural records.
COMPONENT GROUP
Error correction · checksums · redundant storage · archive environment · access logging · backup verification · media degradation · recovery systems
SIMULATION MODE
P2 — HIGH
18
HABITATION
Habitation & Interior Facilities
Monitor everyday habitation systems and interior safety layers.
COMPONENT GROUP
Cabin environment · lighting circuits · ventilation · plumbing leaks · sanitation · fire detection · emergency lighting · access control · internal transport
SIMULATION MODE
P2 — HIGH
19
EXTERNAL HAZARDS
Radiation, Debris & External Hazards
Monitor radiation, debris, space weather, shielding condition, and external exposure concepts.
COMPONENT GROUP
Radiation dosimeters · particle detectors · impact · shielding · exterior thermal · debris tracking · space weather · external cameras
SIMULATION MODE
P1 — CRITICAL
20
SAFETY
Emergency & Disaster Response
Monitor emergency preparedness, compartment isolation, communications, backup power, and rescue readiness.
COMPONENT GROUP
Smoke · heat · fire suppression · emergency oxygen · isolation feedback · escape lighting · emergency communications · backup power · rescue equipment
SIMULATION MODE
P1 — CRITICAL
21
RETURN STRATEGY
Return Mission Readiness
Conceptually evaluate navigation, propulsion, power, life support, water, medical, communications, emergency, and shuttle systems required for a future return mission.
COMPONENT GROUP
Return navigation · propulsion readiness · power allocation · atmosphere · water recovery · medical support · communications · emergency response · shuttle assessment
SIMULATION MODE
P2 — HIGH
03 // WEAVER SYSTEMS
WEAVER — INTELLIGENT DIAGNOSTIC SUPPORT
Weaver is envisioned to correlate diagnostic events, identify abnormal system behavior, explain potential failure causes, recommend inspection procedures, and summarize system health for the crew. Critical protective controls remain independent of the proposed AI layer.
WEAVER STATUS
CONCEPTUAL SUPPORT LAYER // LIVE AI INTEGRATION NOT CONNECTED
INDEPENDENT SAFETY CONTROLS
Critical protection should not depend on one intelligent layer. SDS-01 therefore keeps emergency isolation, backup power, atmosphere reserves, and shutdown provisions conceptually independent.
SAFETY ARCHITECTURE // PROPOSED
04 // INTERACTIVE SIMULATION
SELECT A DIAGNOSTIC SCENARIO.
Choose a demonstration scenario to preview how SDS-01 could organize an abnormality, priority, affected components, and a proposed response. The values are illustrative only.
SELECTED SCENARIO
Oxygen Sensor Disagreement
DETECTED ABNORMALITY // DEMONSTRATION EVENT · PRIORITY // P2 — HIGH · RESPONSE // INSPECT, ISOLATE, VERIFY · RESOLUTION // SIMULATED ONLY
DIAGNOSTIC ARCHITECTURE
During long-duration exploration, the diagnostic architecture would need to verify its own reliability. Conceptually, that includes sensor self-tests, redundant measurements, calibration monitoring, communication integrity checks, independent watchdog controllers, backup power monitoring, fault-tolerant networks, event logging, and safety provisions that remain independent of Weaver.
SENSOR SELF-TESTS
Component checks and calibration awareness before a fault becomes a system event.
REDUNDANT MEASUREMENTS
Independent readings and disagreement checks help distinguish a sensor issue from a system issue.
INDEPENDENT SAFETY
Critical protective controls are conceptually kept separate from Weaver’s proposed decision support.
CONNECTED SYSTEMS
FROM DIAGNOSTICS TO THE SHIP
Follow the conceptual relationships between SDS-01 and the wider Living Proof platform. These pathways are informational links into the existing design archive, not live system connections.
LIVING PROOF
KNOW THE SHIP. PROTECT LIFE. EXPLORE BEYOND.
A conceptual design and digital exploration project. Not an operational spacecraft.
STATUS // CONCEPT DESIGN · IN DEVELOPMENT