EDEN Specifications

Emergency Disaster Engagement Network (EDEN) Specifications

1. Core Functions:
Threat Prioritization: Adaptive algorithms that analyze emergencies in real-time, prioritizing tasks based on threat severity.
Resource Allocation: Automated coordination of ship resources, including power rerouting, medical supplies, and personnel.
System Integration: Deeply embedded within the ship's core systems (hull integrity monitors, environmental controls, security).

2. Hardware Components:
Holographic Support Modules: Advanced holographic projectors across key sections, providing real-time guidance and assistance.
Diagnostics Nodes: Hundreds of micro-diagnostic hubs for monitoring hull stress, atmospheric conditions, and energy distribution.
Self-Repair Drones: Miniature, autonomous drones capable of performing basic system repairs and maintenance.

3. Software Capabilities
Fail-Safe Protocols: Redundant programming to ensure critical functions operate under duress.
Manual Overrides: Intuitive, crew-friendly interfaces for emergency manual control.
Learning Algorithms: Machine-learning protocols that adapt to previous crises, improving responses over time.

4. Operational Ranges:
Automated Fire Containment: Uses localized force fields to isolate and extinguish fires.
Medical Emergency Handling: Directs holographic medics and ensures efficient triage in medical crises.
Intrusion Response: Can lock down sections of the ship and coordinate defensive countermeasures.

Hardware Requirements for Independent Operation

1. Power Supply Unit: A dedicated miniature warp core or advanced fusion reactor for sustained power. Redundant energy cells for backup power in case of main power failure.

2. Central Processing Core: High-capacity quantum processors to manage EDEN’s adaptive algorithms and real-time decision-making.
Multi-tier data storage with rapid access speeds for storing protocols, diagnostics, and learning models.

3. Holographic Support System: Mobile holographic emitters capable of deployment in various locations for crew guidance and medical triage.
Advanced holographic matrix for rendering interactive and intuitive holograms.

4.Communication & Integration Nodes: A suite of universal integration ports to connect with external systems or equipment.
Encrypted communication relays for secure coordination with other entities or ships.

5. Emergency Response Hardware: Fire suppression systems like localized force field projectors and high-efficiency extinguishing agents.
Medical support units, including autonomous triage bots and portable medkits.
Structural integrity field generator for reinforcing external hardware under stress.

6. Autonomous Drones: Swarm of self-repair drones capable of handling physical maintenance and damage control. Multifunctional drones for environmental analysis, resource transportation, and crisis response.

7. Diagnostics and Monitoring System: Embedded sensor arrays for monitoring environmental conditions, hull integrity (if housed in a structure), and energy flows.AI-driven predictive analytics for anticipating potential emergencies.

8. Physical Enclosure: A fortified modular housing unit equipped with ablative armor for protection against external threats.
Portable or station-based structure depending on deployment needs.