en emerging tech - bgrusnak/ConSEAderation GitHub Wiki

Emerging and Implementing Technologies on the Platform

General Strategy

The platform is initially designed as a "future-proof" object β€” that is, capable of upgrades, implementation of new engineering, biotechnological and digital solutions without capital reconstruction of the entire infrastructure. Any innovation must be maximally maintainable, compatible with local production and not lead to vulnerability in case of isolation.

Modularity and Open Architecture

  • All main structural and engineering systems of the platform are made modular:
    β€” possibility of quick replacement, repair or expansion of a block without dismantling the entire line
    β€” unification of mounting and interface elements, universal power and communication channels
  • Possibility to connect new modules (energy, biofarm, residential sections, laboratories, workshops, robotics).

Robotization, Automation, AI

  • Control automation:
    β€” Intelligent controllers and distributed automation for regulating energy systems, life support, biofarm, engineering networks. β€” Local network for data exchange between systems.
  • Robotic assistants:
    β€” Mechanized manipulators for loading/unloading, servicing complex zones, emergency work (when available)
    β€” Courier robots and "micro-automats" for internal deliveries (inventory, consumables, documents).
  • AI for predictive analysis:
    β€” Predicting energy consumption and yield, early detection of deviations in biosystems and engineering nodes.
  • [New opportunity]:
    β€” Integration of open-source AI (for example, for visual recognition of equipment condition, access control, diagnostics).

Biotechnologies and Express Laboratories

  • Mini-laboratories for express analysis of water condition, biomass, product quality, disease diagnostics.
  • Cultivation of new strains of microalgae, bacteria, fungi for technical and food needs.
  • Rapid testing of new food cultures, adaptation to closed cycle conditions.

Materials and Engineering Solutions

  • Implementation of new composites, resins, bioplastics (see bioplastics-organics.md), including using locally grown algae, cellulose, chitin.
  • Use of smart materials (gel-like gaskets, flexible sensors, self-healing coatings) for insulation, sanitation, corrosion protection.
  • [Idea] Possibility of "growing" small metal parts using electrodeposition from seawater (en-galvanics).

Future Energy

  • Space for implementing new energy sources (fuel cells, hydrogen mini-generators, hybrid wind turbines).
  • [Recommendation]: Leave reserve for additional solar panels and rotors, and lay channels for new cable/main routing.
  • Energy storage modules on new types of batteries (LiFePOβ‚„, Na-ion, etc.), with upgrade possibility without complete system replacement.

Information and Cybersecurity

  • Closed local network, all external communication channels β€” with backup and encryption.
  • Autonomous backup system for critical data.
  • Possibility of "manual" control of any critical node in case of automation failure or cyber attack.

Reserve for Experimental Solutions

  • Spaces and joints for "laboratory modules" where test engineering, biotechnological, robotic solutions can be deployed.
  • Introduction of "flexible" laboratories that can quickly be repurposed for tasks (experiments with new biosystems, growing new cultures, testing device prototypes).

[Fresh Ideas and Recommendations]

  • Recommendation: Lay integration for future external collaboration β€” standard joints, API protocols for combining platforms into unified network (for example, autonomous cluster or "archipelago" of platforms).
  • Idea: Use AI assistants not only for monitoring and forecasting, but also for coordinating domestic/social processes (schedule, labor distribution, meeting moderation).
  • Opportunity: Support "self-healing" coating technology, allowing minimization of minor repairs.

Conclusion

The platform is created as a flexible engineering and social ecosystem, ready for gradual implementation of any new technologies without risk to main autonomy, with maximum emphasis on local production, repair, control and development under conditions of prolonged isolation.