Technology
The overall technological level of the Maritime Compact
before the introduction of Faustian Mechanics is a blend of mid-21st-century
advancements with a focus on sustainability, resilience, and decentralization.
The society would have adapted to the challenges of the post-Hodgepocalypse
world by prioritizing renewable energy, fortified infrastructure, and a return
to more localized and sustainable practices, all while maintaining a connection
to the technological advances of the pre-apocalyptic era.
Energy and Power Sources
- Renewable
Energy Dominance: Prior to the Hodgepocalypse, the Maritimes had
become a hub for renewable energy, particularly offshore wind, tidal, and
hydroelectric power. Even after the cataclysm, these technologies would
remain crucial. Communities would have maintained and adapted renewable
energy systems, using local resources to generate electricity.
- Battery
and Storage Technology: With the frequent storms and unpredictable
weather, advanced battery and energy storage systems would have been
developed to ensure a reliable power supply. These would include
large-scale battery banks, possibly using advanced lithium or even
experimental graphene technologies.
Infrastructure and Architecture
- Bunkered
and Reinforced Structures: The siege mentality would have led to the
development of fortified, bunkered communities. Buildings would be
constructed with reinforced concrete, steel, and other durable materials
to withstand both natural and supernatural threats.
- Underground
Facilities: To protect against magical storms and other hazards, many
communities might have developed extensive underground facilities. These
could range from simple bunkers to complex underground cities, with
advanced ventilation and water recycling systems.
- Modular
and Resilient Design: Infrastructure would be designed to be easily
repaired or reconfigured. Modular homes and facilities would be common,
allowing for quick reconstruction or adaptation to new challenges.
Communication and Information Technology
- Radio
and Mesh Networks: In the absence of global satellite networks, the
Federation would rely heavily on radio communications. Mesh networks,
where individual devices connect directly with each other to form a
decentralized network, would be common in larger communities.
- Resilient
Data Storage: Recognizing the fragility of digital data in a
post-apocalyptic world, the Federation use hardened servers, possibly
using optical storage or other durable media, to preserve knowledge and
maintain communication systems.
Transportation and Mobility
- Electric
and Hybrid Vehicles: Prior to Faustian Mechanics, the primary mode of
transportation would be electric vehicles, including cars, trucks, and
even small aircraft. Hybrid vehicles, combining renewable energy sources
with limited fossil fuels or biofuels, would also be in use.
- Bicycles
and Manual Transportation: In areas where maintaining vehicles is
challenging, bicycles and other manual forms of transportation would be
widespread. These are reliable, require minimal resources, and are easy to
maintain.
- Localized
Shipping and Cargo Transport: Waterways would remain critical for
moving goods, with electric-powered ships and boats used for inter-island
transport. The use of wind and solar-powered vessels might also see a
resurgence.
Agriculture and Food Production
- Vertical
Farming and Hydroponics: With limited arable land and the need to
maximize food production, vertical farming and hydroponic systems would be
prevalent. These systems allow for high yields in controlled environments,
making them ideal for bunker-like communities.
- Aquaculture:
Given the Maritimes' proximity to the ocean, aquaculture would play a
significant role in food production. Advanced fish farms and algae
production facilities would provide protein and other nutrients to the
population.
- Permaculture
and Resilient Agriculture: Communities would adopt permaculture
principles, focusing on sustainable and self-sufficient farming practices
that require minimal external inputs.
Medicine and Health
- Advanced
First Aid and Emergency Care: With the dangers of the post-apocalyptic
world, the Federation would prioritize advanced first aid, trauma care,
and emergency medical services. Portable medical devices, possibly powered
by renewable energy, would be common.
- Herbal
and Traditional Medicine: In the absence of large-scale pharmaceutical
production, there would be a revival of herbal and traditional medicine.
Knowledge of local plants and their medicinal properties would be
widespread.
- Localized
Medical Facilities: Small, resilient medical facilities with a focus
on preventative care and emergency response would be the norm.
Telemedicine, using the mesh networks, would connect these facilities with
larger, better-equipped centers.
Defense and Security
- Fortified
Settlements: The threat of external attacks, both mundane and
supernatural, would lead to the construction of fortified settlements.
Walls, gates, and other defensive structures would be common.
- Firearms
and Low-Tech Weaponry: Firearms would still be in use, though
ammunition might be scarce. As a result, communities might also rely on
low-tech weaponry like crossbows, spears, and traps.
- Surveillance
and Early Warning Systems: Advanced surveillance technology, possibly
using drones or automated systems, would be deployed to monitor for
threats. These systems would be powered by the community’s renewable
energy grid.
Education and Knowledge Preservation
- Decentralized
Education Systems: Education would be focused on practical skills
necessary for survival, such as farming, mechanics, and basic medical
care. Schools would be small and community-based, with an emphasis on
apprenticeship and hands-on learning.
- Knowledge
Archives: Recognizing the importance of preserving knowledge, the
Federation would have established knowledge archives, both digital and
physical. These would contain information on pre-Hodgepocalypse
technology, agriculture, medicine, and more.
Industry and Manufacturing
- Small-Scale
Manufacturing: With large-scale industrial facilities likely destroyed
or non-functional, the focus would be on small-scale manufacturing. 3D
printing, using locally sourced or recycled materials, might be prevalent
for creating tools, components, and even weapons.
- Artisanal
and Craft Production: Skilled artisans would produce goods using
traditional methods combined with whatever remnants of technology remain.
Metalworking, carpentry, and textile production would be crucial
industries.
Faustian Mechanical Integration
In the Maritime Compact, the integration of Faustian
Mechanics, introduced by the Marlarkoids, has become a cornerstone of their
national policy and military strategy. Drawing inspiration from the WWII
practice of pilots returning as trainers, the Compact employs a similar
approach to cultivate expertise in Faustian Mechanics. Veterans who have gained
substantial experience with Faustian technology are often repurposed as
trainers, creating a robust system for identifying and nurturing talent. This
methodology ensures a continuous and expanding pool of skilled operatives, who
are adept in both the application and instruction of Faustian devices. The
technology, characterized by its retro-futuristic aesthetic reminiscent of
1950s and 1960s sci-fi, is not only a symbol of the Compact's technological
prowess but also a practical asset in their defense strategy.
The Faustian Mechanics serve dual purposes within the
Maritime Compact: they are both a strategic advantage and a crucial energy
source. In challenging environments, such as remote islands or isolated
military bases, Faustian devices provide reliable power, overcoming the
limitations of traditional energy infrastructure. Their techno-magical nature
allows them to function effectively in hard-to-reach areas, ensuring that
outposts and bases remain operational regardless of their location. This
versatility reinforces the Compact’s ability to maintain a strong defensive
posture while also leveraging advanced technology to power critical
installations. The integration of Faustian Mechanics into the Compact’s
framework exemplifies a blend of innovation and tradition, reflecting a
commitment to both cutting-edge technology and the preservation of a
distinctive, retro-futuristic aesthetic.
Military
In the Maritime Compact, the strategic emphasis on naval
dominance mirrors some of the defensive strategies used by Israel, focusing
heavily on conscription and rigorous training. Given their control over the
crucial mouth of the St. Lawrence River, the Compact has implemented a highly
disciplined and efficient system of military service. All able-bodied citizens
are subject to conscription, ensuring that the Compact maintains a well-trained
and ready naval force. This approach not only fortifies their control over
maritime routes but also integrates military preparedness into everyday life,
reflecting a national commitment to both security and resilience. The Compact's
naval orientation is supported by a robust system of training facilities and
academies dedicated to cultivating skilled sailors, naval tacticians, and
marine engineers. These institutions not only prepare individuals for combat
but also instill a sense of duty and cohesion among the populace, ensuring that
the Compact's naval forces are always at the peak of readiness.
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