Synthetic biology creates symbiotic microorganisms that colonize nasal passages, altering airflow and improving climate adaptation.

Imagined Future Scenarios

Speculative Design, Plausible Futures, Medium Term (3 - 5 years)

Scenario Generated from 'Investigating the case of human nose shape and climate adaptation' - Plos.org

Future Arc and Implications

Grow Arc

Social Impact: Enhanced human performance leads to stratification based on access to and effectiveness of the microorganisms.

Technological Impact: Synthetic biology advancement leads to more sophisticated bio-augmentation technologies.

Ecological Impact: Increased demand for resources to cultivate and distribute microorganisms exacerbates existing environmental pressures.

Economic Impact: Bio-augmentation industries experience significant growth, creating new markets and job opportunities, mainly for the prepared elites.

Political Impact: Governments vie for control of microorganism development and distribution, leading to potential bio-nationalism.

Narrative: The relentless pursuit of human optimization through bio-augmentation fuels economic expansion but intensifies social inequalities and environmental degradation.

Collapse Arc

Social Impact: Widespread panic and mistrust as the microorganisms mutate or prove unreliable, leading to social unrest and blame assignment.

Technological Impact: Breakdown of synthetic biology infrastructure and research due to resource scarcity and societal chaos.

Ecological Impact: Uncontrolled spread of mutated microorganisms disrupts ecosystems and poses new environmental threats.

Economic Impact: Economic systems collapse as confidence in bio-augmentation wanes and supply chains are disrupted.

Political Impact: Governments lose control amidst social unrest and the breakdown of law and order during the climate crisis.

Narrative: A technological overreach backfires spectacularly, unleashing unforeseen consequences that accelerate societal and environmental breakdown.

Discipline Arc

Social Impact: Strict regulation of microorganism use and dissemination creates a highly controlled society with limited personal autonomy.

Technological Impact: Sophisticated monitoring and enforcement technologies track and manage microorganism distribution and potential misuse.

Ecological Impact: Large-scale geoengineering efforts utilizing modified microorganisms aim to regulate global climate patterns.

Economic Impact: A centrally planned economy focuses on sustainable production and equitable distribution of climate-adaptive technologies.

Political Impact: A global authority enforces strict regulations on synthetic biology and climate adaptation strategies.

Narrative: A top-down, heavily regulated world emerges, striving for collective survival through enforced cooperation and technological control.

Transform Arc

Social Impact: A shift in human values towards greater interconnectedness with nature and a deeper understanding of symbiotic relationships.

Technological Impact: Decentralized, open-source bio-fabrication enables communities to develop and share locally adapted microorganisms.

Ecological Impact: Regenerative practices, guided by symbiotic understanding, lead to restoration and biodiversity enhancement.

Economic Impact: A circular economy based on collaboration and resource sharing replaces competitive consumption.

Political Impact: Localized, autonomous communities foster direct democracy and prioritize ecological well-being.

Narrative: A radical shift in consciousness cultivates symbiotic relationships with nature, fostering a flourishing, decentralized, and resilient future.

Product ideas generated based on this scenario

Nasal Passage Optimization Subscription (NPOS)

A tiered subscription service providing customized symbiotic microorganisms with varying levels of performance enhancement and climate adaptation capabilities. Higher tiers offer genetic sequencing and personalized adjustments for optimal effectiveness, creating a clear social divide based on access and privilege.

Climate-Resistant Microorganism Incubator (CRMI)

A home-based device designed to cultivate and maintain specific strains of symbiotic microorganisms. Initially marketed for personal use, it quickly becomes a status symbol, signaling access to cutting-edge bio-augmentation. Open-source versions are suppressed to maintain market control and demand.

Nasal Passage Purge Kit (NPPK)

An emergency kit containing broad-spectrum antimicrobials and instructions for flushing out potentially harmful mutated microorganisms from nasal passages. Fueled by fear and distrust, the kit becomes a symbol of survival, often peddled by unscrupulous individuals in a chaotic market.

Microorganism Containment Units (MCU)

Makeshift, often unsuccessful, attempts at containing and eradicating mutated microorganisms within localized areas. Constructed from scavenged materials, these units highlight the desperation and lack of centralized coordination during the collapse.

Biometric Nasal Scanners (BNS)

Ubiquitous scanners installed in public spaces and private residences to monitor and verify the authorized presence and genetic stability of symbiotic microorganisms within individuals. Non-compliance results in penalties or forced purification.

Atmospheric Microorganism Seeding Drones (AMSD)

Drones used by the global authority to release genetically modified microorganisms into the atmosphere for large-scale climate regulation. Citizens can provide feedback via centralised citizen feedback system, but they are also forced to participate in its maintainence.

Symbiotic Cultivation Co-ops (SCC)

Local co-ops facilitating the ethical cultivation and distribution of open-source symbiotic microorganisms. These co-ops emphasize shared knowledge, community resilience, and the interconnectedness of human and environmental well-being.

Nasal Biome Harmonizers (NBH)

A bioregenerative nasal inhaler utilizing frequencies, sound, and vibration to reawaken the body's innate ability to heal. This device promotes inner-listening and fosters a deeper relationship to one's own microbiome rather than dependence on external augmentation and provides biofeedback to indicate harmony.