Adaq: A Symbiotic Economy by Alif Rahman

A sensory patch, pulsating with soft light, embodies the harmony of nature and technology in 2028 Brunei.

What if throwing away your phone or laptop was a thing of the past?

Adaq: A Symbiotic Economy: In 2028 Brunei, AI-guided craft and localized chemistry birth a symbiotic economy, replacing mass-produced electronics with personalized, bio-integrated sensory patches.

Rahman_4947, Brunei

Description

As AI's role in chemistry explodes, Rahman questions its impact on traditional knowledge. This piece examines the Symbiotic Economy of 2028 Brunei, where localized craft and AI-guided chemical innovation converge. It showcases a society prioritizing human connection and environmental balance—a potent reflection on our current trajectory.

Context

Brunei, 2028. Lush rainforests thrive alongside bustling hubs of artisanal chemistry. Local communities, empowered by AI-assisted tools, craft bio-integrated materials. The air is clean, the economy resilient. The legacy of mass consumerism is a fading memory, replaced by a culture valuing human connection and ecological harmony. The spirit of 'Adaq' permeates all aspects of life.

Provocation

Adaq challenges the trajectory of unchecked technological advancement and consumerism. By imagining a future prioritizing human connection and environmental balance, this project asks: What if technology served our well-being *and* the planet’s? Consider the ecological cost of your current devices. What alternatives can we envision? How can we build a truly symbiotic future?

Rahman_4947's process

Inspired by environmental activism and Brunei's reverence for nature, Rahman approaches this project with meticulous research and system modeling. Traditional Bruneian artistic principles of harmony and balance, encapsulated by 'Adaq', inform the design of the sensory patch, reflecting a nuanced understanding of cultural and ecological interconnectedness. The resulting design fiction narrative contextualizes the artifact within a transformed 2028 Brunei.

More about Rahman_4947

Events leading to ‘Adaq: A Symbiotic Economy’

2024: Increased research and development into bio-integrated circuits and sustainable materials.

2025: First successful prototypes of bio-integrated sensory patches emerge, showcasing potential to replace smartphones.

2026: Brunei initiates pilot programs exploring localized production of bio-integrated materials and sensory patches, fostering a symbiotic economy.

2027: Growing consumer demand for sustainable alternatives leads to wider adoption of sensory patches and a decline in traditional smartphone sales.

2028: The Symbiotic Economy takes root in Brunei, showcasing a successful transition to sustainable technologies and decentralized production.

Imagined Future Scenarios Considered

Rahman_4947 considered the following imagined future scenarios while working on this project

Ultra-thin smartphones become mainstream, with multiple manufacturers releasing models featuring advanced battery and camera technologies within a slim form factor.

Extrapolated from The rumored Galaxy S25 Slim could be a good idea that's poorly executed - Android Police

Chemists increasingly rely on AI to predict the properties of new molecules, accelerating the discovery of novel materials and pharmaceuticals, but potentially leading to less experimentation and intuitive insight.

Extrapolated from AI Could Be Making Scientists Less Creative - Gizmodo.com

Improved quantum algorithms enable the precise simulation of complex molecules, aiding in the design of new drugs and materials in three to five years.

Extrapolated from IBM Quantum delivers on 2022 100x100 performance challenge - Ibm.com

Hypothetical Product Ideas Considered

Rahman_4947 considered the following hypothetical product ideas while working on this project

Bio-Integrated Medical Implants

Advanced implants that seamlessly integrate with the body, providing continuous health monitoring, personalized drug delivery, and even enhancing human capabilities.

Open-Source Bio-material Database & Design Tool

A freely accessible online platform containing information on bio-based materials, alongside AI tools for designing and optimizing these materials, enabling decentralized innovation and local production.

Living Materials Construction

Construction materials grown from living organisms, creating self-healing, sustainable structures that adapt to their environment and require minimal maintenance.

Symbiotic Interface Technology for Sustainable AI

AI-driven environmental sensors embedded within our environment. A smartphone-like interface communicates information about optimized energy distribution, reduces environmental footprint and enables conscious consumption. Provides data to improve environmental and societal well-being.

Bio-integrated Sensory Patches

Wearable, biodegradable sensory patches incorporating advanced communication capabilities, replacing traditional screen-based smartphones. These highly adaptable devices serve as interfaces for personalized health monitoring and augmented reality overlays for improved learning and creativity.

AI-Augmented Chemistry Apprenticeship Program

A program combining intensive chemistry training with AI tools, guiding artisans and craftspeople in the development of bio-based materials and sustainable processes, fostering craftsmanship and innovation.

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