Explore the intersection of biotechnology and global instability, focusing on the unforeseen ecological impacts of synthetic organisms. This speculative design presents a tangible consequence of relying on AI-driven solutions for complex global issues. Drawing from narratives of resilience, the work weaves together seemingly disparate influences—modern biotechnology, cultural heritage, and digital interaction—to question our assumptions about technological progress. The sensory presentation is designed to be metaphorical but with an undercurrent of political awareness for a grounded experience.
The world is fractured. Global institutions are relics, and nation-states struggle amidst resource scarcity and ecological disasters. South Sudan, once a beacon of resilience, now grapples with the unforeseen consequences of relying on external technological solutions. Traditional knowledge coexists uneasily with the remnants of failed advancements. The inhabitants, deeply connected to their cultural heritage, navigate a landscape scarred by both natural and artificial catastrophes, their daily lives a blend of ancient practices and the adaptation to the changing times.
This project is a cautionary tale about unintended consequences. It's crucial to consider the systemic impacts of biotechnology. We must critically assess the current trajectory of relying solely on AI for solutions. The core question is: How can we balance technological progress with genuine ecological and social responsibility?
Deng's process, rooted in social media analysis, gaming culture, and South Sudanese oral traditions, explores biotechnology's geopolitical future. Inspired by cultural motifs of resilience, Deng combines academic research with trend analysis, creating detailed scenarios that serve as tangible future reflections. The visual and metaphorical language in their work translates abstract concepts from biotechnology and international relations into a sensory narrative. It's a speculative exploration of the future shaped by both global changes and local cultural understandings.
More about Deng_5532
2024: AI algorithms begin designing synthetic organisms for enhanced biofuel production.
2027: Initial deployment of AI-designed biofuel organisms shows promising results in controlled environments.
2029: Growing distrust in international institutions hinders global monitoring of biofuel organism deployment.
2030: First reports of unintended ecological impacts emerge from areas with widespread biofuel organism use.
2031: Economic instability due to biofuel market volatility causes funding cuts for safety research.
2032: Rogue algae strain contaminates major water sources in South Sudan, causing ecological disruption.
Deng_5532 considered the following imagined future scenarios while working on this project
Deng_5532 considered the following hypothetical product ideas while working on this project