Ethical hacking simulations aimed at enhancing cybersecurity often overlook the underlying conceptual vulnerabilities. 'Fragile Networks' is a speculative fashion collection that translates abstract system vulnerabilities into tangible, wearable forms. Intricate geometric patterns, generated through parametric modeling and laser-cutting techniques, are embedded within the garments. These patterns serve as visual metaphors for potential exploits within interconnected systems. The project considers the fragility of our digital world against malicious actors, urging the user to be mindful of the biases coded into core security protocols.
The world is heavily reliant on interconnected digital systems for nearly all aspects of daily life, from communication and commerce to infrastructure management. Frequent, low-grade cyberattacks are background noise. Trust in digital security is high, while critical awareness around system vulnerabilities are low. The aesthetic is less overtly hi-tech, with focus on the integration of tech into everyday objects. People wear clothes without realizing they're part of this world. The environment is dominated by this seamless yet vulnerable connectivity.
This project highlights the hidden risks in our digital world. The project shows how reliance on technology creates vulnerabilities. Viewers should be concerned about the over-reliance on simulations without critical examination. What fundamental flaws are being overlooked in our pursuit of seamless digital security?
Drawing inspiration from geometric patterns and science fiction, Riquelme connects South America's open landscapes with the digital world's expanse. Cultural influences from pre-colonial crafts inform the clean, angular design, infused with futuristic dystopian visions. For 'Fragile Networks,' Riquelme meticulously maps system vulnerabilities, translating them into visual metaphors via algorithms. These generate the complex, laser-cut patterns that adorn the garments, representing potential exploits. The project critically examines biases in technological systems, turning ethical hacking principles into a powerful form of speculative design focused on exposing conceptual, as well as code-based, vulnerabilities.
More about Riquelme_10933
2024: Rise in sophisticated, state-sponsored cyberattacks targeting critical infrastructure.
2025: Widespread adoption of ethical hacking simulations as a primary cybersecurity training method.
2026: Major data breach exposes inherent flaws in simulation-based security approaches.
2027: Increased public awareness and concern surrounding conceptual vulnerabilities in digital systems.
Riquelme_10933 considered the following imagined future scenarios while working on this project
Riquelme_10933 considered the following hypothetical product ideas while working on this project