Jiabao Guo – 郭家宝

Jiabao Guo – 郭家宝 featured image

About

While technological advances have resulted in many new wearable products, the ways in which we experience reality are becoming more diverse, but the architecture, which is most closely linked to our way of life, has remained stagnant under the steel frame construction due to technical and material limitations.

It's a futuristic world created based on reality research, and in 2070 ANSA have managed to beat Apple to become the world's largest technology company. The founder, Daniel Woolf, created matching building systems for VR devices.

Because of the invention of surface 1.0 from ANSA, people no longer depend on computers, desks, chairs, and the ground when working. Employees can lie in cocoons and only use eye contact to operate office software, and control the suspension height and operating position of cocoons through the remote control.

When we talk about post-humanism, we always think that electronic devices will become more and more involved in our bodies and our lives, and that machines are just extensions of our bodies. But have we ever wondered if we are just additional parts of giant electronic machines that are replaceable like batteries?

Statement

Jiabao, born in the north of mainland China, studied interior design at the Royal College of Art, is a professional designer and non-professional artist. He is interested in experimental spatial design and contemporary art, having been involved in small-scale architectural design and commercial interior design. During his studies at the Royal College of Art, he focused on exploring future spatial narratives while making art, and he strived to break the boundaries of traditional architecture and express himself through different mediums. Throughout this time, he was concerned with the possibility of putting the results from his academic research into the commercial system.

Introduction

The Story of ANSA

Concept & Material

Site & Process

The Puppet System

Rendering

AXO

How It Work

Film - 'Control'

Lignin-based Carbon Fiber Testing Models

Sponsors