o-boy: a satellite-connected smartwatch could save lives anywhere on earth
Briefly

o-boy: a satellite-connected smartwatch could save lives anywhere on earth
"The concept addresses the limitations of conventional mobile networks, which cover only part of the Earth's surface. In remote locations such as mountains, open water, or isolated work sites, access to communication infrastructure can be limited or absent. To respond to this condition, Futurewave assembled a multidisciplinary team of product designers, electronics engineers, and antenna specialists to develop a device capable of operating independently from terrestrial networks."
"The design process involved integrating satellite communication hardware into a compact wrist-worn object. The device was developed to meet performance requirements such as water resistance, pressure tolerance, and impact protection while maintaining proportions suitable for everyday wear. Its form features rounded surfaces intended to improve comfort on the wrist while accommodating internal technical components."
"The visual identity of the watch is defined by a black and red color palette that references safety equipment and emergency signaling. This graphic language communicates the device's functional purpose while maintaining a clear and legible appearance."
O-Boy is a satellite-enabled smartwatch developed by Brussels design studio Futurewave for emergency communication in remote locations where mobile networks are unavailable. The device addresses coverage gaps in mountains, open water, and isolated work sites by transmitting emergency alerts directly through satellite systems rather than terrestrial networks. The development integrated industrial design, antenna engineering, and embedded systems into a compact wrist-worn format. The watch incorporates water resistance, pressure tolerance, and impact protection while maintaining comfortable everyday wearability. Its black and red color scheme references safety equipment and emergency signaling, communicating the device's functional purpose through visual design.
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