Biomimicry for smart packaging solutions

February 9, 2026

ProtoÉditions and the WINT Design Lab are collaborating on a project that explores biomimicry to revolutionize the way we design spaces and package goods at multiple scales.

The team asked themselves how nature uses structure to protect its most fragile parts. Plant stems appear soft and sensitive, yet they achieve structural rigidity by inflating their cells. Fish have swim bladders, organs that allow them to control their buoyancy. By simply inflating and deflating them, fish can remain at a specific depth without expending additional energy.

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Ara Project research has succeeded in creating nature-inspired designs for smart packaging solutions Photo by ProtoÉditions

Nature-inspired designs

The pattern is clear: air and pressure can be combined to create lightweight, strong and adaptable structures.

Through a cycle of sketching, modelling, manufacturing, evaluation and repetition, each solution informs the next, resulting in better prototypes with each iteration.

The ProtoÉditions and WINT team emphasise the importance of physical prototyping over digital manufacturing for a thorough understanding of material behaviour.

Ara Project research has succeeded in creating nature-inspired designs for smart packaging solutions that offer protection through both strength and intelligent structures.

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designed packaging that adapts to the object it is protecting Photo by ProtoÉditions

Packaging that adapts

Rather than using universal containers, the team has designed packaging that adapts to the object it is protecting. This packaging provides gradual levels of protection by adjusting the air pressure inside it. Their proposals range from micro to macro, offering solutions for everything from car doors to architectural structures.

the team has designed packaging that adapts to the object it is protecting. Photo by ProtoÉditions

Although traditional packaging solutions generate a lot of waste, inflatable systems could be more sustainable in the long term. They are also easier to use because they are designed to adapt to different contexts more easily.

Source: Design Wanted

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