VivoBarefoot Vivobiome: Revolutionizing Footwear with Personalized 3D-Printed Shoes

Innovative, Sustainable, Custom-fit, Barefoot-inspired Footwear

These are the modern times we live in, where we strive for the best possible version of everything. We trade simplicity for convenience, and often, our bodies pay the price. But what if we could revisit the past with the knowledge of the present, wouldn't that be an adventure worth pursuing? That's where Vivobarefoot Vivobiome steps in, a trailblazer, a disruptor in the shoe industry, a company that dares to go back to our roots, to create footwear with respect for our biological heritage.

They argue, and quite convincingly, that our feet, like an old, skilled painter, are masterpieces of evolution with 26 bones, 33 joints, over 100 muscles, tendons and ligaments, and thousands of nerve endings, fine-tuned over millions of years. But the shoes we typically wear are like a garish, overbearing frame that obstructs the natural beauty of the painting.

Our conventional shoes, it seems, are a product of devolution. Overdesigned, overproduced, they weaken our feet, turn them shoe-shaped, and inhibit natural movement. The modern shoe is like a straitjacket for our feet, stifling their sensory feedback to our brains, reducing our stability, and restricting our natural mobility.

And not just that, the ecological cost is staggering. With 19 billion pairs of shoes ending up in landfills each year, besides the immense waste generated by complex supply chains, it's a cataclysm in the making.

Vivobarefoot Vivobiome aims to rewrite this story. A radical scan-to-print, circular footwear system, it reminds us of our ancestors who crafted shoes person-by-person, foot-by-foot, from local sustainable materials. Their system scans your feet to ensure a perfect fit, a fit that mimics the barefoot condition, enabling your feet to move freely and regain their natural strength. What a refreshing thought!

Their footwear, made to order using 3D printing, dramatically reduces waste by only producing what you need, when you need it. Plus, they aim to go local, starting in the UK, which means significantly reduced environmental impact from shipping.

Best of all, the Vivobiome footwear is made to be returned and recycled, a stride towards a circular, zero-waste vision that's as bold as it is necessary in these times.

In essence, the Vivobarefoot Vivobiome project is a return to our human roots with the wise use of advanced technology. It's a beacon that highlights the essence of being human, of moving as nature intended, and in the process, bringing about a revolution that feels like evolution. If you're an active person who appreciates innovation that respects the environment and your own nature-given biomechanics, this is a project worth watching. The future, it seems, is indeed at our feet.


  1. Personalized Fit: With scan-to-3D-print technology, each pair of Vivobiome shoes will be custom-made to perfectly fit the wearer's feet, enhancing comfort and promoting natural movement.
  2. Eco-Friendly: A unique aspect of this footwear is the ‘circular system,' which significantly reduces waste. Shoes are designed to be returned and recycled, rather than discarded, which could reduce the volume of footwear in landfills.
  3. Barefoot Condition: VivoBiome mimics the barefoot condition, thus enabling your feet to move freely and become a strong base of support. This promotes stronger foot muscles and healthier movement patterns.
  4. Reduced Production Waste: The 3D-printing, made-to-order approach means shoes are created only when needed, decreasing excess production and subsequent waste.
  5. Local Manufacturing: By producing the shoes locally, Vivobiome reduces the environmental impact from shipping materials and products globally.


  1. Cost: As a new technology, especially one involving personal scanning and 3D printing, the cost for a pair of Vivobiome shoes may be higher than traditional footwear.
  2. Durability Concerns: While the concept is fascinating, questions about the longevity and durability of 3D-printed shoes compared to traditional footwear may arise.
  3. Limited Accessibility: Initially, the production is starting only in the UK. This local focus could mean limited access for customers in other parts of the world, at least initially.
  4. Recycling Logistics: While the idea of returning shoes to be recycled is laudable, the logistics of this process might be challenging for some consumers, adding an extra step compared to simply discarding old shoes.
  5. Comfort Adjustment: For those accustomed to traditional cushioned footwear, the transition to barefoot-like shoes could require a period of adjustment and may not be comfortable for everyone.
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