At Dave Asprey's Biohacking Conference, Hologenix—infrared textile innovator and the company behind CELLIANT—announced the launch of its first in-house branded product, the Infrared Dream Pillow. Powered by CELLIANT, this pillow supports rest, recovery and waking up feeling energized with integrated infrared technology.
This pillow enhances thermoregulation by helping to maintain a comfortable body temperature year-round and no matter if a sleeper is next to a partner with different sleeping preferences. Additionally, the pillow is clinically demonstrated to improve local circulation and cellular oxygenation and its design includes a gusset with extra fabric at the edges, perfect for side sleepers.
"This is more than a pillow; it's a performance hack for your sleep," said Seth Casden, CEO and co-founder of Hologenix.
What Makes This Trend Stand Out
- Infrared Sleep Wellness
- The integration of infrared technology in sleep products introduces a new frontier in wellness, enhancing rest and recovery through innovative thermoregulation and circulation support.
- Biohacking Home Goods
- Biohacking principles are being incorporated into everyday home goods, transforming ordinary products like pillows into high-performance wellness tools.
- Thermoregulation Textiles
- Textiles designed for thermoregulation are gaining traction, with potential to disrupt traditional bedding by offering personalized comfort solutions regardless of environmental conditions.
Sectors Adopting This
- Sleep Technology
- The sleep technology industry is witnessing a transformation with the integration of advanced materials like infrared textiles, paving the way for improved rest and recovery products.
- Smart Textiles
- Advancements in smart textiles are empowering the industry to create innovative products that actively enhance physiological functions such as circulation and thermoregulation.
- Health and Wellness
- Health and wellness markets are evolving through the incorporation of performance-enhancing textiles that support recovery and vital biological functions during sleep.
