The modern pursuit of better health has created an unusual amount of work for the person trying to become healthier. Sleep has a protocol, exercise requires increasingly detailed measurement, and recovery can involve a collection of devices, supplements, and carefully timed routines. Even relatively simple goals like feeling rested or recovering from a difficult workout can come with an expanding set of instructions.

Much of the human performance industry has grown by asking consumers to add something to their lives. The model has worked because people are increasingly willing to spend money on sleep, longevity, and physical performance, but it also assumes that better outcomes will continue to come from greater participation. Consumers have to remember the routine, use the device, take the product, or interpret another set of data.

Mario Alonso believes some of the more interesting work in human performance will require considerably less attention from the consumer.

Alonso is the founder and CEO of MN8 Innovative Solutions, an advanced-materials company developing technologies intended to give ordinary materials functional properties. Its current platform is built around far-infrared bioceramic technology that can be incorporated into textiles and other materials used in products such as clothing, bedding, and insoles.

The basic premise is that materials in contact with the body do not necessarily have to remain passive. MN8’s technology is designed to retain a portion of the body’s thermal energy and return it as far-infrared energy, an area that has been studied for its potential relationship with circulation and recovery. Rather than asking someone to schedule another treatment or use a dedicated recovery device, the material can be incorporated into products already used for hours at a time.

For Alonso, that distinction has become central to how he thinks about the future of human performance. He and his team have spent years adding more things for people to do. But he thinks the bigger opportunity is building function into the things they already use.

His interest in the subject became personal after a serious illness left him dependent on his body’s ability to recover. Alonso had spent much of his career building businesses in mobility, financial services, and specialty credit, fields where he learned to look closely at the infrastructure supporting an industry. As he became more interested in recovery and human performance, he began applying a similar perspective to the products surrounding the body every day.

A person may spend seven or eight hours in bed and much of the remaining day wearing clothing or shoes. Those periods of contact are already built into ordinary life, which makes materials an interesting delivery system for companies trying to develop functional products. The consumer does not have to create additional time for the technology to be present.

This approach differs from much of the performance economy, where value has often been tied to active engagement. Wearables encourage people to monitor data, apps ask users to record behavior, and recovery devices usually require dedicated sessions. Those products can be useful, particularly for consumers willing to maintain detailed routines, but adherence remains an unavoidable part of the equation.

Materials offer a different operating model because their function can be embedded upstream, during the design and manufacturing of a product. A textile company can incorporate an active material into fabric, while a bedding or footwear manufacturer can integrate the same underlying technology into products with entirely different uses.

MN8 has structured its business around that idea. The company operates as a business-to-business technology platform rather than a consumer wellness brand, working to place its materials inside products developed and sold by other companies. Alonso compares the role to Gore-Tex in outerwear or Intel in computers, where the technology inside a product can extend across manufacturers and categories.

The model also addresses a practical limitation facing consumer brands. Developing advanced materials internally requires scientific expertise, testing, and years of research that sit well outside the normal capabilities of an apparel, bedding, or skincare company. Brands may understand their customers and distribution channels extremely well without having any reason to maintain a materials-science laboratory.

MN8 is attempting to build that scientific layer as shared infrastructure. The company’s chief science officer, Babak Anasori, is an associate professor of materials engineering at Purdue University whose research includes advanced two-dimensional materials. 

The emphasis on research is important in a wellness market where scientific terminology is frequently adopted faster than scientific evidence. Functional materials face a particular challenge because consumers cannot easily evaluate what is happening inside a fiber or compound. If the next generation of apparel, bedding, and recovery products is going to make biological or performance-related claims, companies will need to demonstrate that the underlying technology does what they say it does.

Alonso sees that requirement as an advantage for companies willing to invest in the science before attempting to scale the marketing.

The larger opportunity extends beyond a single type of bioceramic or textile. MN8 is exploring advanced materials that could eventually be used across wellness, cosmetics, wound care, and other fields where the physical properties of a material may influence how a product interacts with the body. The common idea is that materials can carry more of the functional burden.

That may be particularly relevant as consumers reach the practical limits of optimization culture. There are only so many routines a person can maintain and only so many devices that can reasonably compete for attention. Human performance will continue to attract people willing to measure every variable, but its broader commercial growth may depend on products that work without requiring the consumer to become a full-time manager of personal health.

Alonso’s view is that the materials surrounding people are an underused part of that equation. Clothing will still be worn, beds will still be slept in, and shoes will remain in contact with the body for hours each day. Giving those products additional function does not require changing human behavior as much as it requires changing what the products are made from.

For an industry that has spent years teaching consumers to do more, the next phase of human performance may depend on asking much less of them.