The next major wearable may not look like a watch, band or chest strap. It may be a shirt, headband, strap or seat whose fabric carries power, senses movement, regulates heat or relays data. Softmatter, the wearable-technology business of MAS Holdings, is building the materials, circuitry and development tools for that shift.
That does not mean smart clothing has solved comfort, accuracy, washing, battery life or cost. Softmatter is primarily a design, engineering, prototyping and manufacturing partner—not a mass-market consumer-wearable brand. Its work is best understood as evidence of where wearables are heading, not proof that textiles have replaced conventional devices.
What problem are smart textiles trying to solve?
Rigid wearable modules create familiar compromises: pressure points, bulk, weight, exposed straps and poor fit during movement or sleep. A sensor can also be technically capable yet unacceptable for continuous wear if it must be adjusted, charged or removed constantly.
Textiles can spread a function over a larger area and conform to the body. A conductive path can replace part of a cable; a fabric sensor can sit in a garment rather than on top of it; a heated panel can become part of the product instead of an add-on. The trade-off is that fabric moves, absorbs moisture, stretches and gets washed. A softer system may therefore be more comfortable while being harder to calibrate and keep reliable.
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“Natural” should mean more than a convincing demonstration. It should cover physical comfort, unobtrusive appearance, ordinary care, dependable data and a service life that does not end when an app or battery fails.
What counts as a smart textile?
- Conductive textile: yarns, ribbons, printed traces or fabrics that carry power or signals.
- Textile sensor: a fabric-based element that detects pressure, stretch, motion, temperature, contact or biological signals.
- Soft-goods integration: electronics built into garments, straps, seats, headwear or other flexible products.
- Connected garment: a textile system paired with a detachable electronics module, phone, cloud service or another device.
- Fully textile electronics: the more ambitious goal of putting a larger share of sensing, communication or computation into fibers or fabric.
Softmatter’s public materials cover several of the first four layers. Its sensing development kit includes knitted, woven, silicone and printed sensor examples, while its documentation describes textile routes for power, analog signals and digital data (Softmatter sensing kit).
What Softmatter actually makes
Softmatter presents itself as an enabling platform rather than a single finished gadget. Its public store and demonstration pages describe:
- Textile circuitry and conductive pathways.
- Fabric-based sensors and connectors.
- Heating panels and thermal-regulation systems.
- Textile straps and wristable components.
- Materials and sustainability samples.
- Prototype and development toolkits.
- Product-development and manufacturing support for brands and technology companies.
The company says its circuitry can support applications from clothing to car seats. Its toolkit categories are listed at shop.softmatter.io and its demonstrations at Softmatter’s demo page.
The source article, published by VentureBeat on December 19, 2024, discusses wristables, EEG-integrated headwear, thermal regulation, real-time sensing and haptic feedback. The page states that VentureBeat’s newsroom and editorial staff were not involved in creating the content, so those applications should be read as Softmatter’s positioning and reported examples—not independent validation (VentureBeat article).
How does electricity travel through fabric?
Conductive yarns, printed elements or flexible pathways can carry current or signals through a garment. Connectors then link those paths to a detachable processing module, battery, phone or other electronics. The electronics have not necessarily disappeared; they have been redistributed.
Softmatter’s sensing-kit documentation describes TPU- and elastic-based conductive pathways knitted or laid in a modified sinewave pattern. One cited pathway sample is specified at 0.4 Ω/m. That is a specification for the particular sample in the kit, not a universal performance figure for every Softmatter product. The same documentation describes connectors for power, analog signals and digital data, including examples such as transferring ECG signals from textile electrodes to a processing module.
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Elastic or serpentine routing can tolerate movement better than a straight rigid trace, but repeated bending, sweat, washing and permanent fabric deformation still require testing. A detachable module may simplify laundering and repair while introducing a connector that can become a mechanical weak point.
Why garment engineering matters as much as electronics
A connected shirt is not simply an ordinary shirt with a circuit attached. Knit structure, stretch direction and pattern geometry determine where a sensor sits and how consistently it touches the body.
- Fit and anatomy: placement must remain useful across body shapes, sizes and movement.
- Pressure: tighter compression can improve contact but create heat, discomfort or sizing problems.
- Moisture: sweat can change electrical behavior, increase noise and challenge insulation.
- Construction: seams, abrasion, connector placement and battery weight affect comfort and reliability.
- Care: the design must specify whether modules are removed, which wash cycles are allowed and how the garment dries.
- Service: a useful garment should remain repairable when a battery, connector or software component fails.
Softmatter’s materials toolkit includes engineered knit straps, narrow-width straps and elastic components with differing sample specifications. That variation illustrates a central point: the textile is part of the electrical and ergonomic system, not merely a decorative carrier.
Where smart clothing is most plausible
Research, rehabilitation and specialist monitoring
Garments can cover several body locations and collect data for longer sessions than a rigid device that users repeatedly adjust. Research teams, clinicians and rehabilitation programs may accept higher system costs when the data or comfort benefit is clear. However, a textile sensor is not automatically a validated medical device. Claims about ECG, EEG, muscle activity or diagnosis require product-specific evidence and regulatory status.
Sports and occupational use
Athletes, industrial workers, emergency responders and military users may value hands-free sensing, heat management or haptic cues. These environments also expose the hardest problems: intense motion, sweat, repeated cleaning, varied sizing and the consequences of data dropout.
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Heating and thermal regulation
Heating elements are a comparatively direct use of textile integration. The benefit is distributed warmth and flexible placement, while the engineering burden remains battery safety, temperature control, washability and durability.
Everyday consumer clothing
Ordinary daily apparel is the most demanding target. Consumers expect easy dressing, charging, washing, sizing, replacement and privacy. A garment that works beautifully in a demonstration can still fail if pairing takes too long or its app is abandoned.
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What exists now: kits, finished products and platforms
These offerings are not interchangeable. Softmatter sells development components and capabilities; Hexoskin sells finished physiological-monitoring systems; Sensoria combines finished products with a focused developer platform.
| Option | What it is | Observed pricing | Best fit |
|---|---|---|---|
| Softmatter kits | Prototype materials, circuitry, sensing and thermal tools | Sensing and Thermo Regulation kits $849; Textile Circuitry and Materials kits $499; Flexible Battery $400 | Product teams, researchers and creators building custom soft goods |
| Hexoskin | Finished shirts and monitoring devices | Smart Shirt $199; ProShirt $249; Smart Device $650; Smart Kit $849; Pro Kit $899 | Research, clinical, athletic and physiological monitoring |
| Sensoria | Textile-sensor products, software and developer platform | Smart Band $69; Core $249; Smart Sock with Core $309; Smart Insoles with Core $598; cited non-commercial developer license $999 per user/year, listed sold out | Motion, pressure, sports, rehabilitation and development |
Softmatter prices above were displayed on its official store on August 18, 2026; inventory, tax, shipping and availability can change. The store describes the products as development and research tools, not finished consumer wearables (Softmatter kits).
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Hexoskin describes built-in textile sensors for measurements including one-lead ECG, respiratory inductance plethysmography and activity tracking. Current-model care instructions should be checked before purchase (Hexoskin store; pricing support; shirt comparison).
Sensoria describes textile sensors, electronics, mobile software, cloud infrastructure, APIs and developer tools (Sensoria products; platform; consumer store).
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.The trade-offs a product team must test
Comfort versus signal stability
A loose, soft garment may feel better but move relative to the skin. A tighter garment can improve signal quality while increasing pressure, heat and fit sensitivity.
Washability versus integration
Removable modules make laundering easier but add attachment points and user steps. Permanently integrated electronics simplify the experience only until cleaning, repair or recycling is required.
Flexibility versus durability
Paths must bend and stretch without fatigue. Long-term performance after sweat, detergent, drying and repeated deformation is more meaningful than a successful prototype demonstration.
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Customization versus scale
Anatomically precise placement can improve sensing, but custom patterns complicate grading, inventory, quality assurance and returns.
Data richness versus privacy
Continuous garment-based monitoring can reveal health, activity or workplace behavior. Teams must define consent, retention, sharing, access controls and what happens when a user withdraws.
A practical “natural” test
Before calling a textile wearable natural, evaluate it over real use rather than a short demo:
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1Scan for outdated or missing drivers - takes under a minute2Clear out junk files and repair common Windows errors3Fix the driver behind crashes, sound loss and screen glitches- Is it comfortable after several hours of movement and rest?
- Does accuracy remain acceptable when the wearer sweats, stretches or changes position?
- What happens after repeated washing and drying?
- How long does the battery last, and how long does charging take?
- Does it work across sizes, body shapes and ordinary garment variation?
- Can a user replace a battery, connector or module without replacing the garment?
- What does the system do when skin contact, Bluetooth, the phone or the cloud fails?
- Are health claims supported by validation and an appropriate regulatory pathway?
- Can the textile, battery and electronics be repaired or separated at end of life?
What must improve before mass adoption
Smart clothing will need durable conductive paths, simple charging and pairing, reliable sizing, interoperable electronics and software, transparent data policies, and evidence for any health claim. Manufacturers also need a credible answer for repair, component replacement and mixed-material recycling.
Conventional watches, chest straps, patches and sensor modules remain strong alternatives. They can be cheaper, easier to charge and replace, and more mature for specific measurements. Textile systems become compelling when long-duration comfort, body coverage, heating or garment-level interaction matters more than the lowest price.
Frequently Asked Questions
Is Softmatter a consumer wearable brand?
No. Softmatter primarily presents itself as a design, engineering, prototyping and manufacturing partner, with development kits and textile technologies for companies and researchers.
Do Softmatter kits prove that a finished garment is medically accurate or washable?
No. The cited specifications describe particular components or kits. They do not establish clinical suitability, accuracy, wash durability or production performance for every finished garment.
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Smart textiles are becoming a serious enabling technology, but the winning products will not be those with the most sensors. They will combine adequate data quality with ordinary clothing behavior: comfortable fit, straightforward care, dependable power, repairability and clear privacy rules.
Quick Recap
Product prices and availability are accurate as of the date/time indicated and are subject to change. Any price and availability information displayed on Amazon at the time of purchase will apply.
