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Fatigue Sensing Wearables Market in Automotive to Grow by USD 389.9 Million (2024-2028) with New Product Launches, AI-Driven Market Transformation Report – Technavio

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NEW YORK, Oct. 31, 2024 /PRNewswire/ — Report with the AI impact on market trends – The global fatigue sensing wearables market in automotive sector size is estimated to grow by USD 389.9 million from 2024-2028, according to Technavio. The market is estimated to grow at a CAGR of  18.4%  during the forecast period. New launches by vendors is driving market growth, with a trend towards partnerships and collaborations. However, lack of acceptance of fatigue-sensing wearables  poses a challenge.Key market players include Continental AG, Fatigue Science Technologies International Ltd., Fujitsu Ltd., Inova Design Solutions Ltd, Optalert Australia Pty Ltd, Samsung Electronics Co. Ltd., and Wenco International Mining Systems Ltd..

Key insights into market evolution with AI-powered analysis. Explore trends, segmentation, and growth drivers- View the snapshot of this report

Fatigue Sensing Wearables Market In Automotive Sector Scope

Report Coverage

Details

Base year

2023

Historic period

2018 – 2022

Forecast period

2024-2028

Growth momentum & CAGR

Accelerate at a CAGR of 18.4%

Market growth 2024-2028

USD 389.9 million

Market structure

Concentrated

YoY growth 2022-2023 (%)

17.6

Regional analysis

North America, Europe, APAC, Middle East and Africa, and South America

Performing market contribution

North America at 37%

Key countries

US, Germany, Japan, China, UK, France, Canada, India, South Korea, and Russia

Key companies profiled

Continental AG, Fatigue Science Technologies International Ltd., Fujitsu Ltd., Inova Design Solutions Ltd, Optalert Australia Pty Ltd, Samsung Electronics Co. Ltd., and Wenco International Mining Systems Ltd.

Market Driver

Partnerships and collaborations are a significant trend in the global fatigue sensing wearables market in the automotive sector. These strategic alliances bring together diverse expertise and resources, fostering innovation and driving the development of more sophisticated and accurate fatigue-detection systems. Notable examples include the collaboration between the Air Force Research Laboratory and Case Western Reserve University, which aims to expedite the development of biosensors for stress and fatigue detection. Such collaborations are essential for integrating advanced technologies like artificial intelligence (AI) and machine learning into fatigue-sensing wearables, improving their accuracy and reliability. Academic institutions, research organizations, and industry players collaborate to translate scientific discoveries into practical applications, accelerating the commercialization of innovative fatigue-sensing solutions and making them more accessible to the automotive industry. These joint efforts also help secure funding and resources necessary for large-scale development and deployment of these technologies. Overall, partnerships and collaborations are key drivers of growth and innovation in the global fatigue sensing wearables market in the automotive sector, contributing to enhanced driver safety and reduced road accidents. 

The Fatigue Sensing Wearables market in the Automotive sector is gaining traction, particularly for professional drivers and industrial workers. These wearables, which include wristbands, headbands, and clip-ons, use sensors and algorithms to monitor physiological signals like eye movements, body posture, and cognitive functions. They detect drowsiness and alert drivers before accidents due to fatigue or drowsy driving. Battery life is crucial for continuous use. Connected devices and the Internet of Things play a significant role in these wearables, enabling real-time data transmission. Safety features are paramount, with privacy concerns and data security being addressed through machine learning and user-friendly interfaces. Customization and personalization are essential for wide adoption. Sensors like electroencephalography, electrocardiography, electromyography, and photoplethysmography are used to measure various physiological parameters. The market includes passenger cars, motorcycles, and driver assistance systems. Accidents caused by fatigue-related factors account for a considerable number of road accidents, making these wearables an essential safety intervention. 

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 Market Challenges

Fatigue sensing wearables, such as smartwatches, hold great potential in enhancing road safety by detecting driver alertness declines and issuing timely alerts. These devices utilize advanced algorithms to analyze physiological data, including heart rate variability. However, their integration into the automotive industry faces challenges. Effectiveness and reliability in diverse driving conditions and among various individuals are concerns. Privacy implications also pose a significant barrier due to continuous physiological data monitoring and potential misuse of sensitive information. Drivers may resist adoption due to privacy fears and the absence of clear data usage regulations. Additionally, these devices should not replace responsible driving practices, such as taking regular breaks. Over-reliance on technology without adhering to safety fundamentals can diminish their overall impact, making the acceptance of fatigue sensing wearables in the automotive industry a significant market growth challenge.Fatigue sensing wearables in the automotive sector are gaining significant attention due to the rising concern for road safety. These wearables come in various forms such as wristbands, headbands, clipons, and even earbuds or rings. They utilize non-intrusive systems like Electroencephalography (EEG), Electrocardiography (ECG), Electromyography (EMG), Photoplethysmography (PPG), and others to monitor physiological parameters such as heart rate variability, skin conductance, and body heat exposure. The automotive industry is integrating these fatigue-sensing wearables into passenger cars and motorcycles as part of advanced driver assistance systems (ADAS). These systems help detect driver fatigue, drowsy driving, cognitive functions, and motor skill coordination in real-time. Machine learning algorithms and artificial intelligence are used for data analytics to provide timely interventions and fatigue management systems. The integration of these wearables with vehicle systems and autonomous driving technologies aims to prevent automotive accidents caused by fatigue. Wearable technology modality includes headbands, wristbands, earbuds, and rings for fatigue detection. These wearables are not only beneficial for driver safety but also for worker and pilot fatigue monitoring.

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Segment Overview 

This fatigue sensing wearables market in automotive sector report extensively covers market segmentation by  

Type 1.1 Smart watches1.2 Smart bands1.3 Wearable glasses1.4 Wearable headbandsTechnology 2.1 Biometric sensors2.2 Optical sensors2.3 EEG sensors2.4 ECG sensorsGeography 3.1 North America3.2 Europe3.3 APAC3.4 Middle East and Africa3.5 South America

1.1 Smart watches-  The automotive sector is witnessing a significant trend towards integrating fatigue sensing wearables. These devices monitor drivers’ vital signs and alert them when fatigue is detected, enhancing road safety. Market growth is driven by increasing vehicle production and rising consumer awareness about road safety. Key players include Bosch, Honeywell, and Mitsubishi Electric. Collaborations and partnerships are common strategies to expand market presence.

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Research Analysis

The automotive market for fatigue-sensing wearables is gaining significant traction as the industry focuses on enhancing driver safety and integrating autonomous driving technologies. Wearables, including wristbands, headbands, and clip-ons, leverage various sensing capabilities such as Electroencephalography (EEG), Electrocardiography (ECG), Electromyography (EMG), Photoplethysmography (PPG), and others, to monitor driver fatigue. These devices use data analytics, machine learning algorithms, artificial intelligence, and vehicle systems integration to analyze physiological measurements and provide real-time alerts. Passenger cars and motorcycles are the primary focus areas for these wearables. However, privacy concerns and data security are crucial challenges that need to be addressed. Brainwave-based measurement and user-friendly interfaces with customization options are key features that can differentiate these products in the market.

Market Research Overview

Fatigue-sensing wearables in the automotive sector are revolutionizing driver safety by continuously monitoring cognitive functions and motor skill coordination. These nonintrusive systems, available as Wristbands, Headbands, Clipons, and even Earbuds, use various modalities such as Electroencephalography (EEG), Electrocardiography (ECG), Electromyography (EMG), Photoplethysmography (PPG), and more. These technologies can detect drowsiness and distraction, providing real-time interventions for passenger cars and motorcycles. These wearable devices offer advanced sensing capabilities, including heart rate variability, skin conductance, body heat exposure, and eye movements. They integrate with vehicle systems through Driver Assistance Systems (ADAS) and Autonomous driving technologies, enhancing road safety. Data analytics, artificial intelligence, and machine learning algorithms process the collected physiological parameters to accurately detect fatigue and alert drivers in a user-friendly manner. The wearables can also monitor worker and pilot fatigue, benefiting professional drivers and industrial workers. Battery life, connected devices, and privacy concerns are essential considerations for these fatigue management systems. Customization and personalization are crucial features, ensuring user comfort and acceptance. Fatigue-sensing wearables contribute to reducing fatigue-related accidents, improving cognitive function, mental workload, and overall safety. They are an essential component of the Internet of Things (IoT) and connected vehicles, paving the way for a safer and more efficient future.

Table of Contents:

1 Executive Summary
2 Market Landscape
3 Market Sizing
4 Historic Market Size
5 Five Forces Analysis
6 Market Segmentation

TypeSmart WatchesSmart BandsWearable GlassesWearable HeadbandsTechnologyBiometric SensorsOptical SensorsEEG SensorsECG SensorsGeographyNorth AmericaEuropeAPACMiddle East And AfricaSouth America

7 Customer Landscape
8 Geographic Landscape
9 Drivers, Challenges, and Trends
10 Company Landscape
11 Company Analysis
12 Appendix

About Technavio

Technavio is a leading global technology research and advisory company. Their research and analysis focuses on emerging market trends and provides actionable insights to help businesses identify market opportunities and develop effective strategies to optimize their market positions.

With over 500 specialized analysts, Technavio’s report library consists of more than 17,000 reports and counting, covering 800 technologies, spanning across 50 countries. Their client base consists of enterprises of all sizes, including more than 100 Fortune 500 companies. This growing client base relies on Technavio’s comprehensive coverage, extensive research, and actionable market insights to identify opportunities in existing and potential markets and assess their competitive positions within changing market scenarios.

Contacts

Technavio Research
Jesse Maida
Media & Marketing Executive
US: +1 844 364 1100
UK: +44 203 893 3200
Email: media@technavio.com
Website: www.technavio.com/

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SOURCE Technavio

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Light Raises $46 Million to Scale the Power Company for Embedded Electricity

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Founded by former Head of Product at Plaid, Light is expanding beyond Texas as businesses increasingly embed electricity into their products and services

AUSTIN, Texas, Sept. 1, 2026 /PRNewswire/ — Light, the power company enabling embedded electricity products for businesses, today announced $46 million in Series A funding led by Matrix and joined by Activate Capital and existing investors including Spark Capital, Mischief, Gigascale Capital, MCJ and BoxGroup. The round brings Light’s total funding to approximately $60 million, with the company’s capital base exceeding $100 million, including its credit facility, as it scales its rapidly growing partner ecosystem.

U.S. power demand is hitting record highs, AI infrastructure growth is accelerating, and residential electricity prices have climbed nearly 40% in five years. As energy moves to the center of household and enterprise budgets, owning the electricity relationship has become essential to driving core product sales, deepening customer engagement, and unlocking new revenue for expansive categories of companies.

Yet, becoming an electricity provider requires navigating state-by-state licensing, wholesale power procurement, commodity risk management, billing, customer support and grid integration – a process that can take years. Meanwhile, working with standalone electricity providers limits companies to referring customers to one-size-fits-all electricity plans.

Light was founded to unleash innovation in power. Through its API platform, companies can launch embedded electricity plans tailored to their customers and integrated into their existing offerings in as little as two weeks. As the regulated electricity provider, Light manages the energy stack behind the scenes – from compliance and customer support to Virtual Power Plant operations – so partners can offer electricity without building from scratch. Light already supports partners across:
 

Real estate and proptech: embedding electricity plans directly into resident onboarding to streamline move-ins and generate revenueBattery and solar: combining behind-the-meter systems, grid electricity service and VPP benefits in one place to simplify sales and eliminate customer confusionMobility: offering subscription EV charging plans that make energy costs predictable and help sell more EVs and chargersFintech: lowering customers’ electricity bills to deliver savings and increase engagement

“Every decade has produced a new infrastructure layer that changed how companies build products and serve customers, from software to embedded financial services. Electricity is the next frontier,” said Baker Shogry, co-founder and CEO of Light. “Light removes the barriers, enabling any company to offer tailored electricity services as seamlessly as they offer payments, financing or other products today.”

“At Plaid, Baker saw how the right infrastructure layer can create entirely new categories of companies and products,” said Matt Brown, Partner at Matrix. “Energy has reached a similar inflection point. The underlying infrastructure and operations have been too complex for enterprises to build themselves, so Baker, Adam and the team built Light to make embedded electricity possible.”

Alongside the financing, Light continues expanding its platform and geographic reach, including:

Membership with PJM, the nation’s largest wholesale electricity market, paving the way for expansion beyond Texas, beginning in New Jersey, Pennsylvania and IllinoisA broadened battery offering, enabling partners to bundle home battery systems with electricity plans that provide backup power and support a more resilient gridIts first EV-centric product, allowing partners to offer subscription charging plans alongside solar buyback and traditional electricity plans on one platform

Today, Light’s partner network reaches more than 30% of all U.S. residential solar sales, over 500,000 homeowners, and more than 1 million multi-family units, with partners including Palmetto, GoodLeap, Emporia, Public Grid, Lunar Energy, and Moved. In the first half of 2026, 100% of new electricity brands entering the Texas market launched on Light’s platform, up from over 70% in 2025, while Light increased run-rate revenue 10x over 12 months.

Headquartered in Austin, Light has grown to over 35 employees and expects to more than double its headcount over the next 12 months while investing in product innovation and geographic expansion.

About Light
Light is a power company enabling businesses to offer branded electricity products through a modern API platform. As the regulated electricity provider, Light manages the complexity of providing electricity – including licensing, wholesale procurement, billing, customer support, and VPP participation – allowing businesses to embed customized electricity offerings directly into their products and services.

matrix@bambybig.agency

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SOURCE Light

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Women’s Capital Summit Announces Women in Sports Programming Focused on Investment, Ownership and Entrepreneurship

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Sophia Bush to spotlight the growing opportunity to invest in women’s sports and women entrepreneurs

NEW YORK, Sept. 1, 2026 /PRNewswire/ — The Women’s Capital Summit will bring together leading voices from sports, investing, business and media for a timely conversation on the rapidly expanding economic opportunity surrounding women’s sports and women entrepreneurs.

As investment in women’s sports continues to accelerate, the Summit will examine what comes next: how investors, leagues, founders and business leaders can build on that momentum to create lasting value, expand ownership opportunities and ensure women entrepreneurs benefit from the growth of the sports economy.

Actor, activist, entrepreneur and investor Sophia Bush will participate in the Summit to speak about the importance of investing in women’s sports and backing women entrepreneurs. Bush has been an outspoken advocate for women’s leadership and economic opportunity and has invested in businesses and initiatives advancing women.

A featured session, “Beyond the Game: Investing in the Future of Sports,” will explore where capital is moving across the sports ecosystem and the opportunities emerging for investors, entrepreneurs and industry leaders.

The panel will feature:

Dr. Jan Adams, Founder and CEO, JMA Solutions & Co-Owner, DC Power FCAli Curtis, Executive Vice President, Major League Soccer & President, MLS NEXT ProLorine Pendleton, Founder & Managing Partner, 125 VenturesModerator: Julie Donaldson, news anchor and reporter, WTTG FOX5 DC

The discussion will examine the expanding sports investment landscape, including team and league growth, technology and innovation, athlete entrepreneurship, new business models and the role of private capital in shaping the future of the industry.

“Women’s sports is no longer an emerging opportunity—it is a growing and increasingly sophisticated investment market,” said Gwen Young, CEO of Women Business Collaborative. “The opportunity extends well beyond teams and leagues. Women athletes are becoming investors, founders and business leaders, while entrepreneurs are building companies across media, technology, health, consumer products and the broader sports ecosystem. The Women’s Capital Summit is designed to bring those entrepreneurs together with the capital and relationships needed to grow.”

The Women’s Capital Summit brings together investors, founders, corporate leaders and ecosystem partners with a focus on moving capital to women entrepreneurs. Through panels, investor conversations, matchmaking and relationship-building, the Summit creates opportunities for women founders to connect directly with the people and institutions capable of funding and scaling their businesses.

The sports programming reflects the Summit’s broader mission: moving beyond conversations about representation toward meaningful investment, ownership and economic participation.

About the Women’s Capital Summit

The Women’s Capital Summit convenes women entrepreneurs, investors, corporate leaders and ecosystem partners to accelerate the flow of capital to women-founded businesses. The Summit focuses on creating actionable connections between founders and capital providers while highlighting emerging investment opportunities across industries.

About Women Business Collaborative

Women Business Collaborative is an alliance of organizations and leaders working together to accelerate the advancement of women in business. Through collaboration, research, convenings and strategic initiatives, WBC works to advance women’s leadership, entrepreneurship and economic opportunity.

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SOURCE Women Business Collaborative

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SprintRay Introduces Midas Restore™, a New Definitive Restorative Material Engineered for Midas Digital Press

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Glass ceramic and zirconia-filled restorative material combines advanced material science with SprintRay’s Midas Digital Press technology for same-visit crowns, inlays, onlays and veneers

LOS ANGELES, Sept. 1, 2026 /PRNewswire/ — SprintRay, a dental technology company advancing dental 3D printing and digital manufacturing, today announced the commercial launch of SprintRay Midas Restore™, a new FDA-cleared ceramic and zirconia-filled definitive restorative resin engineered specifically for the Midas Digital Press.

With over 75% filler by weight, Midas Restore brings glass ceramic and zirconia together in a formulation designed around what matters in definitive restorative dentistry: strength where it counts, resistance to occlusal wear, lasting polish and natural aesthetics. The material enables dentists to produce definitive crowns, inlays, onlays and veneers through a streamlined same-visit digital workflow.

Unlike restorative materials engineered primarily around maximum strength, Midas Restore was designed around how a definitive restoration polishes, wears, flexes and functions once adhesively bonded to remaining tooth structure, while maintaining the required clinical strength.

“If we could 3D print enamel, this is it.”

The statement captures the design philosophy behind Midas Restore: creating a restorative material that balances polish retention, wear resistance, strength, surface hardness, stiffness, and optical performance while working in concert with the natural tooth.

“Traditional dental 3D printing forces a compromise: the material has to be fluid enough to print, which limits how highly filled it can be,” said Amir Mansouri, CEO and Founder of SprintRay. “Midas Restore was designed in our material science lab to address that limitation. By pairing a highly filled glass ceramic and zirconia formulation with Midas Digital Press, we can give clinicians access to a new class of definitive restorative materials and bring them into an efficient same-visit workflow.”

Designed Around the Bonded Tooth

For decades, restorative materials have been engineered around bulk strength. Glass ceramics and zirconia are brittle, so their primary defense against crack propagation is shear strength — which in turn means more tooth reduction and stiffness well beyond what function requires.

Midas Restore takes a different approach. Its resin matrix is designed to arrest cracks rather than simply resist them, and its flexural modulus sits closer to dentin than to a glass ceramic. Once adhesively bonded to remaining tooth structure, the restoration becomes part of a system in which material and tooth distribute function together, rather than concentrating stress at the interface.

SprintRay laboratory testing demonstrated that Midas Restore retained 98% of its initial gloss after 5,000 simulated toothbrush abrasion cycles, and delivered five times the wear resistance of SprintRay Ceramic Crown over 200,000 cycles — wear performance comparable to a milled hybrid ceramic. In biaxial flexural testing, Midas Restore reached a maximum strength of 215 MPa, the highest of any SprintRay definitive restorative material.¹ The surface hardness was measured to be greater than 80 HV, statistically equivalent to a leading nanofilled direct composite and roughly double that of previous-generation printed restorative resins. Its translucency parameter of 13.5 places it in the same range as milled lithium disilicate HT.²

“We engineered Midas Restore around how a restoration actually behaves once it is bonded to a tooth, not around a single strength number,” said Hossein Bassir, Chief Product Officer at SprintRay. “Filler content, polish retention, wear resistance, modulus and optics are not separate features. They are one system, and the tooth is part of it.”

Made to Be Pressed

Achieving this combination of properties requires a filler loading that conventional dental 3D printing cannot process. Highly filled formulations are highly viscous, and viscous material does not flow into a print zone on its own.

SprintRay’s Digital Press Stereolithography (DPS) technology actively pushes highly viscous material into the print zone from sealed capsules. That is what allows Midas to work with filler loads over 75% by weight — and it is why Midas Restore is engineered exclusively for the Midas Digital Press.

Built for Same-Visit Dentistry

Midas Restore brings definitive restorative material into a streamlined digital workflow spanning scanning and design through pressing, post-curing, polishing and bonding.

Clinicians can press multiple units from a single capsule, post-cure in four minutes, and polish restorations to final with two wheels in under two minutes — with no glaze or oven required. Midas Restore can also be adjusted, added to and repaired intraorally before adhesive cementation, supporting definitive delivery without a provisional, second appointment or lab bill.

Midas Restore builds on the Midas Digital Press platform, introduced in 2024. Since its launch, clinicians across 33 countries have produced more than 100,000 restorations with Midas. Early clinical evaluation of Midas Restore has also demonstrated straightforward finishing and polishability.

“With Midas Restore, I can achieve a beautiful, lasting surface gloss in just two or three quick polishing steps with a standard polishing system,” said Andrew C. Johnson, DDS, MDS, CDT, FACP, Diplomate of the American Board of Prosthodontics and prosthodontist at OmniSmile Digital Dental Solutions, who participated in the early clinical evaluation of Midas Restore. “That combination of durability, aesthetics and straightforward finishing is what I expect as a clinician from a definitive restorative material. This is an exciting time for digital dentistry.”

Availability

Midas Restore will be available beginning September 1, 2026, in the United States in shades A1, A2, A3, B1 and C2. A three-pack of Single-Unit Capsules is $135 and will be available through the SprintRay Store and authorized SprintRay distribution partners.

Midas Restore is validated for use with the SprintRay Midas Digital Press and SprintRay NanoCure. In the United States, it is FDA 510(k) cleared (K260661), Class II, Rx only.

¹ Maximum value. ISO 6872, piston-on-three-balls. Mean 180 MPa. ² Shade A1; other shades may vary.

About SprintRay

SprintRay is a dental technology company specializing in dental 3D printing and digital manufacturing solutions for dental professionals. The SprintRay ecosystem combines dental 3D printers, Digital Press technology, biocompatible dental materials, AI-powered design software and post-processing solutions to help clinicians deliver restorative, prosthetic and appliance-based care in the dental practice.

By developing hardware, software and materials as connected systems, SprintRay is working to make advanced digital dentistry and chairside manufacturing more accessible, efficient and clinically practical at the point of care. For more information, please visit www.SprintRay.com.

Media Contact

Press@sprintray.com

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SOURCE SprintRay, Inc.

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