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Fog Computing Market to Reach USD 8.27 Billion by 2035 as Industrial AI Moves to Local Nodes, Credence Research Finds

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LONDON, Oct. 23, 2026 /PRNewswire/ — Credence Research Inc. has added the “Fog Computing Market – Growth, Share, Opportunities & Competitive Analysis, 2025–2035” study to its market intelligence portfolio. The report examines market value, segmentation, demand drivers, regional dynamics, competition and recent industry developments.

The fog computing market was valued at USD 1.51 billion in 2025 and is projected to reach USD 8.27 billion by 2035, representing a 18.54% compound annual growth rate over 2025–2035, according to Credence Research. The firm estimates 2026 revenue at USD 1.79 billion. North America accounted for the largest modeled geographic share at 36.4% in 2025, while Asia Pacific is projected to grow fastest at 21.55% annually. Market sizes, regional shares and segment shares are Credence Research estimates rather than independently audited industry totals.

Key Takeaways

The market is forecast to increase from USD 1.51 billion in 2025 to USD 8.27 billion by 2035, with a reported CAGR of 18.54%.North America led the modeled 2025 geography with 36.4%; Asia Pacific has the fastest forecast geographic growth of 21.55%.By component, Hardware accounted for 48.1% of modeled 2025 value, while Software is forecast to grow at 22.81% a year.By application, Smart manufacturing accounted for 40.6% of modeled 2025 value, while Connected health is forecast to grow at 21.43% a year.The market definition excludes adjacent product or transaction value where that spending is outside the report’s measured scope.

Scope & Segmentation – Fog Computing Market

The market measures rugged industrial gateways, edge PCs and compact servers running fog workloads, node software, orchestration and related integration and managed services. It excludes broader public-cloud edge zones, telecommunications multi-access edge infrastructure, micro data center buildings, and sensors and controllers themselves.

By component: Hardware; Software; Services.By application: Smart manufacturing; Transportation and logistics; Building and home automation; Connected health; Other applications.By geography: North America; Europe; Asia Pacific; Latin America; Middle East and Africa.

Read the complete report and request a sample: https://www.credenceresearch.com/report/fog-computing-market 

Why This Report Matters

The study distinguishes a narrowly defined revenue pool from adjacent activity that can inflate comparisons between research estimates. This helps strategy teams compare suppliers, customer budgets and product categories on a consistent basis.The base-year segment mix identifies where current purchasing is concentrated, while the modeled faster-growing categories help evaluate investment timing and market entry.Geographic shares are proprietary estimates; company and regulatory announcements are used to explain demand mechanisms, not to independently verify global market totals.

Market Overview

The market measures rugged industrial gateways, edge PCs and compact servers running fog workloads, node software, orchestration and related integration and managed services. It excludes broader public-cloud edge zones, telecommunications multi-access edge infrastructure, micro data center buildings, and sensors and controllers themselves.

Vision inspection, predictive maintenance and virtualized control cannot always wait for round trips to a distant cloud. Plants can run inference on hardened local nodes and coordinate applications centrally. The benefit is measured in latency, reliability and the ability to keep production data inside the facility.

The outlook reflects expected changes in customer adoption, procurement, technology and regulation. It should be read as a modeled scenario, not as a guarantee of sales or company performance.

Market Insights

Base year: 2025. Forecast year: 2035. Reported CAGR: 18.54%.Largest modeled geographic share: North America, 36.4% in 2025.Component: Hardware led with 48.1%; Software grows fastest at 22.81%.Application: Smart manufacturing led with 40.6%; Connected health grows fastest at 21.43%.

Key Attributes

Attribute

Details

Base year

2025

Historical reference

2018–2025

2025 market size

USD 1.51 billion

2026 estimate

USD 1.79 billion

2035 market forecast

USD 8.27 billion

Reported CAGR

18.54% (2025–2035)

Geographic scope

Global

Primary source

https://www.credenceresearch.com/report/fog-computing-market

Segmentation

By component
The study divides this category into hardware; software; services. Hardware led the 2025 value mix with 48.1%. Software is the fastest-growing modeled subsegment at 22.81% a year. These shares represent Credence Research model outputs, not audited supplier sales.

By application
The study divides this category into smart manufacturing; transportation and logistics; building and home automation; connected health; other applications. Smart manufacturing led the 2025 value mix with 40.6%. Connected health is the fastest-growing modeled subsegment at 21.43% a year. These shares represent Credence Research model outputs, not audited supplier sales.

Market Growth Drivers

Industrial AI needs decisions near the machine
Vision inspection, predictive maintenance and virtualized control cannot always wait for round trips to a distant cloud. Plants can run inference on hardened local nodes and coordinate applications centrally. The benefit is measured in latency, reliability and the ability to keep production data inside the facility.

Fleet orchestration raises recurring software value
Early projects used single gateways for single tasks. As buyers add dozens or hundreds of nodes, software for deployment, patching, security and application updates becomes a separate purchasing decision. This is why software is the fastest-growing modeled component even though hardware leads base-year revenue.

Private wireless and brownfield retrofits widen deployment
Private 5G and modern Wi-Fi connect more robots, cameras and mobile equipment. Existing plants still have legacy protocols, so suppliers must integrate old machines with new edge workloads rather than assume full replacement. Managed service contracts can help customers that lack specialized IT and operational technology teams.

Regional Analysis
North America held 36.4% of modeled 2025 revenue, while Asia Pacific is expected to record the fastest regional growth at 21.55%. The allocation follows the study’s defined buyer or provider-revenue scope.

North America
North America represented 36.4% of modeled 2025 market value. Cloud, networking and industrial suppliers support mature deployments. Regional performance also depends on local regulation, industrial investment and purchasing conditions.

Europe
Europe represented 27.6% of modeled 2025 market value. Automation suppliers and data-residency requirements encourage local processing. Regional performance also depends on local regulation, industrial investment and purchasing conditions.

Asia Pacific
Asia Pacific represented 27.5% of modeled 2025 market value. New electronics, automotive and battery plants add nodes rapidly. Regional performance also depends on local regulation, industrial investment and purchasing conditions.

Latin America
Latin America represented 4.6% of modeled 2025 market value. Mining, logistics and automotive plants form an emerging customer base. Regional performance also depends on local regulation, industrial investment and purchasing conditions.

Middle East and Africa
Middle East and Africa represented 3.9% of modeled 2025 market value. Energy facilities and new industrial zones adopt remote monitoring. Regional performance also depends on local regulation, industrial investment and purchasing conditions.

Market Challenges

Interoperability and ownership
Industrial sites often operate several vendors’ control and edge environments. Competing management tools create duplicate integration work, while unclear ownership between plant engineering and IT can delay security patching and purchasing decisions.

Distributed-node security and economics
Every remote node creates a maintenance and attack surface. Secure boot, remote attestation and operational technology security controls add cost. Some customers struggle to separate the return on a fog deployment from broader automation and networking budgets.

Future Outlook
The forecast assumes industrial customers move beyond pilot gateways toward centrally administered fleets. Hardware purchases remain important, but orchestration subscriptions and managed operations could capture a growing share of spending. Adoption will depend on cross-vendor compatibility, secure remote management and measurable reductions in scrap, downtime or latency.

Competitive Landscape
Siemens, Schneider Electric, Rockwell Automation and ABB bring control-system relationships; Cisco, Dell Technologies, Hewlett Packard Enterprise and Nokia compete on compute, networking and fleet platforms. Microsoft and Amazon Web Services extend cloud tooling into industrial sites. Advantech and Moxa supply rugged hardware. These companies occupy different layers of the value chain and should not be treated as directly comparable revenue-share peers.

Key Players
Siemens; Cisco Systems; Dell Technologies; Hewlett Packard Enterprise; Schneider Electric; Nokia; Microsoft; Amazon Web Services; Rockwell Automation; ABB; Advantech; Moxa

Recent Developments

Jan. 13, 2026: The Linux Foundation’s Margo Initiative released Preview Release 1 of its industrial edge application lifecycle specification and sandbox. The preview aims to make multi-vendor deployment more interoperable; it is not evidence that the full standard has already been adopted.Nov. 3, 2025: Cisco announced Unified Edge, combining compute, networking, storage and security for distributed AI workloads in settings such as factories, health care facilities and retail locations.

Report Coverage
The study provides market estimates for 2025 and 2035, a 2026 interim estimate, analysis of the defined product and service scope, segment and geographic revenue shares, demand drivers, technology changes, competitive roles, constraints and recent dated developments. The reported CAGR and regional shares are based on Credence Research’s market model. Company announcements are contextual evidence and should not be interpreted as independent verification of the forecast.

Read the complete report and request a sample: https://www.credenceresearch.com/report/fog-computing-market 

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About Us
Credence Research Inc. is a global market intelligence and consulting firm founded in 2015. It provides quantitative market research, competitive intelligence and strategic advisory services to businesses, investors and other organizations. Its research draws on primary and secondary information, industry interviews and structured market models.

The firm analyzes market size, growth drivers, segmentation, regional opportunities, supply chains and competitive positioning across industrial, technology, energy, health care and consumer markets. Its studies help clients evaluate strategic and investment decisions with documented assumptions and industry context.

Contact Us
Credence Research Inc.
Tower C-1105, S 25, Akash Tower
Vishal Nagar, Pimple Nilakh, Haveli, Pune 411027, India
USA: +1-888-600-6441
sales@credenceresearch.com  
www.credenceresearch.co

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SOURCE Credence Research Inc.

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AKEEYO to Showcase 711Air, 750S and H2 Ride Cameras at EICMA 2026

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SHENZHEN, China, Oct. 26, 2026 /PRNewswire/ — AKEEYO, a brand dedicated to dash cams and ride cameras, will exhibit at EICMA 2026, November 3–8 at Fiera Milano Rho, Italy. At Hall 24, Booth B67, the brand will showcase the 710Lite, 730Pro, 750Lite, 750S, 711Air and H2, spanning lightweight recording, 4K image quality and helmet-view capture.

711Air Makes Everyday Recording Simple

Weighing just 80g, the new 711Air adds minimal weight to a helmet, while its 1800mAh battery supports 8–10 hours of recording. One-touch quick recording, with vibration feedback confirming power on/off and recording start/stop, means riders never need to look at the camera. It also offers up to 36 hours of Always On Video (AOV) monitoring, plus 2.4GHz Wi-Fi, app connectivity and over-the-air (OTA) firmware updates.

750S Captures the Road in True 4K HDR

The 750S combines true 4K HDR recording with electronic image stabilization (EIS) for detailed, steadier riding footage. Dual-band Wi-Fi supports stable connections and efficient video transfers, while app access and OTA firmware updates simplify video management and keep the camera up to date. It is designed for touring riders, cyclists and anyone seeking high-quality recordings.

H2 Records from the Rider’s Perspective

Designed for helmet-view recording, the H2 features dual 1080p cameras that capture two perspectives at once, along with 8–10 hours of runtime and a 3-second quick-release mount. Its lightweight, easy-to-use design suits daily rides and longer motorcycle journeys.

Also on display are the AKY-730Pro 4K touchscreen camera, the ultra-compact AKY-710Lite and the endurance-focused 750Lite.

Visit AKEEYO at EICMA 2026

Dates: November 3–8, 2026
Booth: Hall 24 • Booth B67
Venue: Fiera Milano Rho
Address: Strada Statale del Sempione 28, 20017 Rho (MI), Italy

For AKEEYO, EICMA 2026 is the right stage to introduce the 711Air to riders, media and the global two-wheeler industry. Visitors can handle the 80g body and try one-touch recording in person, and dealers and distributors interested in partnering with AKEEYO are welcome to fill out the inquiry form.

About AKEEYO

AKEEYO designs dash cams and ride cameras for cars, motorcycles and bicycles, helping users record the road and relive their journeys.

Website: www.akeeyo.com 

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For A Bright Future Foundation Launches NextGen Finance Lab Across Manhattan High School District, New York

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District-wide rollout brings project-based financial literacy and professional mentorship to Manhattan’s 50 public high schools, building on a successful pilot at Jacqueline Kennedy Onassis High School

NEW YORK, Oct. 26, 2026 /PRNewswire/ — Louis Hernandez Jr.’s Foundation For A Bright Future (“For A Bright Future,” “FABF”), a 501(c)(3) nonprofit organization dedicated to expanding educational opportunity for underserved youth, today announced the district-wide expansion of its NextGen Finance Lab program into the Manhattan High School District. In partnership with the Manhattan High School District Team, under the supervision of Superintendent Gary Beidleman, FABF will launch the program’s first cohort of 8 high schools this fall, with plans to bring the NextGen Finance Lab to additional Manhattan high schools in the semesters that follow as part of a phased, district-wide rollout.

“At Jacqueline Kennedy Onassis, we saw firsthand what this program can do. Our students left Pitch Like A Dragon more confident, more articulate, and more prepared to manage their own financial futures than I’ve seen from any other initiative we’ve run. I’m proud that the model our students and teachers helped build is now reaching classrooms across Manhattan,” said Manuel A. Ureña, Principal, Jacqueline Kennedy Onassis High School.

The NextGen Finance Lab is a project-based financial literacy program that integrates the Dave Ramsey Financial Literacy curriculum with FABF’s FinTech mentorship ecosystem. Throughout the program, students build core skills in budgeting, saving, debt elimination, investing, and entrepreneurship, while working directly with FinTech industry professionals who share real-world perspective on banking, digital wallets, investing, and career pathways in financial technology. The program culminates in “Pitch Like A Dragon,” a school-level and district-level competition in which student teams pitch original business and FinTech concepts to a panel of industry leaders, venture capitalists, and New York City business professionals, with scholarship awards presented to top teams.

“This expansion is proof of what’s possible when a nonprofit, a school district, and industry partners commit to the same goal. Everything we’re scaling today started as a pilot at Jacqueline Kennedy Onassis High School, where educators and students helped shape the curriculum and the ‘Pitch Like A Dragon’ event structure now being adopted by seven more schools this fall. That’s how one school’s success becomes a lasting pathway for thousands of students across Manhattan,” said Gina Rogoto, SVP, Operations and Programs, For A Bright Future Foundation.”This expansion demonstrates the collective impact achievable through aligned partnerships. The model shaped at  Jacqueline Kennedy Onassis (JKO) High School now serves as a lasting foundation for advancing financial literacy for thousands of students across Manhattan,” said Gina Rogoto, SVP, Operations and Programs, FABF. The success at JKO High School, now fueling district‑wide deployment, was strengthened by the guidance of FABF’s Consultant in Academic Affairs and former Senior Deputy Chancellor of the NYC Department of Education, whose deep expertise helped shape a program adaptable to each school’s unique vision and academic priorities.

FABF and the Manhattan High School District Team have confirmed the following schools for the initial launch cohort:

Leadership and Public Service High SchoolJacqueline Kennedy Onassis High SchoolHigh School for Law and Public ServiceMurry Bergtraum High School for Business CareersHigh School of Fashion IndustriesHudson High School of Learning TechnologiesMott Hall High School: Finance Lab ProgramFood and Finance High School

FABF’s long-term goal is to bring the NextGen Finance Lab to all 50 high schools in the Manhattan District, expanding in phased cohorts over the coming semesters.

“As someone who spent a career in financial services, I know how much of a difference it makes when young people are exposed to these concepts early. This program doesn’t just teach students about money; it gives them the confidence to pitch real ideas, take feedback, and think like entrepreneurs,” said Benson Porter, Program Chairman, NextGen Finance Lab, FABF.

About For A Bright Future Foundation

Louis Hernandez Jr’s Foundation For A Bright Future is a 501(c)(3) not-for-profit organization that empowers underserved youth with equitable access to education, technology, financial capability, and wellness. We help students develop future‑ready skills that unlock lifelong opportunity and support thriving global communities. Learn more at www.fabff.org. 

FABF operates programs nationwide, including the NextGen Finance Lab, the NextGen Media Creators Lab, the merit- and need-based scholarships, and youth leadership development, working directly with schools, districts, and industry leaders to bridge opportunity gaps for the next generation.

Media Contact
Gina Rogoto, SVP, Operations and Programs
For A Bright Future Foundation
gmr@forabrightfuturefoundation.org

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SOURCE Louis Hernandez Jr.’s Foundation For A Bright Future

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VOICEBUDS, A QUIETER WAY TO WORK WITH VOICE, NOW AVAILABLE FOR HOLIDAY SHIPPING

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Voicebuds reinvent earbuds for personal voice computing, even below a whisper

SAN MATEO, Calif., Oct. 26, 2026 /PRNewswire/ — Subtle announced today that Voicebuds, its award-winning private voice computing device, is available to ship in time for the 2026 holiday season, with customers ordering by December 10th receiving their devices by December 24th.

Since Voicebuds were unveiled in January, AI voice dictation has surged in popularity, but the fundamental problems with voice input remain unsolved. Dictating aloud is awkward in open offices, offers little privacy in public spaces, and remains unreliable when others are speaking nearby.

With Voicebuds, Subtle has reinvented the earbud as a private voice interface that works even at a whisper. The device combines Subtle’s breakthrough voice isolation technology with an AI voice computing app for iPhone and Mac, enabling discreet, reliable voice computing in the places where people actually live and work. Voicebuds serve as both premium everyday earbuds for music and calls, and a personal computing device for voice dictation and AI. They are designed for voice productivity in crowded commutes, quiet libraries, noisy cafes, and shared spaces where traditional voice tools have always failed.

“It’s been inspiring to hear from our beta testers using Voicebuds to prompt AI in shared offices without booking a quiet booth, dictate on planes without bothering their seatmates, and take calls amid the noise and bustle of their daily lives,” said Tyler Chen, cofounder and CEO of Subtle. “We’re incredibly excited to put Voicebuds in the hands of all of our customers just in time for the holidays and hear what new use cases they come up with.”

In Subtle’s internal testing across real-world noise environments, Voicebuds delivered up to 5X fewer transcription errors than AirPods Pro 3 combined with leading AI dictation software.

Voicebuds offer:

Subtle voice dictation: Write with voice in any app on iPhone and Mac, without being overheard.Voice notes: Capture thoughts and ideas instantly, and access them across multiple devices.Contextual AI chat: Brainstorm with an AI assistant, without being overheard.Music and calls: Everyday listening, noise cancellation, multipair connectivity and clear calls.

For holiday shoppers, Voicebuds replace multiple devices and apps as a single product for listening, communication, and voice computing that finally works in the real world.

Voicebuds are available starting today for $249 in either Parchment White or Ink Black. Voicebuds ship with a 1-year membership to the Subtle app for iPhone and Mac, providing a complete voice productivity experience across dictation, contextual AI chat, and cross-device voice notes. After year one, users can continue the full Subtle Pro membership for $17 per month, or switch to the free tier anytime with full earbud functionality and limited AI usage.

Customers can order now at subtle.co.

About Subtle

Subtle is pioneering personal voice computing technology, designed to make voice the most effective, trusted interface anywhere. Its machine learning technology powers consumer hardware for whispered, private, and noise-resilient voice AI that works in real-world environments. Founded by Stanford engineers and based in the San Francisco Bay Area, Subtle is supported by funding from Entrada Ventures, Amplify Partners, Abstract Ventures, and founders of Twitter, Pinterest, and Perplexity. Learn more at subtle.co.

Media Contact

press@subtle.co

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SOURCE Subtle Computing

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