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Global Food Scanning Technology Market Set to Reach $2.16 Billion by 2030 with 7.3% CAGR | Valuates Reports

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BANGALORE, India, May 16, 2025 /PRNewswire/ — Food Scanning Technology Market is Segmented by Type (Software, Scanning Device), by Application (Hotels and Restaurants, Food Testing Laboratories).

The Global market for Food Scanning Technology was estimated to be worth USD 1326 Million in 2023 and is forecast to a readjusted size of USD 2162.6 Million by 2030 with a CAGR of 7.3% during the forecast period 2024-2030.

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Major Factors Driving the Growth of Food Scanning Technology Market:

The food scanning technology market is gaining momentum as food producers, retailers, and regulators prioritize safety, transparency, and quality assurance. Rising consumer awareness, evolving dietary demands, and stricter regulations fuel the adoption of innovative scanning devices and software platforms. The market is driven by a blend of health consciousness, real-time diagnostics, and globalization of food distribution networks. As food safety becomes a public health imperative, scanning technologies offer scalable, accurate, and efficient solutions for all stakeholders. Continued investment in integration, portability, and sustainability ensures that food scanning systems will remain central to the evolving global food ecosystem.

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TRENDS INFLUENCING THE GROWTH OF THE FOOD SCANNING TECHNOLOGY MARKET:

Software plays a crucial role in accelerating the growth of the food scanning technology market by enabling intelligent data processing, user-friendly interfaces, and real-time decision-making. Advanced software platforms allow for seamless integration between scanning devices and centralized monitoring systems, improving traceability and regulatory compliance. Through AI algorithms and machine learning, software can detect patterns in food composition, contamination risks, and quality deviations. These capabilities support automation, reduce human error, and enable fast analysis in food processing facilities, retail points, and supply chains. The continuous evolution of software with customizable features and analytics dashboards attracts food manufacturers and testing labs seeking efficiency and accuracy. Thus, software is central to enhancing functionality and expanding adoption across the food scanning ecosystem.

Scanning devices form the foundation of the food scanning technology market, directly enabling real-time inspection of food safety, authenticity, and nutritional content. These devices, ranging from handheld scanners to integrated sensor modules, are becoming essential tools in processing plants, packaging facilities, and retail outlets. The demand for non-destructive, fast, and portable scanning solutions has grown with increasing food safety regulations and consumer awareness. Technological advancements in hyperspectral imaging, NIR (Near Infrared) scanning, and biosensors allow precise detection of contaminants, allergens, and spoilage indicators. Scanning devices also facilitate better inventory management by monitoring freshness and shelf-life. Their reliability, speed, and ease of deployment are key to expanding the market across the global food supply chain.

Food testing laboratories are pivotal in driving demand for food scanning technology by acting as the central nodes for quality control and certification. These labs rely on advanced scanning technologies to validate food safety, nutritional claims, and regulatory compliance. With increasing concerns over adulteration, pesticide residues, and pathogen outbreaks, testing labs require high-throughput, precise scanning tools to handle large sample volumes efficiently. Moreover, labs collaborating with food manufacturers and exporters ensure that products meet both domestic and international safety standards. The expanding global food trade, along with stricter inspection protocols, has elevated the significance of these laboratories. Their reliance on reliable and rapid scanning systems drives innovation and sustains the growth trajectory of the market.

The growing concerns over food safety due to contamination, adulteration, and mislabeling have intensified the demand for reliable scanning technologies. Governments and international bodies are enforcing strict safety regulations, pushing manufacturers to invest in tools that ensure compliance and transparency. Consumers are increasingly conscious of what they consume, expecting brands to validate food origin, freshness, and nutritional integrity. Food scanning systems provide accurate, real-time analysis without compromising the product, enhancing safety throughout the supply chain. This heightened vigilance surrounding food safety acts as a consistent growth driver, compelling businesses to adopt sophisticated scanning technologies for operational integrity and consumer trust.

Modern consumers demand clarity regarding food ingredients, sourcing, and processing methods. This has led to a surge in clean-label products and a corresponding need for food scanning technologies that validate product claims. Scanning tools can verify organic certification, detect synthetic additives, and assess nutritional profiles, aligning with the market’s emphasis on honesty and traceability. Brands that can back their labels with scanning data gain a competitive edge and consumer loyalty. Retailers and manufacturers leverage these insights to maintain transparency from farm to shelf. This demand for clarity is pushing technological boundaries and encouraging widespread adoption across both large corporations and emerging food brands.

The growth of online food delivery services, supermarkets, and ready-to-eat food segments has heightened the need for quality assurance at scale. Food scanning technology helps ensure that products meet shelf-life expectations and maintain integrity during transportation. Retailers use scanning tools for stock rotation and freshness checks, reducing food waste and returns. With the accelerated growth of e-commerce, maintaining standardized quality across vast inventories is critical. Scanners integrated into fulfillment centers and distribution networks offer real-time insights, enabling quick corrective actions. This logistical necessity across modern food channels is a major catalyst for the adoption of advanced food scanning systems globally.

The rise in consumer preference for functional foods has created a new dimension for food scanning technologies. These products often include vitamins, probiotics, or other bioactive compounds that require accurate measurement and stability validation. Scanning devices are used to ensure correct formulation, dosage, and shelf-life of such components. Health-conscious consumers expect scientific backing for claims made on packaging, which food scanning technologies can provide. This intersection of food science and consumer wellness is prompting food producers to adopt scanning solutions not just for safety, but also for product differentiation. As the health-focused segment expands, so does demand for precision in food analysis.

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FOOD SCANNING TECHNOLOGY MARKET SHARE

North America and Europe lead in terms of technological deployment and regulatory enforcement, promoting advanced scanning systems across food chains.

Asia-Pacific sees accelerated growth due to rising middle-class consumption and stricter food safety laws.

Key Companies:

TellSpecSpectral EnginesYukaBoschDietSensorNima LabsFoodSmartInspect OC

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DISCOVER MORE INSIGHTS: EXPLORE SIMILAR REPORTS!

–          The global Food Traceability market is projected to reach USD 33660 Million by 2030 from an estimated USD 18090 Million in 2024, at a CAGR of 10.9% during 2024 and 2030.

–          The global Hyperspectral Imaging Technology market is projected to grow from USD 13 Million in 2024 to USD 18 Million by 2030, at a Compound Annual Growth Rate (CAGR) of 5.8% during the forecast period.

–          Industrial 3D CT Scanning Services Market

–          Industrial Surface Scanning Camera Market

–          The global Online Food Ordering market is projected to grow from USD 63730 Million in 2024 to USD 111680 Million by 2030, at a Compound Annual Growth Rate (CAGR) of 9.8% during the forecast period.

–          Differential Scanning Calorimetry Systems Market

–          The global market for Product Marking Software was valued at USD 816 Million in the year 2024 and is projected to reach a revised size of USD 1127 Million by 2031, growing at a CAGR of 4.8% during the forecast period.

–          The global market for Food and Beverage Processing Equipment was valued at USD 90540 Million in the year 2024 and is projected to reach a revised size of USD 135630 Million by 2031, growing at a CAGR of 6.0% during the forecast period.

–          The global market for Food Shredding Machine was valued at USD 1694 Million in the year 2024 and is projected to reach a revised size of USD 2399 Million by 2031, growing at a CAGR of 5.1% during the forecast period.

–          The global Food Safety Testing market size is expected to reach USD 20070 Million by 2029, growing at a CAGR of 5.9% from 2023 to 2029.

–          The global market for Smart Food Nutrition Scale was valued at USD 1093 Million in the year 2024 and is projected to reach a revised size of USD 2375 Million by 2031, growing at a CAGR of 11.9% during the forecast period.

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From IFA Berlin to CES 2027: OlloBot Continues Its Journey in Emotional Companionship

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HONG KONG, Oct. 31, 2026 /PRNewswire/ — AI companion robot brand OlloBot made its European debut at IFA Berlin 2026, where its AI companion robot OlloNi SS1 was named an Honoree in the Best in Home & Entertainment category of the IFA Innovation Awards. The recognition, alongside feedback from visitors at the show, offered further encouragement for OlloBot’s belief that the future of home robotics lies not only in what robots can do, but also in the connections they can build with people.

In the Top 10 Trends in China’s Robotics and Embodied Intelligence Market for 2026, IDC identifies the evolution of educational and companion robots into all-age home intelligent terminals as a key trend. The report highlights a growing emphasis on long-term companionship, contextual understanding and ongoing content services, with value extending beyond specific functions to lasting relationships and services.

OlloBot is building its identity around this shift. Rather than developing humanoid robots or devices primarily centered on task execution, the brand is exploring a different path through what it calls “Cyber Pet,” an emerging category of home companions designed around emotional relationships. Its approach starts with a simple question: how can a robot become a familiar and meaningful presence in someone’s life?

For OlloBot, the answer lies in restraint. A companion robot should not replace human relationships or compete for a user’s constant attention. It should learn when to engage and when to step back. The goal is not about delivering a moment of novelty or amusement. It is about creating a unique relationship that can expand with each interaction and gradually become personally meaningful.

“We believe home robots need to enter the household through emotional connection,” said Lyn Fang, founder of OlloBot. “Technology can create the conditions for interaction, but meaningful companionship comes from how those interactions make people feel over time.”

At IFA, the enthusiasm from visitors offered a tangible reflection of this approach. Under the theme “Touch. Feel. Bond.,” OlloBot created an open, home-inspired setting where visitors could interact with OlloNi SS1 directly. Powered by OlloBot’s proprietary EmpathCore emotional engine and Affinilog interaction system, OlloNi SS1 engages dynamically through touch, sound and facial expressions. OlloNi SS1 also appeared in IFA’s “Robots on the Runway” showcase, where its emotional engine enabled it to react to its surroundings in real time. Visitors were not simply examining a device or comparing functions. They were exploring how it responded to them. The experience reinforced the brand’s conviction that, in the home, emotional connection can matter as much as technical capability.

Next stop: Las Vegas

The recognition and feedback at IFA mark an encouraging step as OlloBot continues to advance its product development and commercialization. Looking ahead to CES 2027, OlloBot is set to take the next step in its journey by introducing two all-new robot family members: a desktop lamp-form robot and OlloBot Gen 2. Visitors will also get a first look at a rich lineup of IP merchandise and ecosystem peripherals built around the flagship OlloVerse universe. Please stay tuned—OlloBot looks forward to welcoming everyone in Las Vegas and sharing how its expanding ecosystem continues to redefine emotional companionship in the home.

About OlloBot

OlloBot is an AI companion robot brand developed by Ollobot Robotics Limited, a Hong Kong-based company and part of BizConf Technology Co., Ltd. (SZSE: 300578).

The company focuses on embodied intelligence and family-oriented AI companion robots designed to support more natural interaction, emotional presence and connection in modern homes. Through its Cyber Pet concept, OlloBot aims to explore how AI and robotics can become a more meaningful and approachable part of everyday family life.

For more information, please visit ollobot.com.

YouTube:https://www.youtube.com/@ollo_botFacebook:https://www.facebook.com/ollobotofficialInstagram:https://www.instagram.com/ollo_botThreads:https://www.threads.com/@ollo_botTikTok:https://www.tiktok.com/@ollo_botX:https://x.com/OLLOBOT_Real

 

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SOURCE OlloBot

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A new way to explore Japan with AI: Naviu AR Travel Companion for Japan Launches November 1 2026

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Patent pending geospatial technology brings 29 language guidance and city scale AR navigation to travelers

TOKYO, Oct. 31, 2026 /PRNewswire/ — Naviu, a business under TANGLE Inc., offering an AI-powered augmented-reality travel companion for Japan, launches on iOS and Android on November 1. Built on patent-pending geospatial technology, Naviu places AR content and navigation accurately in the real world across entire cities, without requiring a visual positioning system.

Travelers can ask Naviu about anything around them and receive answers in any of 29 languages, grounded in their exact location. A semi-transparent AR path provides turn-by-turn guidance, an AI companion walks with the traveler, and the app reveals side-street cafes, local landmarks, and other places that conventional maps and guidebooks may overlook.

About Naviu

Naviu combines an ask-anything AI guide, city-scale AR navigation, photo recognition, bespoke trip planning, and an optional cultural storytelling companion. Its spatial content network also allows brands, cities, and creators to place interactive 3D and AR content in the real world. AR experiences are already live at landmarks including Senso-ji, Tokyo Skytree, Tokyo Tower, Meiji Jingu, and Tokyo Station.

Naviu is available on the App Store and Google Play.

Official site: naviu.app

Key Features

Ask-anything AI guide: Conversational answers about any place in 29 languages, grounded in precise location dataCultural storytelling and guidance: An optional companion mode that guides travelers street by street and narrates local history and storiesAR navigation: A semi-transparent augmented-reality path overlaid on real streets across entire citiesPhoto recognition: Travelers can point the camera at a temple, sign, or storefront and ask what it isBespoke trip planning: Itineraries built around dietary needs, interests, accessibility, and available timeSpatial content network: Brands, cities, and creators can place interactive 3D and AR content in the real world

Statement from the Head of Naviu

“The hard part of traveling in Japan isn’t getting lost. It’s standing in front of something remarkable with no idea what it is. Naviu answers that question in your own language, right where you’re standing, so the city opens up instead of staying a backdrop.”
Jack Mead
CEO of Ashita Co. and Head of Naviu

About TANGLE Inc

TANGLE Inc. is the Tokyo-based company behind the tour operators TOMOGO! and Untold Japan. Its mission, Make the City Yours, reflects a decade of helping travelers discover Japan beyond the guidebook and now extends that experience into software through Naviu.

Company

TANGLE Inc.

Headquarters

Tokyo, Japan

Representative Director

Kengo Goto

Business

TOMOGO!, Untold Japan, and development and operation of Naviu

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SOURCE TANGLE Inc.

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Karma Automotive Announces Eximius, the Bespoke Vehicle Program for Elite Clients Seeking Singular Expressions of Extreme Performance and Bold Craftsmanship

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The First Eximius Creation, “Eximius 1,” is a Menacing Four-Seater Built for the Track which Makes its World Premiere at the 2026 Concours at Wynn Las Vegas

LAS VEGAS, Oct. 31, 2026 /PRNewswire/ — Karma Automotive builds vehicles in the hundreds rather than the thousands, attracting a highly individualistic clientele seeking a unique statement. For those who wish to go further still, and explore new possibilities beyond the extensive options for personalization available through the Studio program, Karma has created the Eximius bespoke vehicle program. Eximius clients may modify the vehicle’s body, performance and powertrain, collaborating with Karma’s design and engineering teams to build a One-of-One statement which will never be repeated.

Karma Eximius clients may modify the vehicle’s body, performance and powertrain to build a One-of-One statement

The first vehicle from Karma Eximius debuts today at the 2026 Concours at Wynn Las Vegas. A menacing four-seater purpose-built for the track, “Eximius 1” is in ongoing development with its commissioning client, who is not revealed at this time. Upon delivery in 2027, “Eximius 1” will be fitted with an extreme-performance Plug-in Series Hybrid utilizing a 6.2 Liter V8 producing nearly 1200hp (550hp ICE, 645hp battery), delivering acceleration from 0-60mph in 2.7 seconds and a top speed in excess of 200mph (estimated). As these parameters would demand, “Eximius 1” will be equipped with carbon-ceramic brakes and two-piece slotted brake rotors, and Ohlins semi-active suspension.

“‘Eximius 1’ began as a conversation with an elite client who loves their Karma Revero, but wanted something more extreme and unexpected, which was music to our ears,” says Marques McCammon, President and Chief Executive, Karma Automotive. “The Eximius program effectively deletes the word ‘no’ from conversations about what’s possible,” he continues, “and as a four-seat track weapon packing what’ll be the most powerful Plug-in Series Hybrid powertrain and vehicle ever developed, ‘Eximius 1’ shatters expectations and further establishes Karma as a manufacturer of exotic, uniquely American vehicles.” 

Exterior Design
“Eximius 1” is an imposing vehicle to behold, exhibiting the muscularity and eyepopping strength of a superhero. Every panel – excluding the body surface outer – is constructed of pre-impregnated carbon fiber, and the vehicle is 50mm wider due to its wheel arch extensions. The front doors and hood have a unique technical fade from glossy, exposed regular carbon fiber to signature Borealis Blue paint.

The front carbon splitter sets an aggressive tone and is flanked by massive side air intakes incorporating Karma’s Target Acquisition Lighting, rotated 45º to create a distinctive ‘><‘ DRL graphic identity. On the hood, the dramatic arc of the Comet Line – which is inspired by Halley’s Comet is it streaks across the evening sky – widens from its apex towards the base of the windshield; vents above the front fenders release air pressure from the wheel housings and add further visual intrigue. Moving to the side of the vehicle, the front fenders aft of the wheels feature Karma’s signature “Backslash” bearing the number “5,” which is of particular significance to the commissioning client. 21″ Magnesium wheels with center-locks reduce rotating and unsprung mass, and are finished in satin black. Aft of the driver’s side front wheel, twin exhaust tips announce the fearsome new powertrain.

The full-width rear GT wing maximizes stability and downforce at high speeds, and continues the distinctive ‘><‘ DRL graphic identity established at the front of “Eximius 1.” The rear fascia also boasts large side air intakes which are connected by a dominant diffuser to manage underbody airflow.

Interior Design
An aura of intensity continues to the interior of “Eximius 1.” In concert with the exterior, blue-tinted carbon-fiber adorns the seats, flat-bottom steering wheel and doors; for aesthetics and weight-savings, all four doors are manufactured in exposed carbon fiber with one purposeful arm pad on each door. The seats, which are Recaro carbon fiber buckets up front, are trimmed with blue Alcantara and blue Italian leather with Moondust Alcantara upper sections, creating an articulated, form-fitted feel. To support high-speed driving and intense braking force, the accelerator, brake pedal and dead pedal are billet machined aluminum.

The instrument panel is reimagined in glossy carbon fiber and incorporates anodized billet aluminum HVAC vents. The carbon fiber center console is simplified to include the essentials only: the PRND gear selector, window switches, key fob holder, and Emergency kill switch. This console extends through to the rear compartment, to which the client’s custom-fitted carbon fiber racing helmet is held in place by a center-latched strap matching the blue seat belts.

About Karma Automotive
Karma Automotive is America’s only full-line ultra-luxury vehicle manufacturer, and a pioneer of Plug-in Series Hybrid vehicles which it manufactures at its Karma Innovation and Customization Center (KICC) in Moreno Valley, CA. Its Executive, Product Development, and Design headquarters are located in nearby Irvine, CA. The Karma portfolio embodies California’s spirit of innovation and entrepreneurial boldness, reflected by the signature Comet Line which is the central hallmark of Karma’s new design language. The Gyesera Grand Coupe, a Plug-in Series Hybrid four-seater, arrives at dealerships in December 2026; and the Amaris GT 2-Door Plug-in Series Hybrid arrives in Q4 2027. The Karma Kaveya Super Coupe, with over 1,000HP and butterfly-doors, will arrive in Q1 2028, to be followed by the Karma Ivara GT-UV: both EVs will incorporate SDVA (Software-Defined Vehicle Architecture) developed with leading technology partners. For more information, visit www.karmaautomotive.com) 

Media Contact:

Joe Richardson, (917) 716-6617
Joe@BeautifulNoisePR.com 

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SOURCE Karma Automotive

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