With the advent of personal computers and smartphones, the World Wide Web is now literally at our fingertips.

In the last ten years, we’ve seen the proliferation of “smart” technology, from LEDs to smart cars to CCTVs to smart bulbs. Along with this, people have grown accustomed to using automated vehicles and urban areas.

What Is IoT?

The term “Internet of Things” (IoT) refers to a network of “things” that are equipped with electronics, software, and network connectivity so that they may share data with other devices and systems online. These gadgets vary from the commonplace to the highly specialized. IoT has rapidly risen in prominence over the past several years to become one of the most consequential innovations of our time. Now that everything from kitchen appliances to vehicles to thermostats to baby monitors can be connected to the internet via embedded devices, there is no longer any barrier to the flow of information among humans, computers, and the physical world.

By 2024, there will be more than 43 billion devices online, all contributing to the creation, distribution, and utilization of information.

So, here’s a rundown of a few of the most important trends that could influence our approach to these gadgets in the future year.

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10 Steps Towards AIoT

1. AI and IoT technology enable accurate communication through embedded sensors, allowing robots to quickly adapt to new settings. This streamlines manufacturing and saves money.
2. Wearables, such as fitness trackers, smartwatches, panic buttons, remote monitoring systems, GPS trackers, and music systems, are now prevalent in the AI landscape. These devices are vital to the IoT ecosystem and provide reliable data via smart device IoT apps.
3. A smart city includes smart traffic management, parking, trash management, policing, government, and other issues. The Internet of Things for smart cities transforms how cities run and provide public services like transportation, healthcare, and lighting. Smart cities may be futuristic and have much to cover.
4. IoT AI analyzes constant data streams and finds patterns. Machine learning and AI can also predict operation circumstances and identify parameters that need to be changed for optimal results. Thus, intelligent IoT reveals which procedures are redundant and time-consuming and which can be optimized. Google uses AI and IoT to lower data center cooling costs.
5. IoT and AI enable businesses to quickly process and analyze data to generate new products. Rolls Royce aims to use AI for IoT-enabled aviation engine repair. This method will help identify trends and operational insights.
6. IoT devices include smartphones, high-end computers, and sensors. Low-end sensors in the most typical IoT ecosystem generate massive amounts of data. AI-powered IoT ecosystems review and summarize device data before sharing it. It simplifies massive data sets and connects many IoT devices. This is scalability.
7. Self-driving cars are the greatest AI+IoT system in real life. These autos can predict pedestrian movements and recommend cognitive sensing machine actions. It helps determine the best driving speed, time, and route.
8. AIoT is used in car maintenance and recalls. AIoT can detect part failure and perform service checks by combining data from recalls, warranties, and safety agencies. The manufacturer increases customer trust and loyalty as vehicles become more reliable.
9. Quality healthcare aims to reach all communities. No matter the size or sophistication of healthcare systems, doctors are under more time and task strain and seeing fewer patients. Providing high-quality healthcare while managing administrative burdens is difficult.
10. Retail analytics uses camera and sensor data to track and forecast customer behavior in a physical store, such as checkout times. This helps determine staffing levels and boost cashier productivity, enhancing customer happiness.

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Conclusion

The Internet of Things (IoT) is a popular term this decade that refers to the rapidly expanding systems of interconnected, networked, and communicative physical objects.  AI and IoT enable firms to assess, predict, and automate all types of hazards for quick response. This helps them manage financial loss, personnel safety, and cyber dangers.

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SEALSQ Corp, a company that focuses on developing and selling Semiconductors, PKI and Post-Quantum technology hardware and software products, announced its entry into the race to develop cutting-edge AI chips, underpinned by its visionary AIoT (Artificial Intelligence of Things) strategy, a bold move that positions the Company at the forefront of technological innovation. This strategic pivot leverages the fusion of AI and IoT technologies to offer a fully integrated platform aiming to revolutionize digital transformation and innovation for its customers.

SEALSQ’s AIoT strategy is built on a robust foundation of semiconductors, smart sensors, IoT systems, AI technologies, and an expansive data cloud. This integration is designed to provide an end-to-end solution that not only drives innovation but also ensures that digital transformation initiatives are met with unprecedented success and efficiency.

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A key component of this strategy is the utilization of the advanced cybersecurity technology and IoT network of WISeKey (SIX: WIHN, NASDAQ: WKEY), SEALSQ’s parent company, ensuring that data is collected and processed securely in real-time. This capability allows SEALSQ to offer immediate and highly secure responses to dynamic situations, setting a new standard in the industry for reliability and safety.
The AIoT system functions as the central brain of the expansive SEALSQ ecosystem, which currently includes over 1.6 billion semiconductor-powered devices. This network acts as a nervous system for the IoT landscape, facilitating swift and secure interactions across a myriad of devices and platforms.
A significant aspect of SEALSQ’s strategy is the integration of Generative AI technology, which enhances the learning capabilities of the ecosystem:

• Generative AI technology allows for the generation of novel and original content or data, dramatically improving the functionality of autonomous IoT devices. For instance, self-driving cars equipped with Generative AI technology can navigate with unprecedented precision, adapting to obstacles and changing road conditions more effectively than ever before.
• Generative AI plays a crucial role in personalizing user experiences with IoT devices. Smart home devices, for example, can adapt to user preferences over time, leading to smarter energy use, cost savings, and minimized maintenance downtime.
• In the realm of cybersecurity, Generative AI technology significantly enhances the security of autonomous devices, empowering devices to recognize and react to potential threats and vulnerabilities, bolstering resilience against hacking and other security breaches. By generating adversarial examples and synthetic data, Generative AI not only improves the accuracy of machine learning models but also strengthens defenses against sophisticated cyber-attacks.

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As a leading innovator in the technology sector, SEALSQ is committed to driving digital transformation and innovation through cutting-edge solutions. With its groundbreaking AIoT strategy, SEALSQ is setting new standards in the integration of AI and IoT technologies, offering secure, efficient, and transformative solutions for a rapidly evolving digital landscape.

SEALSQ focuses on selling integrated solutions based on Semiconductors, PKI and Provisioning services, while developing Post-Quantum technology hardware and software products. Our solutions can be used in a variety of applications, from Multi-Factor Authentication tokens, Smart Energy, Smart Home Appliances, and IT Network Infrastructure, to Automotive, Industrial Automation and Control Systems.

Post-Quantum Cryptography (PQC) refers to cryptographic methods that are secure against an attack by a quantum computer. As quantum computers become more powerful, they may be able to break many of the cryptographic methods that are currently used to protect sensitive information, such as RSA and Elliptic Curve Cryptography (ECC). PQC aims to develop new cryptographic methods that are secure against quantum attacks.

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DFI, the world’s leading brand in embedded motherboards and industrial computers, is targeting the AI application market by launching the embedded system module (SOM) MTH968 equipped with the latest Intel Core Ultra processor. It is the first product integrated with an NPU (Neural Processor Unit) processor, representing the official integration of AI with industrial PCs (IPCs). With the expansion into AI IPC, DFI expects to inject new momentum into the AI edge computing market.

According to the STL Partners report, the potential market value of global edge computing will increase from US$9 billion in 2020 to US$462 billion in 2030, representing a compound annual growth rate (CAGR) of 49%. Therefore, the development of products that utilize the core capabilities of chips to rapidly execute AI edge computing in devices has become a key focus for many major technology companies.

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DFI’s MTH968 adopts the COM Express (COM.0 R3.1) Type 6 module standard and is equipped with an Intel Meteor Lake processor, marking the debut of integrated CPU, GPU, and NPU on a single chip. Two “low-power, high-efficiency cores (LP E-core)” are built in, reducing power consumption by 30% to 50%, optimizing the CPU by 10%, and improving GPU performance by up to 114% compared to previous generation Intel processors.

The built-in NPU of Meteor Lake enhances the performance of the MTH968 in critical AI tasks. Based on new AI computing architecture, the device can more efficiently process advanced AI edge computing, complex graphics computing, and other applications, while saving data on cloud costs.

The MTH968 has highly customizable integration capabilities and a fanless wide temperature design(operating from -40°C to 85°C), and utilizes DDR5 and NVMe SSD to optimize high-efficiency computing performance, reduce latency, and enhance storage speed. The MTH968 can be widely used in AIoT fields such as industrial automation, smart transportation, and smart agriculture.

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As 5G, edge computing, and remote control tech advance, IPCs directly handle complex tasks through AI edge computing. DFI’s MTH968 excels in high-performance computing with account energy efficiency, enhancing computing and customizable flexibility, thereby accelerating industrial AI application upgrades.

Key features:

• Equipped with Intel® Core™ Ultra processor (Meteor Lake)
• Supports dual-channel DDR5 and NVMe SSD
• Fanless and wide temperature design: -40°C to 85°C
• Compact size: 95mm * 95mm
• Com Express Type 6

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GIGABYTE Technology, an IT pioneer whose focus is to advance global industries through cloud and AI computing systems, and elevate user experiences with hardware innovation, is taking center stage at CES 2024 with its cutting-edge AI/HPC server series, highlighted by servers supporting AMD Instinct™ MI300A APU, NVIDIA Grace Hopper Superchip, and NVIDIA HGX H100 8-GPU. These new chips from industry leaders are designed to handle the exponential growth of AI, managing soaring model parameters and datasets, thus setting new milestones in the AI landscape.

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At the booth, GIGABYTE also showcases green computing solutions that enable data centers to handle hefty AI workloads with reduced power consumption, fulfilling sustainable goals with a lower carbon footprint.

GIGABYTE’s exhibition encompasses a diverse range of innovative products, spanning servers, advanced cooling solutions, AIoT, and AI-powered flagship computers tailored for gamers and creators, embodying the booth theme “Future of COMPUTING” in five distinctive sections.

AI/HPC Servers: Exascale Computing

GIGABYTE and its subsidiary, Giga Computing, are unveiling four top-tier AI/HPC servers at CES. The G383-R80 server, a recent addition, supports AMD Instinct MI300A APU, integrating CPU, GPU, and 128GB of unified HBM3 memory, catering to real-time big data analysis.

Another standout is the G593 series AI server, equipped with NVIDIA HGX H100 8-GPU, demonstrating prowess in AI model training and inferencing within an unmatched high-density 5U configuration. This server excels in MLPerf Training Benchmarks and proves its mettle across diverse AI workloads.

For scalable and flexible computing needs, GIGABYTE introduces the XH23-VG0, powered by NVIDIA Grace Hopper Superchip, adhering to the MGX modular design, providing FHFL expansion slots for large-scale AI/HPC applications. The G493-SB0, supporting 8 x Dual slot Gen5 GPUs, caters to various workloads including generative AI, virtualization, rendering, and 3D graphics.

Sustainable Data Centers: Green Computing

GIGABYTE’s green computing solutions enable industries to meet sustainability goals amid surging computing-intensive operations and AI workloads. The liquid and immersion cooling-ready servers are performance-guaranteed with GIGABYTE’s industry-leading thermal design, promising exceptional power usage effectiveness (PUE) and advantageous total cost of ownership (TCO). GIGABYTE also brings direct liquid cooling (DLC) and all-in-one single-phase immersion cooling solutions to the exhibition with an in-house server cabinet and an immersion tank, A1P0-EA0.

Agile IT Implementation

At the booth, GIGABYTE introduces a storage server, S183-SH0, tailored for large language models (LLM), featuring 32 E1.S NVMe SSDs for hyper-speed data storage and retrieval. A cloud server R163-P32 with AmpereOne Family processors supporting up to 192 cores and a high-density edge server E163-S30 built for 5G network environments are also showcased. These state-of-the-art servers empower industries to swiftly adapt to evolving market trends.

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AI-Driven IoT and E-mobility

GIGABYTE presents a comprehensive smart solution for AI-driven digital transformation, featuring Advanced Driver Assistance Systems (ADAS) and vehicle telematics enabling autonomous driving in complex road conditions. Ultra-rugged laptops and industrial PCs demonstrate highly durable data processing capabilities and stable performance in various harsh environments, which are illustrated in a weather station scenario at the booth.

Gaming and Creation

GIGABYTE’s acclaimed gaming and creator computers, including AORUS, AERO, and GIGABYTE Gaming series laptops, motherboards, graphics cards, and 4K OLED monitors, demonstrate their power and charms at CES. GIGABYTE’s 2024 AI gaming laptop lineup features next-gen AI cores and proprietary AI Nexus for a seamless AI experience in performance, battery life, and generative AI. In addition, creative enthusiasts can explore the AERO 14 OLED laptop’s 1.49kg feather-light design and color-calibrated 2.8K OLED HDR display, elevating productivity to new heights.

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Merger of leading AIoT Companies will Broaden SaaS offering for AI-based Facility Management Markets Globally

Scenera, a leading AIoT data management company,  announced that it has entered into an agreement to acquire TnM AI Co. Ltd., a Seoul-based AIoT company, for an u********** amount. Stemming from the successful long-time collaboration between the two companies, this transaction furthers their relationship and consolidates their resources to continue creating products and solutions transforming the industry on a global scale.

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“With the combination of our strong development teams and global deployment, we are mutually committed to providing optimal solutions that address the growing problem of how to best allocate AI analytics in edge-to-cloud computing,” said David Lee, CEO of Scenera. “Together, we can create and deliver unparalleled value and optimal solutions for our customers and partners.”

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Building on TnM AI’s strong retail presence with its AIoT-based energy management software as a service (SaaS) and Scenera’s MAIstro AI Topology Manager (SATM), this acquisition brings together an impressive set of capabilities and technology for continued growth and opportunity. The collaboration between both companies has built a standard data processing platform for existing AIoT devices and IP cameras to be used in smart buildings and retail industries—centralizing data management and analysis while offering multiple use cases that deliver value to building owners, facility managers and occupants. The transaction is synergistic and helps expand the target markets with proven solutions by both companies. TnM AI’s Retail Environment Management System (REMS) will be integrated into MAIstro brand and offered globally.

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“Our teams have worked hand-in-hand to serve our customers with our AI-powered REMS (Retail Energy Management Service) and security and surveillance management SaaS solutions,” said Dr. Eui-Seok Hwang, CEO of TnM AI. “We are thrilled to join forces with an industry leader like Scenera and embark on a new chapter, as this acquisition marks an exciting opportunity for us to leverage our combined capabilities to enhance performance on a global level.”

[To share your insights with us, please write to sghosh@martechseries.com]

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Momenta leads Series A1 funding for APERIO, a leader in operational data quality. APERIO provides AI-powered data observability solutions, enabling profitable and sustainable operations within existing workflows. APERIO excels at addressing critical data issues in process histories, sensor monitoring, and data analytics, positioning itself as an industry leader.

Momenta spearheaded the Series A1 funding round for APERIO, a front-runner in operational data quality. APERIO offers AI-powered data observability solutions, enabling customers to foster profitable and sustainable operations while maintaining their existing workflows. As an industry leader, APERIO’s solution excels at detecting, prioritizing, and rectifying crucial data issues tied to process historians, sensor monitoring, and data analytics.

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This is the twelfth company receiving investment from Momenta’s AIoT Ecosystem Fund, powered by Advantech, the world leader in digital industrial solutions. APERIO will invest the funds to scale its software solution and global sales organization.

“APERIO offers a strategic opportunity to capitalize on an inflection point in the market. Their leading Data Quality platform provides an essential solution for top-tier industrial players facing significant data challenges.” Michael Dolbec, Momenta’s Managing Partner

According to McKinsey, poor data quality is a consistent roadblock for the highest-value AI (Artificial Intelligence) use cases in industrial customers with asset-intensive operations. Legacy system architecture and weak data governance also contribute to data quality challenges.

APERIO offers an AI-driven SaaS platform called APERIO DataWise that automates the validation of real-time operational data in industrial organizations. It addresses data completeness, content, and metadata context, using AI and machine learning (ML) to scale, prioritize, and remediate data quality issues. The platform enables monitoring and validating millions of tags with actionable insights for data quality improvement. Their solution fills a gap that non-scalable in-house solutions cannot address and provides clear category leadership. It helps industrial companies make smarter data-driven decisions, improve profitability and sustainability, and mitigate risks associated with poor data quality.

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“APERIO offers us a strategic opportunity to capitalize on an inflection point in the current market landscape. With their leading Data Quality platform, they provide an essential solution for top-tier industrial players facing significant data challenges.” Michael Dolbec, Momenta’s Managing Partner, expresses his excitement for APERIO’s future as they fulfill a universal need within asset-intensive industrial businesses.

“We are strategically allocating the raised funds to fuel the expansion of our software solution and bolster our global sales network,” explained Jonas Hellgren, CEO of APERIO, adding, “We are thrilled to have Momenta at the helm of this investment series, given their well-established reputation and extensive connections within the industrial sector.”

Jerry O’Gorman, VP at Advantech IIOT division, stated, “We are pleased to support this investment in APERIO. Our leading role in edge computing gives us a deep appreciation for the value of data integrity and, thus, the need for sound industrial data operations. We look forward to collaborating with APERIO, co-creating to help them scale in this critical space.”

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Rail transportation plays a crucial role in many modern transportation networks. It’s essential to ensure that rail transportation is safe and efficient, which requires constant improvements. The integration of industrial computers in railway applications has been a significant development contributing to railway safety through the railway detection system, passenger convenience through passenger information display systems (PIDS), and personal safety through in-car surveillance. Cincoze’s latest addition to the Rugged Computing – DIAMOND product line, the efficient and compact DX-1200 embedded industrial computer, is an excellent choice for these railway computing applications due to its high efficiency, stable operation, wide temperature support, expandability, and rich I/O.

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High performance for fast and accurate track detection

Railway detection systems that use real-time monitoring to detect situations and events, ensuring safe and smooth operations. It provides the driver with control suggestions and relays data to the Operation Control Center (OCC) for vehicle scheduling, equipment monitoring, and fault handling. The DX-1200 provides the required performance, graphics processing, and data transmission for these tasks with a 12th gen Intel^® Alder Lake-S processor that has efficient cores for multi-tasking and performance cores for complex data analysis. The DX-1200 supports up to 64GB of DDR5 4800MHz memory, with ECC error correction technology that detects and corrects errors in real time, ensuring stability and reliability. It also includes the UHD 770 graphics chip with Intel^® Xe architecture for powerful graphics processing, providing high-res images and visual data analysis. Various I/O interfaces, including 10GbE LAN or USB 3.2, provide high-speed data delivery.

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Wireless connections and M12 connectors for PIDS and surveillance

The two primary in-car applications are the Passenger Information Display System (PIDS) and the surveillance system. PIDS connects with the control center to gather real-time train arrival and departure information, train numbers, operation status, and other useful information. The in-car surveillance system uses highly accurate cameras and sensors to monitor the environment, ensuring a safe and comfortable ride for passengers. The DX-1200 supports up to 8x 1Gbps LAN with optional PoE, providing data transmission and power through a single cable, reducing the complexity of wiring. Optional M12 connectors (A-coded and X-coded) are also available to meet the requirements of railway computing applications. Wireless connectivity is covered by DX-1200’s 1x M.2 Key E slot and 2x Mini PCIe slots that support add-on cards for WiFi, GNSS, 4G, and Bluetooth.

Multiple certifications ensure stability and security

Safety is the top priority in rail transportation. The DX-1200 has passed EU EN 50121-3-2 (railway EMC) and EN 45545-2 fire protection standards, providing evidence of its safety in rail transportation. In addition to safety, it boasts a robust design, including wide temperature (-40 – 70°C) and wide voltage (9 – 48 VDC) support, and overvoltage, overcurrent and ESD protection. The DX-1200 has passed the US military specification MIL-STD-810G, showing excellent performance in withstanding shock and vibration in the railway environment.

Cincoze is a rugged embedded computer brand providing diversified embedded computer solutions tailored to market needs. Its product lines include rugged embedded computers, industrial panel PCs, industrial displays, and embedded GPU computers. Cincoze products meet various vertical markets’ application needs, especially factory automation, mechanical automation, machine vision, AIoT, robotics, in-vehicle computing, smart transportation, smart warehousing, and logistics. Over the years, Cincoze has launched many innovative products and won several patents, awards and international certifications.

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Anviz, a leading provider of professional and converged intelligent security solutions, recently announced the launch of IntelliSight, its latest video surveillance offering that harnesses the power of distributed cloud and 4G technology to create an all-in-one security solution that delivers unmatched versatility, security, and data analytical capabilities. Now, User can enjoy One-year free cloud storage.

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The Anviz IntelliSight cloud video surveillance management solution combines Anviz’s proprietary cloud-based distributed video surveillance management platform with its iCam series artificial intelligence (AI) cameras to provide customers with a comprehensive and flexible surveillance performance. Equipped with best-in-class video analytics and classification, the solution is an ideal option for small and medium-sized companies across various industries, including logistics, education, healthcare, and retail.

“The birth of the IntelliSight solution marks a milestone in our years of effort to provide reliable and versatile security systems for global users,” said Mike, Product Manager of IntelliSight. “We believe the solution, whose development is built on our industry-leading security solutions that have proven successful in the global market, will fill the market gap where customers are seeking an all-in-one cloud-based video surveillance system that can safeguard their properties without adding unnecessary costs to their budgets.”

Built for Simple Deployment and Scalability

The IntelliSight solution greatly benefits both small to medium sized business installations by eliminating the need for redundant, complex on-site hardware that is traditionally used for setting up a CCTV system, streamlining deployment steps, and keeping costs to a minimum for users. While customers can simply connect the cameras directly to the internet for effortless and fail-safe surveillance, the solution also allows them to easily scale their surveillance system without the extra process of storage and network device installation and debugging.

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Immediate Access from Mobile Devices

IntelliSight’s cloud-based architecture means that users have the freedom to easily access the surveillance system from anywhere, at any time. Via the Internet and the efficient P2P transmission protocol developed by Anviz, users have the option to view real-time video monitoring and manage devices at home and the office without any restrictions, coupled with a purpose-built mobile that allows for effortless remote access and on-the-go control, keeping users connected 24/7 and giving them peace of mind with greater convenience and easier operability.

Expanded Storage with Cloud Data Backup

IntelliSight enables users to store important event footage securely in cloud servers that provide expandable and flexible storage options, removing the need for extra hardware installation for media data. Additionally, IntelliSight’s cloud-based storage reduces the risk of data loss in case of local device failures, with features such as data redundancy and disaster recovery offering an added guarantee for data security.

Advanced Video Analytics Powered by AI

Leveraging the state-of-the-art AI capabilities of Anviz surveillance cameras, the IntelliSight system can deliver advanced data analysis functionality to greatly enhance the efficiency and accuracy of security systems. The smart features of the systems can identify and categorize suspicious activity, categorize objects, and provide critical, timely information that enables users to quickly identify and respond to potential risks, streamlining their security operations while providing all-around protection for their assets.

“One of the biggest differentiators that sets Anviz apart from its competitors is its product’s technological and architectural advantages, which also allows us to pioneer the development of a new generation of security systems powered by AIoT and cloud technology. Having been encouraged by the early adopters of the IntelliSight solution who have said it has exceeded their expectations in terms of costs, quality, and simplicity, we hope this solution will pave the way for our entry into the North American market, which is another springboard towards.

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EPIC iO, a technology leader in applied AIoT (Artificial Intelligence and Internet of Things), has named Kristi Brown as Chief Marketing Officer to drive strategies for extreme growth as the company’s solutions lineup, applications and market opportunities continue to expand. Based on EPIC iO’s DeepInsights AIoT platform and turnkey solutions for smart cities, biosecurity, crime prevention and others, the company has become the leader in offering intelligent, data-driven solutions to real world challenges.

Kristi joins EPIC iO with 20 years of leadership experience in marketing roles across multiple industries including technology, financial services, and telecommunication services. Her previous positions include VP of marketing posts at BUILT and Telesphere (now a Vonage company) as well as director-level positions with Vonage, Clearwire (now T-Mobile) and XO Communications.

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In her new role as CMO, Ms. Brown will lead a cross-functional team to drive overall marketing strategy and go-to-market campaigns as well as new product and market launches. “We stand at the forefront of an unprecedented era of explosive growth in the AIoT solutions market,” said Brown. “I am thrilled to embrace this new role with Epic iO, the market leader in this category. Together, we will unleash the full potential of AIoT solutions, transforming industries and shaping the future of technology.”

“Kristi‘s impressive track record of strategic marketing success comes at a pivotal time when our solutions are experiencing unprecedented demand across multiple verticals,” said Ken Mills, CEO of EPIC iO. “We strongly believe that her addition to our team will propel us towards accelerated global market growth.”

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Automated System Kills Viruses, Molds and Fungi in Greater Charlotte Charity’s Family/Patient Residence Facility

EPIC iO, a technology leader in applied AIoT (Artificial Intelligence and Internet of Things), has announced that its ground-breaking EPIC iO AURA automated disinfection system has been successfully deployed at Ronald McDonald House Charities (RMHC of GC) of Greater Charlotte. RMHC of GC provides the comforts and care of home for families whose children are receiving medical treatment in the area. EPIC iO is supporting RMHC’s mission by providing the world’s most advanced facility disinfection system and improving environmental health for vulnerable children and their families.

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“The early results using the EPIC iO system are very encouraging. It provides families with additional peace of mind and confidence while staying at the Ronald McDonald House,” said Denise Cubbedge, CEO of RMHC of GC. “We do our best to make guest families safe and comfortable during their stay at Ronald McDonald House, and we want to do everything we can to eliminate the potential for surface-borne diseases,” she added.

Many ailing children are immunocompromised and thus more susceptible to pathogens including Candida auris, MRSA, Staph, Norovirus, SARS-CoV-2, Streptococcus, Influenza, and more. The EPIC iO AURA system eliminates these hazards in family residence rooms as well as in public spaces.

“Our AURA solution is a great example of how we combine AI-driven analytics, IoT sensors, and network connectivity to address real-world challenges,” said Ken Mills, CEO of EPIC iO. “We are happy and proud to be able to support RMHC of Greater Charlotte in its important mission.”

EPIC iO AURA is a briefcase-sized biosecurity device that automatically and autonomously disinfects an entire room. It inactivates pathogens by transforming the air into a disinfectant that reaches every square inch of every exposed surface. It is proven to inactivate serious pathogens including Candida auris, MRSA, Staph, Norovirus, SARS-CoV-2, Streptococcus, Influenza, and more, reducing the chances of infections and making spaces safer. Compared with traditional disinfectants that use chemical sprays and foggers, the patent-pending EPIC iO AURA uses a low and slow approach to disinfect, deeply, gently, and safely throughout a room.

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RMHC of Greater Charlotte serves the families of children being treated at a Charlotte-area medical facility. Since opening the Ronald McDonald House of Charlotte in May 2011, RMHC of GC has served over 5,000 families. The House, located on the 1600 block of East Morehead Street, features approximately 35,000 square feet of living space complete with 28 bedrooms (one family per bedroom/suite). It also has a community kitchen, living room, library, playground and sitting porch. In addition, RMHC of GC opened its first Family Room in 2021. The Ronald McDonald Family Room at Caroline’s Corner serves families of children who are being treated at Novant Health Hemby Children’s Hospital. RMHC of GC is an independent 501 (c) (3) charity managed by a local board of directors which oversees operation of the home. RMHC of GC is funded and operated by the Charlotte community. The mission of the RMHC of GC is to provide the families of children being treated in area medical facilities with a safe, affordable and caring “home-away-from-home.”

EPIC iO’s future vision is a world in which IoT use and data intelligence reach their full potential through AI integration. We provide software focused technology that leverages 5G-ready connectivity combined with AIoT solutions to help all businesses become safer, smarter, and more connected. By utilizing our open AI platform, DeepInsights™, public sector and private enterprises can extract and intelligently generate and analyze IoT data. This real-time data provides high-value, actionable insights through a single, integrated source.

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