Daily Archives: December 21, 2020

during the forecast period. The increasing awareness related to environmental concerns and the growing consumer and industrial interest for the use of clean energy resources are driving the adoption of green technology and sustainability solutions and services in the market.

New York, Dec. 21, 2020 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Green Technology and Sustainability Market by Technology, Application, Component And Region - Global Forecast to 2025" - https://www.reportlinker.com/p05816393/?utm_source=GNW

The airborne communication segment to hold a larger market size during the forecast periodThe communication type segment comprises airborne, air-ground, underwater, ground-based, and shipborne communications.The airborne communication segment is expected to hold a larger market share during the forecast period.

The key trend contributing to this market growth is the increased focus and investment to enhance the capabilities of air forces.Several countries, such as the US, the UK, Russia, Israel, India, Japan, Singapore, and China, have increased their spending to strengthen their air forces, which is expected to enhance the expenditure on airborne communications.

The underwater communications segment is projected to grow at the highest CAGR during the forecast period.

The services segment is expected to grow at the highest CAGR during the forecast periodThe component segment comprises solution and services.The overall services segment has a major influence on the green technology and sustainability market.

These services help lower operational costs, increase the overall revenue, and improve business productivity and performance. The solution segment is estimated to account for a larger market size during the forecast period.

The blockchain segment is estimated to grow at the highest CAGR during the forecast periodThe green technology and sustainability market by technology has been segmented into IoT, AI and analytics, digital twin, cloud computing, security, and blockchain.Various startups are already using blockchain as a tool to make energy grids more accessible and sustainable by promoting data sharing in real time.

Energy-intensive cryptocurrency mining has caused a spike in carbon emission, and hence blockchain is capable of driving innovation in the field of green technology.The cloud computing technology segment is expected to have the largest market size during the forecast period.

This growth can be attributed to the benefits of the cloud to provide real-time remote access to data through sensors, satellite images, and weather.

The crop monitoring segment is expected to grow at the highest CAGR during the forecast period.The green technology and sustainability market by applications has been segmented into carbon footprint management, green building, water purification, water leak detection, fire detection, soil condition/moisture monitoring, crop monitoring, forest monitoring, weather monitoring and forecasting, air and water pollution monitoring, and sustainable mining and exploration.The green building segment is projected to account for the largest market during the forecast period.

Technologies, such as AI and analytics, IoT, predictive maintenance, and blockchain, find multiple use cases in this application and have the potential to change how buildings are designed, built, and managed.The crop monitoring segment is expected to grow at the highest CAGR during the forecast period.

This growth can be attributed to the increasing need to remotely monitor the health and condition of crops and enable farmers to implement timely interventions that ensure optimal yields at the end of the season.

Asia Pacific to grow at the highest CAGR during the forecast periodThe green technology and sustainability market has been segmented into five regions: North America, Europe, APAC, MEA, and Latin America.North America is projected to account for the largest market size by 2020, majorly due to the broad base of green technology and sustainability vendors in the region.

Vendors are focused on R&D and integration of advanced technologies to serve the challenge of climate change and the increasing levels of emissions, pollution, and waste.The APAC is expected to be a favorable market for investments and has the highest CAGR during the forecast period.

This growth can be attributed to the focus of developing countries, such as China, India, and Singapore, on the integration of advanced technologies to enhance business processes.

Breakdown of primariesIn-depth interviews were conducted with Chief Executive Officers (CEOs), innovation and technology directors, system integrators, and executives from various key organizations operating in green technology and sustainability market. By Company: Tier I: 15%, Tier II: 40%, and Tier III: 45% By Designation: C-Level Executives: 50%, Directors: 30%, and Others: 20% By Region: North America: 25%, APAC: 30%, Europe: 30%, MEA: 10%, Latin America: 5%

The report includes the study of key players offering green technology and sustainability solution.It profiles major vendors in the global green technology and sustainability market.

The major vendors in the global green technology and sustainability market are GE (US), IBM (US), Enablon (France), Salesforce (US), Microsoft (US), Schneider Electric (France), Engie Impact (US), Intelex (Canada), Enviance (US), Sensus (US), LO3 Energy (US), Isometrix (South Africa), Taranis (Israel), Trace Genomics (US), ConsenSys (US), CropX (Israel), Hortau (US), IOT Solutions and Consulting (Europe), Pycno (UK), MineSense Technologies (Canada), WINT (US), OIZOM (India), Treevia (Latin America), SMAP Energy (UK), and Accuvio (Ireland).

Research CoverageThe market study covers the green technology and sustainability market across segments.It aims at estimating the market size and the growth potential of this market across different segments, such as components, technology, application, and regions.

It includes an in-depth competitive analysis of the key players in the market, along with their company profiles, key observations related to product and business offerings, recent developments, and key market strategies.

Key Benefits of Buying the ReportThe report would provide the market leaders/new entrants in this market with information on the closest approximations of the revenue numbers for the overall green technology and sustainability market and its subsegments.It would help stakeholders understand the competitive landscape and gain more insights to better position their business and plan suitable go-to-market strategies.

It also helps stakeholders understand the pulse of the market and provides them with information on key market drivers, restraints, challenges, and opportunities.

Read the full report: https://www.reportlinker.com/p05816393/?utm_source=GNW

About ReportlinkerReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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The global Green Technology and Sustainability market size to grow from USD 11.2 billion in 2020 to USD 36.6 billion by 2025, at a Compound Annual...

A team of researchers has joined forces with a technology firm to create what is thought to be the worlds first age verification service for whisky in a bid to tackle counterfeit products.

Everledger and the Scottish Universities Environment Research Centre have created a digital identify for whisky to help cut down on fakes

London-based blockchain company Everledger and the Scottish Universities Environment Research Centre (SUERC) at the University of Glasgow have signed a memorandum of understanding (MOU) to fight fraud in the whisky sector.

The move will see SUERC researchers fit Everledger anti-tamper bottle closures to rare Scotch whiskies. The liquid in each individual bottle will be analysed using SUERCs proprietary technology, which will be connected to the blockchain using near field communication (NFC) tags, resulting in a digital record that certifies the whiskys origin and age.

Sales of collectable bottles of single malt Scotch reached a total of 57.7 million (US$76.6m) in 2018, according to Rare Whisky 101. Researchers at SUERC estimate that as many as 40% of all rare whiskies on the market could be fake. Research released by SUERC in 2018 showed that of 55 bottles of rare Scotch they had tested, 21 were either fake or not distilled in the year stated.

The SUERC has developed a way to accurately determine when whiskies were distilled using radiocarbon dating. By being given access to samples of rare whisky, the team have created a radiocarbon dating curve that is now used to determine the age of all types of vintage whiskies. The technology is able to detect the actual age of whiskies within a few years.

Gordon Cook, head of the SUERC Radiocarbon Laboratory and a professor at the University of Glasgow, said: This method for identifying fake malt whisky samples extends from the removal of small samples through the cork, to alcohol distillation, high-precision analysis and finally, interpretation of the radiocarbon data using a unique calibration curve developed by our laboratory.

This research has been carried out in response to a growing interest in these whiskies that, if genuine, can be worth tens of thousands of pounds per bottle, which may encourage fraudsters to attempt to fake the more expensive brands. Were proud that we are now able to provide the first and only fully secure whisky age verification service in the world with the support of Everledger.

The research team decided to use Everledgers bottle caps and blockchain platform, which was launched in April 2020. Once the radiocarbon testing is complete, researchers add Everledgers NFC-powered tamper detection label to the bottle cap to create a digital identity for the whisky. Through the use of a smartphone, the provenance of the bottle and its lifecycle journey can be viewed.

Dr Elaine Dunbar, research scientist at SUERC, added: One aspect of the process that has eluded us is securing a permanent digital record of a whiskys origin and age. We are therefore absolutely delighted to establish a partnership with Everledger, who will provide a lasting seal and a digital record of the whisky and details of its radiocarbon analysis.

Its the perfect way to provide additional peace of mind for those who choose to have us verify their whiskies, and to help cut down on the trade in fakes.

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Technology that detects whisky's age is 'world first' - The Spirits Business

-- Initiatives support company initiatives to fight illiteracy, food scarcityand support STEM education--

ATLANTA, Dec. 21, 2020 (GLOBE NEWSWIRE) -- LocatorX, an innovative tracking technology provider, today announced the launch of its LocatorX Lends-A-Hand program and Women in Technology group, in support of company initiatives to fight illiteracy, food scarcity and support STEM education. Under the LocatorX Lends-A-Hand program, LocatorX initiates team-based volunteer activities as well as supports its employees in their individual volunteerism.

LocatorX Lends-A-Hand is a reflection of our identity, our principles, and our beliefsand the activities in which we engage provide distinct internal and external advantages to our amazing, growing organization, said Steve Maul, LocatorXs Chief Revenue Officer, and executive sponsor of the program. "Giving back is part of who we are at LocatorX, and we are committed to supporting our core values both locally in our home community of Atlanta, and also in every community in which our employees live.

Women in Technology is a group within LocatorX with a mission to connect the creative talents and skills of the hardworking women at LocatorX to attract and retain women for careers in technology. The group organizes and participates in community outreach activities aimed at exciting and educating girls about the technology field, and help to equip girls with the STEM (science, technology, engineering and math) skills necessary to pursue technology careers.

LocatorX is deeply passionate about STEM education, which we believe provides the foundation for long and impactful careers for women, said Cindy Sloan, LocatorXs Operations Manager. The LocatorX Women in Technology group will be active in promoting networking and mentorship opportunities within our membership for girls in our shared communities.

In October, LocatorX was named the Gold Winner of Company Response of the Year: Creative Ways Companies are Giving Back During COVID-19 from the 2020 Customer Sales & Service Awards. LocatorX was recognized for developing and launching a National Medical Device Registry in May 2020, enabling any participating hospital to log their life-saving equipment at no cost during the COVID-19 crisis. The registry also helps hospitals quickly and easily identify the status of ventilators available for loan.

LocatorX provides accurate, flexible and inexpensive tracking technology to retailers, manufacturers and distributors across a variety of industries. Founded with technology discovered at the University of Oxford, LocatorX has patented new techniques such as a cutting-edge, solid-state, location tracking, digital engagement and counterfeit detection capabilities.

For more information about LocatorX, go to https://www.locatorx.com/

Media Contact:

Will HarawayLeadCoveragewill@leadcoverage.com404.593.8320

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LocatorX Launches Lends-A-Hand Program and Women in Technology Group to Reflect Company Values and Mission - GlobeNewswire

DONGGUAN, China--(BUSINESS WIRE)--Oct. 19th~20th, 2020, 2020 China (Dongguan) International Forum & Exhibition on Epidemic Prevention and Health Industry Development was held at Dongguan Guangdong Modern International Exhibition Center, which was sponsored by Dongguan Municipal Peoples Government and guided by China Chamber of Commerce of Medicines and Health Products Importers and Exporters.

The scope of this medical epidemic prevention exhibition included mask equipment and raw materials, mask products and epidemic supplies, sterilizing and disinfecting equipment, big health products and comprehensive service, etc.

Invited by Changan Economic Development Bureau, Shenpu Technology, as one of the four business representatives, made a comprehensive presentation, which became a highlight of the exhibition with excellent product quality, abundant product variety and complete qualification.

The main brand KIEYYUEL of Shenpu Technology can be divided into more than ten series: disposable mask, N95 mask, FFP2 mask, FFP3 mask, disposable nitrile, latex and vinyl gloves, protection suit, operation gown, goggles, face shield, disposable non-woven foot cap, body bags, infrared thermometer, etc., which have passed the relevant inspection and authentication of NMPA, CE, FDA, ISO9001, ISO13485, SGS, ITS, TUV, and can be used in the field of medical check, hospital segregation, labor cleaning, chemical engineering experiment, hairdressing and beauty, food processing, machinery maintenance, electronic component, pet cleaning, etc.

Shenpu Technology is a modern enterprise of product processing, developing, producing and sale, which has 100 thousand level clean workshops, 10 thousand level microbiology laboratory, bacterial filtration efficiency tester, partial filtration efficiency toaster and other detecting instruments. With a double guarantee of strength and quality, Shenpu Technology entered National Business White List, Guangdong leading brand in the medical device industry, AAA grade faith business model unit.

At present, KIEYYUELs series products has been exported to UK, Germany, Chile, Spain, the United States, Japan, Malaysia, India and more than 40 countries, and has more than 10 International logistics stations in total, which shows KIEYYUELs will to fight the pandemic and overcome the difficulties together with global partners.

During this exhibition, KIEYYUELs series products are highly regarded by domestic and foreign businessmen, and Shenpu Technology has achieved the purchasing intention with many clients on site. Shenpu Technology will seize the opportunity to create an international high-tech enterprise by modern management policy, technology innovation and efficient execution.

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Shenpu Technology (KIEYYUEL) Made a Stunning Appearance at the International Epidemic Prevention Exhibition - Business Wire

The Technology Maturity Curve

There are some young supply chain technologies that are getting a lot of buzz. But how mature are these technologies?Do they have a proven ROI? Are they worth piloting? Or can companies safely ignore them?

There are also promising technologies that we expect will deliver great value. But we cant document the ROI or other benefits at this point.

Finally, there are technologies that do generate value that few people have heard of.

In this article, the main hyped, promising, and solid solutions but widely adopted technologies in supply chain management are discussed.

Hyped technologies are getting a lot of publicity but have little proven value. These seem like technologies in search of a solution.

Hyped technologies are getting a lot of publicity but have little proven value. These seem like technologies in search of a solution.

5G is the fifth generation of wireless technology. With 5G, youll see exponentially faster download and upload speeds. Latency, or the time it takes devices to communicate with each other wireless networks, will also drastically decrease. The benefits are clear for consumers that want to download movies on their smart phones and watch them. But will there be benefits for supply chains?

The theory is that as more and more devices throughout the supply chain and manufacturing process become part of the Internet of Things, they will produce an incredibly rich data stream that will send signals in real-time to trigger a wide variety of events. For example, using a 5G network, a parts tote could communicate that the tote is 80% depleted for this SKU which would trigger a re-order of the necessary parts. This would be a trigger across the supply chain which would result in warehouse movements, maybe LTL, consolidation, and finally distribution and delivery of re-supplies.

5G is not getting as much attention as it did last year, but we are still at the hype stage here. Despite television commercials that suggest 5G is already here, the 5G wireless networks is still being built out across the U.S. ARC is not hearing providers of supply chain technology leveraging this network to provide new value to their customers.

We continue to see companies pitching their blockchain solutions in the supply chain realm. Often these are here today, gone tomorrow startups. Blockchain is said to be a strong solution for traceability or to provide payment to linked supply chain partners after their part of a chain of linked activities has been completed. We have continued to ask blockchain providers for the names of customers that are using their technology every day as part of their newly entrenched way of doing business. Blockchain providers cannot provide these references. That is a sure sign that the technology is still in the hype stage.

Promising technologies seem like they would offer robust ROI or other tangible benefits. It is highly logical that the promised benefits will appear. But these technologies are so young, that ARC has not been able to talk to references and verify that the promised benefits are real.

These platforms allow companies to ingest massive amounts of historical and real-time streaming data, clean and prepare it, and see if applying machine learning or AI algorithms and techniques to that data will provide valuable predictions for their business.

In the supply chain realm, leading supply chain software companies are actively working to embed existing applications with AI and machine learning. For most companies this is a less risky and more cost-effective way to access the capabilities of AI.

But there are very big global corporations, corporations with revenues of over $10 billion, that have digital centers of excellence. These companies do believe that custom AI/ML applications can be built that provide value in black spaces not currently covered by existing supply chain applications. Further, for Logistics Service Providers, excellence is supply chain management is how they differentiate themselves. For them building a custom AI/ML application that their competitors do not have could make a lot of sense.Certainly, several of the largest 3PLs are doing work here and claiming they are getting good value.However, it is hard to know how credible those claims like like self-serving marketing messages.

We are also moving to blended solutions that are partly an application framework and partly an AI/ML platform. Anaplan, a supplier providing supply chain planning (SCP) and other business applications, introduced PlanIQ. PlanIQ pulls in data from Anaplan and automatically tests several AI/ML algorithms before selecting the model optimized to generate the strongest forecast for a customers unique use case. PlanIQ includes Amazon Forecast. Amazon Forecast is based on the same ML technology used by Amazon.com.

Startups have been pouring money into tests, but we are still some years away from seeing fleets of autonomous trucks on the road. And in some cases, investment dollars are beginning to dry up for this technology. One of the biggest names in autonomous truck technology was Starsky Robotics. It was at the forefront of putting autonomous trucks on the road. Its list of accomplishments is staggering. In 2016, it became the first street-legal vehicle to be paid to do real work without a driver behind the wheel. In 2018, it became the first street-legal truck to do a fully unmanned run. In 2019, it became the first fully unmanned truck to drive on a live highway. And now, even with these accomplishments, due to a lack of funding, the company shut down this year. The best guess on when we might see autonomous trucks delivering loads without drivers in the truck to take over in case something goes wrong in 2024. That is what the folks at TuSimple are projecting and they seem like straight shooters to us. But even in 2024, these trucks will not be running across all lanes nationwide.Rather there will be a focus on delivering across targeted lanes for select customers. What seems clear, however, is that the ROI of autonomous trucks could be very, very good.

River Logic is using an AI expert system that drives a graph database to aid in automating the building of the digital twin of the value chain. In traditional supply chain planning (SCP) solutions, the model has to be configured step by step this is a products bill of material, this is the routing, this a production machines setup time. But River Logic is touting their solution as one where the AI system designs and builds the graph database and relationships and selects and applies relevant business rules and logic based on a visual drag and drop diagram that lets users draw out their value chain - greatly speeding up model building and SCP implementations, including full representation of financials as they are incurred by the business. Furthermore, behind the scenes the AI expert system composes and generates a full mathematical model of the clients value chain, allowing advanced scenario optimizations to be quickly formulated and operationalized.

Infor also uses a graph database for their Multienterprise Supply Chain Business Network known as Infor Nexus. The Nexus network connects businesses to their entire supply chainfrom suppliers and manufacturers, to brokers, 3PLs, and bankspaving the way for enhanced supply chain visibility, collaboration, and orchestration. Infor makes the point that a graph databases ability to infer relationships helps to keep the model up to date. A company may assume that a suppliers component built in Wuhan China moves through the port of Shenzhen and takes 22 days on average to reach the port of Long Beach in California. But in reality, it may be that often the components often flow through a port in Xiamen and take 25 days to reach California. In short, the graph database can help keep the supply chain model accurate. This is critical for effective performance.

A robust supply chain control tower is built on a cross-functional end-to-end digital twin of the supply chain. It includes visibility to how events across the extended supply chain will impact the ability to fulfill orders to customers. The digital twin models the constraints in transportation, warehousing, production and then can produce optimized plans to handle the inevitable exceptions that arise. In the past a supply chain control towers tended to be focused more on handling transportation exceptions or be more focused on orchestrating around exceptions rather than using true optimization to maximize service at the lowest cost.In order to get the data, clean it, and normalize it, most of these modern control towers are being built using data lakes.

In the last few years a form of goods-to-person automation has come to market. These robotic shuttle systems are a hybrid of traditional shuttle systems and free roaming robots. There are a handful of providers currently offering solutions that fit into this categorization.And each one approaches the problem in a different manner. However, they all offer the benefit of high storage density and a high degree of flexibility due to the dynamic movement of bots. This bot agility removes throughput and sequencing constraints, providing increased productivity potential. These solutions align with the operational needs of many industries. However, they are coming to market just as demand is accelerating for same-day fulfillment of online orders. This spike in demand is especially prevalent in e-grocery fulfillment. These solutions may be fulfilling your next online order of apples and bread.

Robotic process automation is software that is used to automate high volume, repeatable tasks. Over time enterprise systems develop better automation and users can do their job more effectively. But companies using legacy systems may have opportunities to use an external RPA solution to automate the work inside the legacy system. RPAs do this by performing the same computer keystrokes and opening the same modules humans do. We know of a 3PL that received good payback by using RPA to automate the highly manual tasks associated with planning optimization in their legacy transportation management system (TMS). It is also used to examine carrier websites for appointment scheduling.

Descartes is embedding RPA into its routing solution. Descartes points out that for all but the simplest route planning problems, creating the best plan is not as simple as loading data and hitting the optimize button. Instead, the best planners go through multiple steps to generate optimal results. Essentially, RPA can model the steps that the best planners take to produce superior results.

My colleagues Chris Cunnane and Clint Reiser made contributions to this article.

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2021 Supply Chain Technology Trends To Watch - Forbes

Article contributed by Matthew Gavin, RPI Industries

Actually, it turned out to be fairly simple. Luckily my academic interests in engineering and keeping an eye out for costs found a home. After a brief stay at Price Waterhouse, clearly, I needed something more creative. So I sought and found an opportunity working with one of the more creative minds in foodservice: PJ Gavin, who I am blessed to call Dad. I have seen how hard he and his team at RPI and even his competitors work to bring solutions to the nations equipment dealers and consultants and ultimately their end-user operator customers.

But more importantly, foodservice has always seemed to be slightly behind the rest of the world in terms of embracing technology. I saw my joining RPI as an opportunity to merge what I do best: an opportunity to keep an eye on costs and create solutions with what I look at as reverse engineering. I think of that as seeing the solution first and then figuring out how to create and build it.

So, several months into my stay at PWC, my Dad and I were involved in a conversation about the potential of what was being called a food locker. Its a unit that enables a restaurant operator to take and prepare orders and then safety store the meal in a hot or cold locker. With the meal paid for online, it becomes a simple as the take-out customer or third-party delivery firm coming and picking up the food without any contact. That turned into giving my feedback on energy efficiency and a question about the potential of the heat being thrown off by the compressor to evaporate any condensation.

Its amazing that early on, Ive learned that in many cases great tech ideas are either launched or killed based on dumb luck and circumstance. We had no idea that COVID would come along and move Takeout & Delivery to new heights. Our Ondo line of food lockers certainly has found its groove much quicker than any of us anticipated as a result of the Pandemic.

As many of you know the food and equipment industrys big show is the NAFEM Show held every couple of years. Its typically where the latest tech advances make their debut. We brought Ondo to NAFEM 19 in Orlando. You would hardly recognize what the product has morphed into less than two years later. In many ways, Im hoping to take this space and help the industry spot some of the key tech trends early on and then follow them as they evolve and come to market.

At that show, what guests to our booth saw was a big bulky white cabinet. We knew how to make a compartment convertible from hot to cold. I inherited a relationship that my Dad had built with Panasonic to create a kiosk with a lock and key mechanism. There was interest and I began writing code for it, and the conversation continued with Panasonic. It was my job to pull it all together. Little did we know what would lie ahead with COVID.

I think the lesson for all of us with Ondo is that the greater good and real advancement requires the cross blending of technology and foodservice manufacturing expertise. From a purely financial standpoint, it would cost millions to go at this alone to build something out from the bottom up that will ultimately be used by millions of people. What weve learned is you build a team to leverage companies that have expertise in malware and server farms, etc. So for us with Ondo, it began with partnering with Panasonic who has the size and power to make this a reality.

What has been really interesting has been the impact that the Pandemic has had on the restaurant and foodservice equipment business. With that has come a new dependence of food operators on takeout & delivery. From a case manufacturing standpoint that has meant the ability to facilitate contactless transactions between restaurants and their customers.

Although, there are those who look at the foodservice equipment manufacturing industrys approach to technology as archaic, I see a glass half full of opportunity. We live in a world beyond food service that is utilizing automation and robotics, so its just a matter of time. Ultimately like healthcare and finance, our industry will embrace new technology to optimize efficiency. For foodservice, it is going to become essential to battle the challenges of finding labor and optimizing the customer experience in the restaurant.

What I have found most fascinating is the type of entrepreneur that is emerging with their vision of how to maximize takeout and delivery profits while we slug our way through as an industry the second half of the pandemic and then onto the future.

Among the leaders of operators that have vision for the power of technology is Stratis Morfogen. His Brooklyn Dumpling Shop concept is one of the industrys first collaboration of technology and computers. Foodservice has technology and plenty of computers, but the next step will be to add concepts including AI (Artificial Intelligence) to launch a new generation of efficiency. In simple terms that will enable the cost-efficient cloning of code being used to operate in New York to multiple dining units within a brand across the country.

Technology is on the verge of finding its real niche in foodservice. What COVID created is a scenario in which people didnt want to interact with other people and they didnt want to leave their homes. Technology and this new collaboration with computers have enabled visionary operators to create a contactless solution with countless others on the horizon to change our industry.

Matthew Gavin is Vice President of New Technology at RPI Industries. Gavin hails from Moorestown, NJ. He is a graduate of Lehigh University where he earned a degree in integrated engineering. His interest in Math and Science and business has found a home as he works to bring the very latest in technology to the iconic manufacturer of foodservice cabinets and display cases. He can be reached with your new tech ideas and questions at mgavin@rpiindustries.com

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Understanding the Role of Technology in Today's Foodservice Equipment Marketplace - Total Food Service