Tapping into the Potential of IoT in the Food Cold Chain


A digital transformation is currently underway in the food supply chain. By leveraging the Internet of Things (IoT) and connected technologies, business leaders are beginning to achieve much tighter integration among stakeholders along every step of the food’s journey to consumers.

Historically, these efforts have been largely disconnected, with limited information exchanged at each point of transfer from one link in the supply chain to the next. Various types of recordkeeping have always been required, but methods were primarily manual and cumbersome. Now, with IoT-enabled connectivity capable of gathering real-time data virtually from farm to fork, a framework is available to help not only automate these tasks but also to pass along real value for both businesses and consumers. Not simply technology for technology’s sake, IoT can address some of the most challenging problems plaguing the food cold chain: food waste and food safety.

To begin to understand this potential, it helps to take a step back and consider what’s involved in bringing food to our tables. The process typically starts with production at a farm, proceeds to a processing plant, enters the transportation and logistics stream, arrives at a storage or distribution facility, and finally gets delivered to retailers. When you stop and think about the many opportunities for errors along the way – such as time in transport, temperatures, and humidity – it’s easy to see how quickly and easily food quality can be impacted.

We’re frequently reminded how problems in the food supply chain or preparation process can potentially lead to food safety issues for consumers; these events are detrimental to both public health and the reputations of the companies providing the damaged food. But too often, the problem of food waste is overlooked and merely considered a natural consequence of the food supply chain. A fully connected and integrated cold chain has the potential to change that.

Mitigating the cost of food waste

According to a recent study by the Boston Consulting Group (BCG), 1.6 billion tons of food – the financial equivalent of $1.2 trillion – are wasted each year. The sum of this loss essentially reduces total global food production by one-third. It’s a staggering amount that demonstrates the true extent of the problem, which, if left unchecked, could reach costs of $1.5 trillion by 2030.

The study looked at the potential for loss at every stage of the food supply chain, including production, handling and storage, processing and packaging, distribution and retail, and consumption. With the exception of consumption, IoT connectivity holds the potential to help combat the food waste crisis at every stage of the food supply chain.

Let’s look at one area that’s particularly problematic: fresh produce. The BCG study reports that among the many perishable food categories affected, fruits and vegetables represent the highest percentage of food waste, with 46 percent of total output lost each year. By employing IoT sensors to provide real-time tracking, monitoring, and analytics of food conditions, producers cab greatly extend perishable shelf life and improve the quality of fresh produce.

And it all starts from the moment of harvest.

The time of day in which produce is harvested can have tremendous impacts on how it should be processed, packaged and transported. For example, when strawberries are picked in the hotter afternoon temperatures, they’re more likely to respirate. IoT sensors can determine the fruit’s internal temperatures,  and this data feeds the analytics that helps a producer make critical decisions, such as selecting a packaging option with adequate ventilation and determining the recommended temperature and humidity conditions for the shipping container.

During transport, additional sensors can track the route location of shipping containers in real-time, continually monitoring produce conditions and making informed decisions about the delivery of perishable goods. For example, a shipment that was picked in the morning will likely not respirate as much and will stay fresher longer. Monitoring this information helps allow the producer to deliver these shipments to more distant locations without compromising food freshness. If these shipments are first routed to a distribution facility, the providers will be prepared to bring these items into inventory in ideal conditions to preserve their longevity.

Bottom line boost

This is just one example of where IoT can connect historically disconnected supply chain providers to make real differences in food quality, freshness, and longevity. And according to the aforementioned BCG study, these technologies have already been identified as one of the means to combat food waste.


Resource Credit | Progressive Grocer 

Become an industry leader with IoT


How Microsoft’s $5B investment in IoT and intelligence edge is accelerating customer, partner, and solution innovation

One year ago, Microsoft announced its commitment to invest $5B in IoT (Internet of Things) and intelligent edge – technology that is accelerating ubiquitous computing and bringing unparalleled opportunity for transformation across industries. Their commitment is to a build trusted, easy to use platform for customers and partners to build solutions – no matter where they are starting in their IoT journey.

Microsoft customers are embracing IoT as a core strategy to drive better business outcomes, improve safety and address social issues – from predicting and preventing equipment failures, optimizing smart buildings for space utilization and energy management and improving patient outcomes and worker safety. From the intelligent cloud to the intelligent edge, this year has been one of tremendous growth – in IoT technology portfolio, partner ecosystem and customer momentum – and they are only just beginning.

Accelerating customer innovation in IoT from cloud to edge across industries

What’s truly exciting is seeing customers achieve real business outcomes with Azure IoT and intelligent edge-based solutions. The IoT platform is powering customer solutions with thousands of devices, at scale, and the number of devices supported has grown nearly 150 percent year-over-year. This year, many customers such a Starbucks, Chevron, Walmart, Walgreens, BMW, Volkswagen, Toyota Material Handling Group and more are leveraging Azure as their cloud platform with IoT and AI services to accelerate their digital transformation.

Starbucks is using Azure Sphere to connect select equipment, enabling its partners (employees) more opportunity to engage with customers. This includes everything from beverage consistency, waste reduction, the management of energy consumption and predictive maintenance.

With Azure and IoT services, Chevron is connecting a critical piece of equipment – heat exchangers, which manage the heat from fluids flowing through it as part of the plant’s fuel processing – to do predictive maintenance and ultimately prevent unscheduled outages.

In Walmart’s technology center in Austin, Texas, which is designed to accelerate digital innovation, the retail leader is embracing IoT as a way to save energy and prevent product loss. Walmart is using thousands of IoT sensors on HVAC and refrigeration systems that process a billion daily data messages from stores worldwide.

As part of Microsoft’s partnership with Walgreens Boots Alliance (WBA) to make health care delivery more personal, affordable and accessible for people around the world, WBA will use a portfolio of connected IoT devices for nonacute chronic care management, delivered by Microsoft’s cloud, AI and IoT technologies.

Microsoft and BMW Group announced the Open Manufacturing Platform (OMP), a new technology framework and open community to share smart factory solutions across the automotive and manufacturing sectors to significantly accelerate future industrial IoT developments.

This year Volkswagen announced a partnership with Microsoft to create the Volkswagen Automotive Cloud with Azure and Azure IoT Edge to create a seamless experience for drivers from the moment they enter, use and leave their vehicles. From 2020 onwards, more than 5 million new Volkswagen brand vehicles per year will be fully connected and will be part of the IoT cloud.

By infusing solutions with artificial intelligence, mixed reality, and the IoT, Toyota Material Handling Group is providing solutions to customers meet the global rise in e-commerce, and move goods quickly, frequently, accurately and safely. With Microsoft technologies, the solutions range from connected forklift and field service systems available today to AI-powered concepts that pave the way for intelligent automation and logistics simulations – all designed with Toyota’s standards for optimizing efficiency, operation assisting and continuous improvement.

The stories continue to roll in.

New innovations in Microsoft’s platform

In the last year, Microsoft launched more than 100 new services and features in their IoT platform, designed to make IoT solutions more secure and scalable, reduce complexity, make the platform more open and create opportunities in new market areas. The core focus has been to address the industry challenge of securing connected devices at every layer, as well as advancing IoT to create a more seamless experience between the physical and digital worlds.

Simplifying IoT and securing IoT endpoints at scale

IoT is complex, requiring deep knowledge of cloud, security, and devices but the business benefits are significant. With Azure IoT Central, which became generally available this year, Microsoft has created a way for businesses to get started in IoT by quickly provisioning a solution in just a matter of hours and with built-in security features. With valuable data moving closer to the edge, IoT security demands a holistic approach. This year they introduced Azure Sphere, a world-class security solution for connected microcontroller devices (MCUs), which go in everything from smart-home and medical devices to equipment on the factory floor. Windows 10 IoT Core Services includes security and reliability updates for the operating system to keep device security up to date. Azure Security Center for IoT now includes support for Azure IoT services to proactively monitor IoT devices, enabling businesses to implement security best practices for detecting and mitigating threats.

Delivering spatial intelligence at scale

IoT is no longer just about connected endpoints. It’s the sum of the endpoints – the digital objects – that create a holistic solution. Microsoft sees significant opportunity for their customers to use spatial intelligence to manage physical assets and spaces with digital models and mapping across smart spaces, cities, and buildings. This fall, Microsoft introduced Azure Digital Twins to enable customers and partners to query data in the context of a space – rather than from disparate sensors – empowering them to build repeatable, scalable experiences that correlate data from digital sources and the physical world. Azure Maps provides developers from all industries powerful geospatial capabilities, and new MR services including Azure Spatial Anchors and Azure Remote Rendering enable customers to create precise points of interest in with mixed reality in physical space as well as enable interactive, high-quality 3D models.

Bringing AI to the edge 

The proliferation of IoT devices and resulting in a massive amount of data requiring real-time intelligence are fueling the need to move computer and analytics closer to where the data resides. This year, Microsoft open sourced the Azure IoT Edge runtime, providing developers even greater flexibility and control of their edge solutions, enabling them to modify the runtime and debug issues for applications at the edge. Over the past year, they added five new Azure Cognitive Services that can run locally on an edge device, and Microsoft have made it easier to deploy your own Azure Machine Learning models on Azure IoT Edge. They’ve also enabled high-speed inferencing at the edge with Azure Data Box Edge.

Growing the Microsoft  partner ecosystem

Microsoft is proud to have one of the largest and fastest-growing partner ecosystems with more than ten thousand IoT partners from intelligent edge to intelligent cloud. Partners are critical to their customers’ success in IoT, bringing rich domain expertise across industries so customers can see clear value to their business, as well as integration for critical apps and infrastructure to increase time to value.

Looking ahead: Industry opportunity in IoT

Microsoft is one year into our four-year investment. Their priority over the next three years is clear: make it easy for any company to create scalably, secured IoT solutions. They have partnered with Boston Consulting Group (BCG) to better understand the trends and opportunity for the industry at large. Microsoft findings indicate IoT is moving into broad adoption and yet, some of the greatest barriers to success are not just about technology – it’s also about business strategy and executive leadership. More than 60 percent of executives we surveyed indicated these to be bigger elements of success than technology. One in four executives we surveyed indicated that their companies’ IoT initiatives underperformed expectations. The findings highlight key ingredients for a successful IoT innovation project.

If you are looking to digitally transform your business, let allonline365 be your guide. You can contact us on +27 (21) 205 3650 or info@allonline365.com


Resource Credit | Microsoft 


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