With 43% of supply chains using smart sensors, the industry must continue to integrate IoT tools to ensure efficiency and agility.
Last week, Morai Logistics presented the benefits of implementing smart manufacturing into supply chains. The integration of technology into factory level operations, ‘helps to create opportunities that improve efficiencies, productivity and operations on the ground floor’. By smartening up manufacturing, supply chains can ensure a high level of visibility across the shipment lifecycle. In addition, there is less reliance on manual shipment processes and more focus on automation.
If we trace smart manufacturing back to its root technology, we will find the Internet of Things (IoT). Industry experts have been integrating IoT theories and technologies into a variety of ‘machine to machine (M2M) communication’. Smart sensors, or instance is a new technology that is ‘supporting supply chain innovation and the smart factory’.
The global market share of smart sensors will grow to USD $21.5 billion by this year and USD $39 billion by 2022. Their advanced ability to uncover insightful information from data position smart sensors as a valuable technology tool to supply chains. In fact, 83% of supply chain leaders believe sensors, robotics and inventory optimization tools, are beneficial for competitive differentiation.
This week Morai Logistics will discuss how IoT technologies such as smart sensors, help the supply chain and logistics industry become more efficient and agile.
Smart Thinking with Smart Sensing
It was forecasted that by this year, the global IoT market will generate over USD $1.7 trillion. Statistic also show that the number of connected devices will be 20.35 billion. The Internet and technology continue to create opportunities for greater connection and communication. In order for supply chains to keep up with demand, supply chains must adopt and implement these tools.
There are many factors to consider when developing a comprehensive smart supply chain. The advancement toward smart manufacturing helps the industry develop efficiencies in operations and productivity. Furthermore, the use of smart technologies and tools is a huge part of smartening up the journey of products throughout the shipment life cycle.
Smart sensors, for instance, has the ability to harness complex data sets and translate them into actionable and insightful information. Sensors have been used to execute traditional operations, which included tracking orders and maintaining inventory. However, there are notable differences in new smart sensors. According to Deloitte,
Smart sensors are advanced platforms with onboard technologies such as microprocessors, storage, diagnostics, and connectivity tools that transform traditional feedback signals into true digital insights.
It’s an innovative way of extracting data to enable supply chains to make smarter decisions. Statistics show that 43% of supply chain leaders stated their companies ‘use sensor technology’. Furthermore, experts say that smart sensors enable ‘always-on supply chains’. By integrating smart technologies such as sensors, supply chains can benefit in many ways.
Benefits of Smart Sensors
To keep up with an upward movement in consumer demand and expectation, supply chains must look at current barriers. Common focus has been on improving visibility, productivity and operational efficiencies. Research shows that the integration of IoT technologies help in the following areas:
- Efficiency
- Responsiveness
- Business Interuption
Smart sensors aid in collecting data and using it to help organizations with improved decision making. Furthermore, this enables management to reduce certain interferences that may include ‘missed handoffs, cold chain exceptions or theft’. The benefit of integrating smart sensors also includes ‘informed scenario-based contingency planning’. In addition, supply chains can improve their agility, ensure customer satisfaction and dodge unnecessary costs.
Robotic Process Automation (RPA) is an effective solution that helps improve efficiencies, reduce costs and optimize productivity.
Findings on the global RPA market, project a ‘Compound Annual Growth Rate (CAGR) of over 27%’ throughout 2013 to 2024. By 2024, this would amount to over 7, 000 Million (USD).
In a recent survey on RPA adoption, 17% of supply chain professionals believe RPA will be implemented in their organization’s by 2020. Furthermore, two thirds of respondents stated that their organization currently uses or are exploring this technology.
According to McKinsey & Company, RPA is defined as,
A type of software that mimics the activity of a human being in carrying out a task within a process.
Integrating this technology into any organization helps reduce human error and cost, while improving ROI and productivity. However, although skepticism exists in matters of replacing human jobs with automation, RPA actually provides many benefits to supply chains. Therefore, RPA is emerging as an effective technology for many industries, including supply chain and logistics.
This infographic by Morai Logistics outlines the top 5 ways RPA help improve supply chain management processes.
Robotic Process Automation: Supply Chain Optimization
That’s it for us this week! If you liked this blog post, why not subscribe to our blog? Interested in what we do as a 3rd party logistics provider? Then don’t hesitate to check out our services (as expressed above, we are very pro finding you the lowest total cost!). We’re also in the twittersphere, so give us a follow to get the latest logistics and supply chain news.
Experts say that supply chains must move from adoption to digital transformation if they want to improve efficiencies, operations and take their businesses to scale.
For the North American transportation supply chain and logistics industry, last year saw a widespread adoption of digital technologies. Predictive analytics proved beneficial to providing end-to-end visibility of supply chains, and ensuring efficiency with on-demand deliveries. When applied to operations, cloud-based technologies helped businesses scale, improved workflow productivity and created opportunities for competitive differentiation. Furthermore, robotic and automation armed warehouses with optimized levels of productivity and improved customer service.
Although the adoption of emerging technologies created solutions for transportation supply chains, the industry still faces many significant challenges. The increase in consumer demand for immediacy and personalization, in conjunction with pressures of the nationwide labour shortage, requires more than digital adoption. To further improve operational efficiencies, reduce costs and create opportunity for bottom line profits, supply chains must move from adoption to digital transformation.
According to Supply Chain Management Review,
Digital transformation is perhaps best explained as the implementation of new technologies to accelerate operations, sales and customer service, back office productivity and, ultimately, the growth of the business from end-to-end.
Whether the customer is a shipper, retail wholesaler or vendors, the goal of digital transformation is to ultimately improve the customer experience.
This week Morai Logistics provides an overview of what digital transformation looks like in transportation supply chains. The benefits moving from evolving from simply adopting digital technology to a comprehensive and whole-scale transformation will also be reinforced.
Digital Transformation of Supply Chains
There are many industries across the world recognizing the need to digitally transform. North America ranks at the top of the global market. By 2022, global statistics forecasts that spending on ‘the technologies and service that enable digital transformation’ will reach USD 1.97 trillion. However, in a study on the adoption of digital transformation within five major sectors, supply chains reported the ‘lowest level of digitization’.
Although digital transformation is considered to be a main focus for many, the truth is, this process fails more than it succeeds. According to the found of Supply Chain Insights, there are four common mistakes businesses make:
- Disconnect with vision and strategy on implementing digital transformation
- Transformation process does not include ownership from the business
- Focus is not on meeting the needs of the customer market
- Lack of partnership with innovative technology companies
Let’s address mistake number one: disconnect with vision and strategy. Before a supply chain executes digital transformation, they must understand the trends shaping the need to transform.
Universal Need for Digital Transformation
There are many reasons why digital transformation can improve the end to end profits of an organization. They may change depending on the industry. For supply chain and logistics, the following three reasons why adoption should move to transformation.
Customer Experience
Today, customer experience is at the top of the board when it comes to strategic priority. From social media to online buying, to smartphones, consumers have the power to connect anywhere at any time. This has changed the buyer’s journey significantly. Consumers expect a heightened level of transparency and personalized and engaging experiences.
Employee Support
The current capacity crunch and nationwide driver shortage, also requires organizations to look at employee fulfillment. Integrating digital tools throughout the supply chain, will promote efficient methods of productivity and communication. This can have an incredible impact on performance and empowerment, while also giving more time to focus on ‘streamlined decision-making’.
Strategic Insights
The implementation of technologies throughout all facets of a supply chain can help generate large data sets, known as Big Data. Online interactions between shipper and supplier can generate unceasing amounts of data. However, without appropriate tools to translate these numbers into valuable insight, meeting the needs of either party becomes challenging. Therefore, digital transformation ensures that innovative technology solutions are in place to provide strategic data that will ultimately achieve success.
Augmented reality (AR) and virtual reality (VR) are ‘revolutionary’ emerging platforms that are changing the game for supply chains.
From reducing cost to improving efficiency and accuracy, AR/VR could significantly impact the way orders are processed and shipped. The Global Augmented and Virtual Reality market is expected to reach ‘209.2 billion U.S. dollars by 2022’. With the ability to enhance any version of reality, this technology could change the way we move product from point A to B.
On the retail side, AR/VR is enabling customers to engage with products and their features without even stepping foot into a store. It also provides personalized experiences through the creation of ‘virtual fitting rooms’ and ‘virtual maps’. From a marketing and advertising perspective, there is a considerable amount of value that comes from the creation of ‘VR- and AR-powered campaigns’. It provides companies with the opportunity to give their consumers a real-time experience with their products.
In addition to machine learning and predictive analytics, AR/VR technology is also a game changer for the supply chain and logistics industry. From improving training and education, to ensuring a ‘cost-effective, fast and error free’ shipment lifecycle, there are significant benefits.
This article explains the technology behind AR/VR and uncovers how supply chains can use this platform to improve their processes.
A Brief History
Although AR/VR has become popular in the digital world only recently, the concept behind augmented reality dates back to 1957. Cinematographer, Morton Heilig, created the first ‘attempt at adding additional data to an experience’ known as the Sensorama. Almost four decades later in 1990, researcher Tom Caudell, creates the term we refer to now as augmented reality.
According to Investopedia, by definition,
Augmented reality combines real and computer-based scenes and images to deliver a unified but enhanced view of the world.
Virtual reality takes the experience once step further for users by immersing them in a ‘fully artificial digital environment’. Rather than simply enhancing a version of reality with images, they can actually move and hear. VR applications are also compatible with smartphones, which provides consumers with new and convenient ways to shop nd interact. With the ability to create accurate and immersive versions of reality, this technology provides the opportunity for supply chains to improve their processes and operations.
AR/VR in Supply Chains
As the expectations of on-time deliveries, efficient service and personalized customer experiences increase, there is a need for more supportive technology. According to Forbes, AR/VR help combat the varying complexities facing the supply chain and logistics industry today. As mentioned, this is a cost-effective solution that could also contribute to creating ‘fast, and error free’ shipment lifecycles.
The following scenarios describe how AR/VR can improve supply chains:
- Provides real-time information on ‘manufacturing facilities, distribution centers, and warehouses’.
- Delivers products on-time by providing the best transportation routes.
- Reduces the possibility of damage by providing detailed information of all packaging and contents to improve transparency.
- Reinforces security by providing drivers with ‘facial recognition technology’ to confirm customer verification.
Industry Reviews on AV/RV Technology
Mehdi Miremadi, Partner at McKinsey & Company, states that this technology creates ‘business value in supply chains’. In addition, statistics show that order fulfillment saw a 30% – 40% improvement last year, while productivity and workflow management also progressed. Senior Principal Analyst at Gartner, Tuong Nguyen, also supports this technology, as he believes AV provides effective training and onboarding to enhance worker capabilities.
The decision to apply an emerging platform to any organization is daunting. There is a lot of consideration that must come with the investment and integration of new processes. However, when applied to supply chains, experts are in favour of AV/RV.
Experts on transportation supply chain and logistics say that truck platooning may help drive efficiency in today’s demanding market.
In a special feature this month, Forbes revealed 4 Forces Transforming Logistics, Supply Chain And Transportation Today. Aside from political and economic shifts, and the recently discussed peak in consumer demand, ‘frontline technology’ also made this list. The industry is looking for ways to address efficiency, in a time where driver shortages continue to fall. Possible solutions include a shift toward autonomous vehicles, however, there is still a long way to go before complete transformation. In their article, truck platooning is referred to as the ‘next big step’. It has gained considerable attention in the industry as a solution to efficiency.
Autonomous Trucking
Although autonomous vehicle technology is far from fruition, statistics on market growth reflect the industries investment in full integration. Figures show that by 2025, ‘partially autonomous vehicles’ will value USD 36 billion, and ‘fully autonomous vehicles’ is expected to reach USD 6 billion. While consumers are favouring the integration of innovative ways to travel, the self-driving truck market is also progressing. According to Market Watch:
Global Autonomous Trucks Market is growing at 15.6% compound annual growth rate during forecast period of four years from 2018 to 2023.
On-road transportation is the most common mode for moving goods worldwide. Therefore, it makes sense that the industry is investing in ways to improve efficiency. When technology integration and transportation supply chains fused together, researchers created truck platooning.
The Rise of Truck Platooning
According to the European Automobile Manufacturer’s Association (ACEA), truck platooning uses ‘connectivity technology’ and ‘automated driving support systems’. The concept involves linking two or more trucks together as they travel in a convoy style manner from point A to B. The innovative technology still reflects reality based system where there is a leader that can direct and guide those following behind. Despite this significant advancement, these trucks still have drivers along for the ride. The industry is not at a stage to release fully-automated systems just yet. However, news coverage has reported that the use of semi self-driving vehicles are underway.
Semi-autonomous trucks are being tested in various parts of North America. CBC comments that Peleton Technologies is already testing synchronization of speed and braking being tested on two or more trucks. Their motivation to push-out this initiative is to improve ‘fuel efficiency by decreasing wind resistance’. This leads us to question the benefits of connective technologies, such as truck platooning.
Benefits of Self-Driving Convoys
In recent months, Morai Logistics has discussed the importance of transparency, efficiency and speed. Now more than ever, organizations in the supply chain and logistics industry must work harder to stay ahead of the competition. This means investing in research and development, and looking at options to optimize their shipment lifecycles.
There are a variety of benefits from the integration of autonomous vehicles in the transportation industry. In addition, the emergence of any technology provides opportunity for both the labour force and other sectors. The top benefits include:
- Efficiency – autonomous trucks helps meet efficiency and on-time delivery needs, while giving drivers the opportunity to complete administrative function.
- Improve Safety – drivers who drive for long periods of time are able to rely on advanced safety features such as immediate braking.
- Sustainability – research states that self-driving vehicles can significantly ‘lower fuel consumption and CO2 emissions.
Overall, truck platooning is an example of how technology is being used to address current barriers within the transportation and supply chain industry. The need to improve the shipment life cycle continues to fuel how we innovate our transportation methods.
The future of retail is growing increasingly reliant on digital technologies, which will place significant demand on transportation supply chains.
According to the U.S. Census Bureau, in 2017 retail sales hit a record breaking $5.7 trillion USD. By 2020, global retail sales is expected to rise to $27.73 trillion USD. Statistics also reveal that last year, ‘an estimated 1.66 billion people worldwide purchased goods online’. This translated into $2.3 trillion USD in e-sales, a figure that’s expected to rise to $4.48 trillion USD by 2021. These figures represent a positive progression of economic prosperity and in addition also identity a significant transformation in the retail industry.
Research on the cause and effect of these figures suggest that technology is playing a significant role in where retail is headed. Recent trends indicate that both technology and consumer behaviour are two notable factors influencing these numbers. Therefore, it’s no surprise that this will have an impact on supply chains, the question is how much?
Morai Logistic has identified the benefits emerging technologies provide supply chains to meet the increase in consumer demands. This week, we look at how digitization is impacting the retail industry and how this translates into a need for greater immediacy and efficiency.
Current Trends in Retail
The retail industries transition from brick-and-mortar to online, is one of the most prominent ongoing movement today. By 2020, e-commerce sales will account for ‘16% of retail sales’, making its mark as the ‘largest channel’ in North America. This doesn’t suggest that ecommerce shopping carts will completely replace traditional physical stores. However, it does require an urgency for retail companies to adjust their strategies in order to accommodate consumer demands.
There are many factors that impact consumer behaviour. For one, the internet gave people the ability to access information in real-time, helping them make informed buying decisions. From reviews to recommendations, consumers heavily rely on digital information to guide their in-store purchases. According to the Balance, as a result of changes in consumer spending,
Retailers found they had to offer value in the form of higher service and convenience in addition to lower prices.
In order for companies to respond with convenience, low prices and gain competitive advantage, they must provide both online and in-store opportunity. Statistics on consumer spending this year, signifies that there is ‘a definite move toward online shopping’. The retail industries response to this rise in consumer demands also means a shift from a product-centric model to one that is customer-centric.
The Customer Wants More
Across a variety of industries, including both retail and supply chain, we see that the customer experience is becoming a focal business model. Customization is key to propel the buyer’s journey. According to Salesforce,
84% of customers say being treated like a person, not a number, is very important to winning their business.
With easy accessibility to products online, there is also an increase in demand for ‘instant gratification’. This translates into speed, which in supply chain is referred to as immediacy. The Financial Brand states that the ability for a company to deliver a product fast is no longer a ‘nice-to-have’ but a ‘need-to-have’. Therefore, companies must structure their supply chains accordingly.
A Retail Supply Chain
As in-store and online retail sales and consumer demands continue to rise, companies must optimize the way products are delivered. A strategic approach is necessary in order to meet growing consumer expectations, which can be summarized as follows:
- Next-day or same-day delivery
- Free shipping
- Free returns
However, experts say that supply chains have not been able to keep up with this rise in retail prosperity. Worldwide management consulting firm, McKinsey & Company, states there in order to keep us there is a “need for a supply chain revolution.” What does this look like?
Retailers must improve their visibility across the entire shipment lifecycle; offer cost-effective solutions, while being able to deliver expedited shipping; restructure to achieve a ‘greater flexibility in inventory management’; and also optimize their distribution methods by incorporating optimal distribution centers (DC).
As the retail industry continues to grow and expand, supply chains will notice a progressive amount of pressure. The impact of increased consumer demand across a large scale of industries is a result of how technology is changing consumer behaviour.
Industry experts believe that supply chains must continue to utilize Big data to improve efficiency, transparency and immediacy.
In 2012, the New York Times published an article entitled “The Age of Big Data”. This term has been around for over a decade, yet as the digital revolution evolves, we must ask: How important is Big Data and what does it do for supply chains?
Experts in the field of supply chain and logistics, consider data to be an asset in optimizing operations. Our industry is seeing a growing need for Big Data, with an even greater emphasis on understanding how to use it. The lack of comprehensive knowledge and traditional change, are some of the reasons that complete integration across industries has been slow. However, statistics show that in less than two years,
One-third of all data will be stored and analyzed using cloud computing.
This progressive adoption shows promise that companies are becoming more interested in how data can solve problems. This blog post by Morai Logistics further details the concept of Big Data and outlines the benefits it can provide supply chain and logistics.
What’s the Big Deal?
Historically, the collection and transfer of large data sets has been around for years. However, there is a growing need for innovative and sophisticated processes that can qualify and quantify what the data means. Although endless amounts of data is a plus, not being able to make sense of what it means disables companies from leveraging its benefits.
The concept of Big Data was developed in 2005, by Roger Magoulas. Today, it influences a variety of industries including finance, business, life sciences, engineering, astronomy and logistics. In 2012, Gartner expands on the original definition and produces the following below:
A high-volume, high-velocity and/or high-variety information assets that demand cost-effective, innovative forms of information processing that enable enhanced insight, decision making, and process automation.
The three primary characteristics of Big Data are outlined as volume, velocity, and variety. Volume refers to how large the data-set of a company is; Velocity describes the incredible speed of extraction; and variety is classifying between structured and unstructured data. Over the years, two additional dimensions have been added to consider consistent change . Variability speaks to the unpredictability of data flow, which SAS states is ‘difficult to manage’. The term ‘complexity’ describes the countless sources that feed Big Data. It also highlights the importance of patterns and relationships in understanding how to use the information.
Big Data is a Utility Tool
Statistically, about 85% of companies have begun implementing ‘data-driven cultures’, however, only ‘37% report success’. Large sets of data are complex, with the potential to provide important information to help companies answer a diversity of business problems. However, the transformation of this data into a utility tool is dependent on how companies utilize this data.
Oracle outlines the following verticals, through which Big Data is helping global markets:
- ‘Product Development’
- ‘Customer Experience’
- ‘Operational Efficiency’
- ‘Fraud and Compliance’
In addition to the above areas, emerging platforms such as the Internet of Things (IoT) and machine learning are possible because of Big Data. The integration of these technologies produces more and more data sets for companies to process and understand. According to Oracle, cloud computing has a major role to play in expanding ‘big data possibilities’. While this is all true, industry experts may ask, what does this have to do with supply chains?
Supply Chain Advancement
As consumer demands continue to increase and the unpredictability of markets remain, our industry must stay ahead. Big Data also has a direct relationship to the advancement of supply chains. From large data sets, organizations are able to offer efficient solutions that produce scalable results in an immediate time frame. Furthermore, supply chain management processes are improved as companies acquire and translate data using real-time analytics. This optimizes the communication of information and also improves operation visibility.
There is no denying that Big Data is a critical component to the success of many industries. However, as technology continues to produce more and more data, global markets must develop ways to translate numbers into actionable solutions.
Prescriptive analytics is a decision making model that can help supply chains meet the increasing demands that have resulted from the revolution of technology.
Now more than ever, the supply chain and logistics industry is under pressure to meet the unprecedented growing demands of consumers. In addition, they also must meet demands with efficiency and immediacy, while offering competitive rates and network opportunities. The impact of emerging technologies on transportation supply chains is a point of interest to a variety of industry leaders. It requires actionable initiatives that specifically analyze innovative ways for supply chains to improve their bottom line and transform to effective digital supply networks (DSNs).
Prescriptive Analytics is a critical approach toward helping supply chains achieve this transformation. Gartner Inc.defines this technology as:
A form of advanced analytics which examines data or content to answer the question “What should be done?” or “What can we do to make _______ happen?
This form of algorithmic decision making, enables companies to visualize actions that improve operations and capitalize profits. This blog post dives deeper into understanding the function and benefits of prescriptive analytics in supply chain management.
Prescriptive Versus Predictive Analytics
Advanced analytics can be described as being either descriptive, predictive or prescriptive. Their meaning can be broken down into fundamental questions that help businesses achieve an objective.
In April, Morai Logistics discussed the imperative need for supply chains to improve transparency. We describe predictive analytics as a recommended technology that provides organizations with the technology to forecast and achieve real-time visibility. Joined by Artificial Intelligence and Machine Learning, this suite of tools help many industries such as retail, healthcare and transportation. What’s does prescriptive analytics bring to the table?
According to Digital Journal, the global prescriptive analytics market serves numerous markets including healthcare, information technology & communications, manufacturing, government and defences, and of course transportation and logistics. They share the following insight into the growth of this market:
Prescriptive analytics market accounted for USD 1.20 billion growing at a CAGR of 30.95% during the forecast period of 2017 to 2024.
In comparison to forecasting with predictive analytics, prescriptive analytics identifies how ‘business processes should evolve or be modified’. It’s an algorithmic decision making model that analyses data in order to take action. Applying this level of analysis can help any business understand how to effectively use their ‘resources, costs and capabilities’.
Benefits for Supply Chains
Transportation and logistics is a market segment that should utilize prescriptive analytics. However, their integration is comparatively slower to other industries despite feeling the pressure of consumer demand the most. Although there is a growing need for new and improved processes, many industry leaders fear the unknown of integrating a new technology tool. Supply Chain Management Review states that implementing prescriptive analytics is ‘a crucial analytics approach’. They further reinforce the following outcomes below as beneficial to improving supply chain management.
- Create ‘visibility between the supply chain and finance’.
- Provides managers with advanced platforms that help base decisions on fact-based scenarios.
- Integration of predictive benefits such as cost reductions, forecasting and end-to-end visibility.
- Create a prepared, informed and confident workforce.
Advanced analytics is a critical tool that should be integrated into any organization looking to achieve profit growth. Supply chains must continue to embrace technologies in order to meet customer demands, while creating a competitive advantage in changing markets. Predictive analytics is important because it helps supply chains understand future risks, challenges and outcomes. However, prescriptive analytics leverages data to devise action that will improve efficiency, immediacy and their bottom line.
The Canadian supply chain and logistics industry foresees a promising future integrating robotics and automation into their processes.
In 2015, the value of Canadian robotics reached $201 million in orders, with an annual growth rate of 32% between 2010 and 2015. With consumer demands for speed and efficiency increasing, the supply chain and logistics industry is seeking accelerated processes from robotics.
In the eBook, Supply Chain & Logistics: A Transforming Workforce, robotics was identified as a top technology companies should adopt to remain competitive. Companies must focus on providing consumers with individualized experiences and personalizing their product journey to provide hyper-flexibility. Statistics showed that by 2025, USD$67 Billion will be invested into robotics and automation. A value that represents the industries confidence in the benefits of this technology.
This article looks at how the robotics industry is transforming Canadian markets and how the supply chain industry can leverage this technology.
Canadian Robotics Industry
Published by Canada’s Robotics Industry, Invest in Canada discusses the global robotics market and how the country is integrating this technology into leading industries. Their research indicates that the top three industries adopting robotics include:
- Industrial Robotics
- Personal and Service Robots
- Factory Automation
The processes involved within each of the above listed industries require efficient supply chains to remain productive and effective. For instance, the manufacturing industry currently integrates robotics and automation into their warehouses. Automated handling systems contribute to reductions in operation costs and also help alleviate workers from engaging in dangerous tasks.
Canada ranks 13th globally based on “robot density”, which describes “the number of multipurpose industrial robots per 10,000 persons employed”. The value of this industry is increasing by the year, with market predictions soaring to $41 billion by 2020. However, direct investment into the industry isn’t the only way Canada is investing into the future of robotics.
Research shows that over 20 post-secondary institutions offer “advanced robotics courses and technical certifications”. The Globe and Mail has also identified the need for students to learn active listening, critical thinking and social perceptiveness. These human skills will help students excel in a future workforce of technological advancements that will surely include robotics.
Robotics and automation yield proven results that benefit many industries. However, experts believe that this technology could provide significant benefits to supply chains.
Robotics and Supply Chains in Action
The Canadian supply chain and logistics industry has been a late bloomer with the adoption of robotics and automation into their processes. The expansion of global markets is providing consumers with an instantaneous method to click and purchase. Therefore, the need for efficiency and speed is a top priority, urging the supply chain and logistics industry to get on board.
Supply Chain Digital identifies two primary benefits that robotics and automation will have on supply chains: zero-defect logistics and new levels of productivity. As stated in their article “Automation and robotics: The supply chain of the future”, it seems a target area of improvement is efficient handling. Mark Parsons states:
The new generation of collaborative robots and automated solutions with significantly improved performance and enhanced sensing capabilities, offers a genuine alternative to manual handling.
According to Supply Chain Management Review, robotics contributes significantly to order fulfillment, providing the following rewards:
- Increased productivity
- Improved efficiency
- Exceptional Customer Service
- Scale modification based on demand
The implementation of robotics, in conjunction with a cohesive working relationship with workers, moves productivity along faster and more efficiently. Although there has been speculation that robots may replace workers, the implementation of artificial intelligence and technology is working to remove that myth. The implementation of a new generation of robots, known as collaborative robots (co-bots), enable them to work side-by-side with workers. The level of intelligence and flexibility in co-bots, complement workers rather than compete with them.
If you liked this blog post, why not subscribe to our blog? Interested in our 3rd party logistics services? If so, don’t hesitate to check out our services . We’re also in the twittersphere, so give us a follow to get the latest logistics and supply chain news.
Two Norwegian companies are working together to build zero-emission, completely unmanned ships
Several companies have been very public about their race to introduce fully-automated cars to the marketplace by 2020. Did you know that two Norwegian companies have teamed up to do the same but with a fully-automated boat?
A Costly Start but Promising Future
The Yara Birkeland will be a short-range, fully electric coastal container ship. It will begin its career modestly as a “feeder” cargo ship, ferrying containers of fertilizer to and from larger ships.
It’s co-developers, Kongsberg Gruppen and Yara International, plan for the Birkeland to start operations by 2018 with a human crew aboard. Over the next two years, more of the ships’ functions will move away from human operation until its running remotely by 2020.
“At first, a single container will be used as a manned bridge on board,” Kongsberg’s chief executive Geir Haoy told the Wall Street Journal. “Then the bridge will be moved to shore and become a remote-operation centre. The ship will eventually run fully on its own, under supervision from shore, in 2020.”
The technology isn’t cheap though. The price tag for the vessel sits at $25 million, almost three times the cost of standard container ships of similar size. The cost has to do with the ship’s enhanced capabilities. It’ll be able to handle things like docking and navigation on its own (something regular container ships don’t do). Given the specialized systems onboard, the cost of on-site repairs will also be pricey further driving up the cost.
Despite the high initial investment, both companies claim that the benefits are worth it. The vessel will:
- Eliminate 40,000 diesel trucks trips annually
- Significantly reduce harmful carbon emissions
- Improve the safety of local roads
- Save up to 90% of its cost by what it reduces in crew member and fuel spending
Autonomous Vessels are the Future
The push towards autonomous sea faring vehicles isn’t being driven by Norwegian companies alone. An article in Arstechnica referencing the Wall Street Journal interview points out that Rolls-Royce Holding PLC has similar plans. Rolls Royce plans to launch robot ships by 2020, but its fleet may include tugboats, cargo ships and ferries.
SpaceX piloted a program to use uncrewed drone ships. However, their interest was in having the ship do the dangerous task of rocket landing and retrieval.
Kongsberg itself has been active with its investments in autonomous technology with its partnership with Automated Ships Ltd (ASL). They worked together in the past to develop a prototype unmanned utility ship and are now working with Bourbon Offshore to construct a robot oil rig support ship.
Autonomous vehicles are the future. Whether it be through land, air or sea, both people and cargo will soon be transported safely and efficiently to their destinations. While there are still concerns over the legal, moral and economic consequences of such technology, its benefits for supply chains and especially for the environment are too important to halt.
If you liked this blog post, why not subscribe to our blog? If you’re interested in what we do as a 3rd party logistics provider, don’t hesitate to check out our services (as expressed above, we are very pro finding you the lowest total cost!). We’re also in the twittersphere, so give us a follow to get the latest logistics and supply chain news.