Warehousing and Distribution
Article | July 11, 2023
Risk management has been a problem for as long as supply chains have existed. Because of the interdependence of all its connections, even a minor issue in one isolated region has the potential to jeopardize a whole global supply chain. As a result, when major global trends and events occur, the potential for widespread supply chain disruption is enormous.
Global supply chain risks and market disruptions have reached an all-time high. The most notable of them is the COVID-19 pandemic. In a 2020 survey, the Institute for Supply Management discovered that 95% of companies faced operational issues due to the pandemic. As a result, business executives all around the globe believe that if they want to be more resilient and competitive in the present market, they need to modernize and make significant changes to their supply chain strategy.
Other recent factors that have had a significant impact on traditional supply chain practices include the fast pace of change in consumer behaviors and a pretty unstable trade and political environment.
In the last ten years, e-commerce spending has tripled, and internet shopping had increased by 149% in 2020 compared to the previous year. With the growth of e-commerce, there has been a rise in customer demand for faster delivery and more personalized shopping experiences. The Amazon Effect refers to the growing expectation for same-day delivery and its effect on businesses and logistical networks. To be resilient enough to react to these rising demands, supply chain managers have had to make fast and significant modifications to their logistics and warehousing networks, as well as discover new ways to collaborate with third-party fulfillment partners.
Even before the impact of COVID-19, American businesses were attempting to reduce their dependence on foreign manufacturers and suppliers. Foreign tariffs and trade policies had become more unpredictable by 2019, and businesses were seeking technological solutions to make the supply chains more self-sufficient and resilient. As a result, integrating digital transformation and Industry 4.0 technology into supply chain operations is quickly becoming a top concern for global business leaders.
How does Supply Chain Resilience Work?
A flexible contingency plan and the ability to react swiftly to operational disruptions are important characteristics of effective supply chain management. However, to be truly resilient, a supply chain must be able to predict and anticipate disruptions and, in many cases, avoid them entirely.
Strategic supply chain planning is an important step in achieving resilience because it synchronizes all supply chain components and increases visibility and agility. Supply and demand needs are better understood, and production is synchronized due to supply chain planning. This integrated, forward-thinking approach assists businesses in better anticipating problems, reducing the impact of supply chain disruptions, and improving overall operations.
When a business has the digital systems to analyze and make sense of Big Data, it significantly improves supply chain resilience. Artificial intelligence-enabled systems can curate disparate data sets from across the business and the globe. To discover trends and opportunities, news, competitor activity, sales reports, and even customer feedback can be examined together. The system's connected devices are constantly monitored, providing real-time insights about where and how processes can be automated and improved. For instance, AI, machine learning, and modern databases acquire and handle Big Data and analyze and learn from it in an almost infinite number of ways. This enables intelligent automation across the network and provides supply chain managers with the real-time insights they require to respond quickly to disruption and unexpected events.
Supply chain managers have traditionally sought to limit the number of partners and suppliers in their network to minimize operational and logistical complexity. This approach is based on the stability of the social, environmental, and political systems. Unexpected disruptions in one region can slow or even stop network operations across the board. Supply chain resilience technologies, such as blockchain, sensors, and advanced analytics, enable supply chain managers to monitor complex partnerships and supplier contracts even in the most remote parts of their network.
Profitability in the supply chain has always been dependent on minimizing excess and keeping inventories as lean as possible. Capacity and inventory buffers are expensive, and supply chain managers have often bet against disruptions to keep prices low. When the pandemic struck, many businesses discovered the real cost of the gamble. Supply chain operations can involve on-demand manufacturing, virtual inventories, and predictive demand forecasting using digital supply chain technologies to remain resilient, even in times of unexpected disruption.
Benefits of a Resilient Supply Chain
Finding a successful balance between supply and demand is a significant issue for any supply chain manager in an increasingly competitive market. Many businesses that have cut costs on diversification, supply chain technology, and other resilience measures have lately discovered the true cost of those choices. However, when businesses engage in diversification, supply chain technologies, and other resilience measures, they can achieve a variety of business benefits, including:
More efficient operations: Better resilience often results in less risk and a greater capacity to invest in innovation and growth. For example, according to a 2020 global business analysis conducted by Bain and Company, businesses that prioritized their investment in supply chain resilience had up to 60% quicker product development cycles and were able to increase production capacity by up to 25%.
Enhanced productivity: Resilient supply chain solutions lead to the overall system increased productivity. According to a McKinsey 2020 survey, supply chain leaders from across the world report increased productivity due to resilient supply chain systems, and 93% of those surveyed plan to prioritize resilient supply chain strategies for investment in the next year.
Risk reduction: Supply chain activities are often the most vulnerable to risk and loss in many businesses. Supply chains, by nature, are geographically distributed and functionally complex. As a result, supply chains are particularly vulnerable to risk. Resilient supply chain technologies minimize risk by providing insight into all network operations and enabling companies to improve and adjust their processes and logistics in real-time.
Technologies for an Agile Supply Chain
Digital transformation and modern supply chain technology provide businesses with the resilience and competitive advantage they need to react swiftly to disruptions and opportunities.
Artificial intelligence (AI): AI-powered supply chain systems can offer deep procedural and operational insights by gathering and analyzing data from many sources. Predictive analytics and Big Data analysis can assist in predicting risk and demand and recommending measures and reactions in the company.
Machine learning: Machine learning enables the discovery of patterns in supply chain data and the identification of these influential factors - all while constantly learning. This enables supply chain managers to react fast with the finest workflows and operational strategies available.
Industrial Internet of Things (IIoT): The IIoT network in a supply chain comprises connected devices and objects with sensors and unique IDs that allow them to transmit and receive digital data. They collect information and communicate with the central system. AI can analyze and understand this data to enable quick decisions and intelligent automation of supply chain operations and procedures.
Additive (3D) printing: Smart factories can quickly reprogram 3D printers to produce specific products on-demand without disrupting regular business operations in the long run. The accessibility of potential virtual inventories enables supply chains to defend themselves against disruption.
Robots and autonomous things: Robots and drones, which are intelligently automated for speed, efficiency, and accuracy, can adapt their operations on the go to meet quickly changing requirements. They also reduce the risk of harm by eliminating overly repetitive or dangerous tasks from human workers.
Modern databases: The resilient supply chain solutions rely on Big Data, advanced analytics, and real-time insights from modern databases. Supply chain technology can be improved to operate faster and most resilient when equipped with a modern ERP system and an in-memory database.
Resilience means more than just surviving a disruption in operations. A fully resilient supply chain and businesses survive hardship and use it to innovate and improve their business. Building a resilient supply chain is very important in this modern era because disruptions like a pandemic, wars, climate change, etc., are occurring a lot these days. A resilient supply chain helps businesses to survive and thrive even during tough times. To read more about ways to boost supply chain performance, click here.
FAQ
What is supply chain resilience?
Supply chain resilience refers to the supply chain's capacity to be prepared for unexpected risk events, react and recover swiftly to potential disruptions, and grow by shifting to a new, more desirable state in order to improve customer service, market share, and financial performance.
How is supply chain resilience measured?
A supply chain's resilience index is calculated by aggregating its company's resilience index. Given that supply chain company's performance influences overall supply chain performance, supply chain resilience should be measured using the companies' resilience index.
{
"@context": "https://schema.org",
"@type": "FAQPage",
"mainEntity": [{
"@type": "Question",
"name": "What is supply chain resilience?",
"acceptedAnswer": {
"@type": "Answer",
"text": "Supply chain resilience refers to the supply chain's capacity to be prepared for unexpected risk events, react and recover swiftly to potential disruptions, and grow by shifting to a new, more desirable state in order to improve customer service, market share, and financial performance."
}
},{
"@type": "Question",
"name": "How is supply chain resilience measured?",
"acceptedAnswer": {
"@type": "Answer",
"text": "A supply chain's resilience index is calculated by aggregating its company's resilience index. Given that supply chain company's performance influences overall supply chain performance, supply chain resilience should be measured using the companies' resilience index."
}
}]
}
Read More
Warehousing and Distribution
Article | July 11, 2023
You might be wondering what the benefits are of benchmarking. Well, imagine you are training for a 100 metre sprint in your district. What would be the key number, or metric that you would need to know?
It would, of course, be what the winning time was when this race was last run in your district. Without that information, you don’t know what you’re trying to target. It would be impossible to know if you’ll have any chance at all of winning the race.
It’s exactly the same in business. If, for example, you are concerned about the pick rates in your warehouse, or your transport costs, or your inventory accuracy, benchmarking can help you because it can show you exactly where your performance is compared to others in your industry.
A few years ago, I was working with an automotive parts business. They had a little issue with their picking productivity in the warehouse. They wondered how good it was, whether they could improve it. They actually thought it was okay.
We looked at the figures and compared them with other businesses. This helped us realise that their picking productivity should be three times better than it was. And believe it or not, over a few months they did begin to improve their productivity.
Why? Because benchmarking opened their eyes to the fact that they were at a level quite far below others in the industry.
That’s the beauty of benchmarking. Until you know what others are doing, you can’t be sure how good your performance is.
If you’ve never tried benchmarking, there are three ways you could do it.
1. Informal Benchmarking
This exercise would involve you measuring particular functions or aspects of your business and comparing that against other parts of your business. Let’s say you have a warehouse operating in one city and another operating in another city. You might start to measure the same metrics and see which one is performing better.
You might know other people in the industry who are also operating warehouses so you might agree to share some data with them.
This is probably the easiest way to start off, but it has some downsides:
You’re only measuring against a very small sample size. If all of you in the pool are not that good, how would you know what good is?
You have to make sure that the businesses are similar and you are measuring things in exactly the same way. It’s very important in benchmarking to have a standard way of applying the metric.
2. Formal Benchmarking
This can work for much larger businesses. Perhaps you have operations in many different countries. You could agree a formal structure for how you are going to measure performance. You could do monthly or quarterly benchmarks with all the parts of your international organisation. You could learn from each other and share best practice.
This method is okay but you’re not getting access to a very large pool of results to measure yourself against. You will find that companies are very reluctant to give out benchmarking data. You might also be operating in an environment where the performance is quite low right across the business.
3. Hire a Professional Benchmarking Firm
This is the ultimate way to do it, although there are not a lot of professional benchmarking firms such as ours around. If you do manage to find one, you will quickly realise that there are significant benefits to be had by bringing in the professionals:
The metrics are put together in exactly the same way: When we do a benchmarking exercise for our consulting clients, we go through a very robust data-gathering process and then make sure all the costs, for example, are in the same buckets as everyone else’s in the database.
You gain access to a big pool of results: Professionals have measured hundreds, if not thousands, of companies. This enables you to say, ‘Our company is this size, it operates in this industry, these are the characteristics of our supply chain, who else in that pool of results is like us? We want to be measured against them.”
It’s no good measuring the performance of a grocery retailer, for example, against an industrial product supplier. They have different supply chains. You need to be measuring like with like.
Read More
Warehousing and Distribution
Article | June 16, 2023
A sector which has been heavily disrupted in the last years is the mobility sector. Following decades of "car being king", we have reached a saturation and mentality shift. People want to be more healthy and more ecological (sustainable) and also avoid losing precious time in traffic jams. As a result a whole eco-system of companies has been created to find solutions for this.
This article tries to provide an overview of the trends in this market, with a focus on the Belgian market.
First of all when looking at mobility and the offers on the market it is important to make a distinction between private and professional displacements. This last category can additionally be split up between the daily commute and professional displacements during working hours.
When looking at private mobility (the so-called B2C market), the car remains an important pilar. Especially for families with (young) children it remains difficult to do everything without a car. Obviously, there is a trend to be more sustainable, which is reflected in more sales of hybrid and electric vehicles, more usage of (e)bikes and (e)steps and an increasing usage of shared mobility options (like shared bikes, steps or cars).
Statistics from China, which is already the furthest in the post-Covid era, show that most mobility options have lost terrain (compared to pre-Covid), with the exception of the car and bike. The car, although still not very sustainable, is still the most flexible and has the least chance for contamination. Especially the flexibility will become more important as office hours also become more flexible. Additionally due to the increased home working, in some cities traffic jams have considerably reduced, making room again for more people to switch back from public transport to their car.
Additionally there is the bike. This is a very flexible, individual, healthy and sustainable mode of transportation that many have discovered during the crisis. Furthermore with ebikes becoming more and more common, bigger distances can be covered without needing to be in excellent physical shape.
The professional mobility (i.e. B2B(2C) market) is however even more in evolution, as governments provide all kinds of fiscal incentives to change the mobility habits of employees and employers. Furthermore employers want to offer more flexibility (in working hours, in working location and in mobility options) and less administrative burden to their employees, allow them to profit from those fiscal incentives (resulting in an increased buying power) and become more sustainable.
As a result a variety of new offers to be more flexible and optimally profit of those extra-legal advantages has come to the market. This makes it very complex for an employer to find his way in this tangle.
Obviously, every company is unique, with multiple axes determining which mobility options are possible and best suited for the company:
The location of the company, i.e. Is the company situated in a city with a lot of mobility difficulties (traffic jams)? Is the company situated near public transport options? Is the company situated in a city where a lot of shared mobility options are available? Are the employees typically living close or far away from the company? Which kind of parking facilities does the company have? Does the company have multiple offices geographically spread over the country?
The type of work done at the company, i.e. Does the work require physical presence at a specific location (i.e. time- and location-dependent work)? Is remote work possible? Does the work require a lot of displacements to customers (and/or partners, suppliers…) during working hours?
The type of employees working at the firm, i.e. Are the employees typically living close or far away from the company? What is the age distribution of the employees within the company (e.g. lot of young people, lot of employees with children…)? How strong is the war for talent for the desired employees, forcing the employer to offer a lot of extra advantages to attract people?
The size of the company, i.e. a bigger company has the means to setup more complex mobility plans/options, as they often have dedicated people within HR specialized in these setups.
This makes it difficult to define a "one-solution-that-fits-all" approach, but rather a more tailored approach is required, with some degree of customization per customer.
Some examples:
Promoting commuting by bike via bike leasing and a bike allowance is mainly interesting for companies with employees not living too far away from the company and not requiring doing customer or other professional displacements during working hours. Additionally it depends on the profile of the employees and the safety of the trajectory between the home of the employees and the office. Note that 54% of Belgian employees does not want to use a bike to come to work, with the main reason people finding it too dangerous. At the other hand a similar percentage of employees indicates they would be very interested in options like bike leasing and bike allowances.
Shared mobility options are of course only interesting in the bigger cities, where those options are also strongly available. As a result incorporating those options in a mobility plan does not make much sense when the employer is situated in a location where those options are (almost) not available.
The same applies for "multi-modal transportation" (and the associated multi-modal route planners), which are also only interesting in the larger cities where multiple mobility options are readily available. Furthermore a company introducing this multi-modal mobility concept should be able to put a whole change management trajectory in place, as it requires discovering new mobility options and changing existing commute habits (for most employees the commute is a routine activity, which they do in "auto-pilot")
Setting up a Cafeteria plan or Mobility budget can be quite complex, making the costs and effort, especially for smaller firms, not always outweigh the benefits. New digital solutions can provide a (partial) solution to this, but they typically do not take away the uncertainties for employers to deal with something they do not fully understand.
Electric cars are still difficult for people doing large distances on a regular basis, due to their limited action radius and the too low number of charging stations (especially in the South of Belgium). On the other hand for companies where employees come to the office the whole day and that have the required space to setup charging stations, this can be a very interesting option both fiscally and ecologically.
Collective organized transport is typically only economically viable for large companies, for which a large number of employees are coming from the same region. Platforms exist to manage this cross-employers, but this raises a number of other concerns and reduces the added-value.
Options like "no-mobility" (i.e. home working) and "less-mobility" (flex-offices / co-working places) depend on the work culture and the type of work to be done. For some companies the shift to homeworking during the Covid-confinements was already a serious stretch, which will take years to get fully absorbed. Introducing new concepts like "flex-offices" (co-working places) is probably a bridge too far, especially as there is still a lot of unclarity of who will be paying (and what the fiscal implications are) for the office space (employee paying out of his mobility budget or employer paying) and even more for the added-services like drinks, snacks, catering…
…
In general employers have a big interest to do something around mobility, but when having to deal with all complexity (fiscal and operational concerns like policies, load administration…), many employers drop out. Employers fear especially all exceptions, as they often represent hidden costs and lot of extra effort. E.g. what happens if an employee leaves the company? What if someone is fired? What about the liability in case of accidents/theft/vandalism? What will be the exact total cost for me as an employer? How do I need to manage VAT? What is the exact value of benefit of all kind for the employee? Which proofs do I need to collect for the tax authorities? Does it fit with the agreements made in the collective labor agreement of the joint committee?…
These questions mainly originate from the existing unclarities in the fiscal regime, which is due to the fact that many HR managers are not yet acquainted with these new offers, the fact that new mobility offers are created continuously (making it impossible for the government to stay up-to-date) and the continuous change in regulation (e.g. "Mobility Budget", "Company Car Legislation"…).
This lack of maturity in the industry puts a break on the adoption and this maturation might take years to unfold. E.g. meal vouchers took 40 years to arrive to a market penetration of 50%, while this is a much simpler HR product than most mobility options. Until this maturity level is reached, resulting in more well-known, better integrated, more frictionless and cheaper offers, the traditional company mobility options of reimbursing public transport subscriptions and salary cars will remain mostly used. Those are still most widely known by HR managers, are fiscally still very interesting and fit well the needs and desires of most employees.
This last argument is important, as no mobility option will become mainstream unless employees are happy with it. This means the mobility option should not only give a solution for "Professional displacements" but also for the "Private displacements" (in evenings, weekend, holidays…), often with the whole family.
Nonetheless we see the market is maturing and transforming, as millions of euros of VC money are invested in promising new start-ups. Almost all of those start-ups are not profitable yet but given the market potential a few of them could grow out to become unicorns. Today’s students are more acquainted and open for these new mobility services, so likely some of them will become mainstream in the next decade.
Today a whole eco-system of young start-ups and existing incumbent players are offering mobility services, like
Car leasing companies: Alphabet, ALD Automotive, ING Lease, KBC Autolease, LeasePlan, ARVAL…
Car rental companies: Sixt, Avis, Dockx, Hertz, Rent a car…
Car sharing companies (in the form of cars that can be easily used for individual trips up to platforms facilitating sharing your private car or co-driving): Cambio, Poppy, Partago, Zipcar, Cozywheels, Getaround, Dégage, Share Now, Stapp.in, Tapazz, BlaBlaCar, Klaxit, TooGethr, Carpool (Mpact)…
Taxi services: Uber, Wave-a-Cab, Taxi.eu, Heetch, Bolt, Free Now, Allocab…
Bike leasing companies: Ctec, O2O, Joulebikes, KBC-Fietsleasing, B2Bike, Cyclis, Lease-a-bike, Cyclobility, Cycle Valley…
(e)bike, (e)step and scooter sharing & renting: Lime, Dott, Bird, Felyx, Scooty, Villo!, Billy Bike, Mobit, Blue Bike, Swapfiets, Spinlister…
Fuel card and Electric charging card issuing companies: Network Fuel Card, Modalizy, Fleetpass, Belgian Fuel Card (BFC), XXImo, EDI (Electric by D’Ieteren), New Motion, Plugsurfing, Blue Corner, Luminus, EVBOX, Cenergy, Eneco, Dats24, EV-Point,…
Parking companies (either companies providing public parkings or platforms to share individual and company parkings): Yellowbrick, Indigo, QPark, BeMobile, BePark, Pasha, ParkOffice…
Companies helping to define mobility plan and manage setup of policies and mobility plans/budgets: Social Secretariats (SD Worx, Partena, Securex, Acerta, Liantis…), Payflip, Mbrella, MaestroMobile (Espaces-Mobilités)…
MaaS (Mobility as a Service) players: Modalizy, Skipr, Optimile, Olympus, Be-Mobile, MyMove, Vaigo (Eurides), Moveasy…
(Inter-modal) Route planners: Google Maps, Coyote, Waze, Mappy, Jeasy, Skipr, Stoomlink…
Co-working place companies (either companies providing co-working places or platforms allowing to reserve spaces over multiple co-working places): Bar d’Office, Workero, Cowallonia, Burogest, Regus, Welkin, Meraki, Frame 21, Fosbury & Sons, Start it, Coffice, Spaces, House of Innovation, Ampla House, WeWork, Betacowork, Startbloc, SilverSquare…
Expense management solutions for local and international (mobility) expenses: Rydoo, XXImo, MobileXpense, N2F, Certify, SAP Concur, Travel Perk, Trippeo, SpenDesk, Splendid, Declaree, SRXP, Dicom, WebExpenses, Notilus, Expensify, ExpensePath, Abacus, ExpensePoint…
It will be interesting to see which of those companies will still be around in 10 years (i.e. which of the start-up have sufficient funding to bridge the long-time gap to profitability) and to which form they have evolved. Clearly regular pivoting will be required as this market is in full evolution.
Read More
Supply Chain
Article | April 26, 2023
Automated supply chain planning maximizes efficiency and helps achieve long-term success by addressing challenges, highlighting the benefits, and offering insights to optimize business performance.
Contents
1 Supply Chain Planning System Efficiency Maximization
2 Key Steps of Supply Chain Planning to Boost Efficiency
2.1 Implement Advanced Analytics Tools
2.2 Streamline Communication and Collaboration
2.3 Automate Processes
2.4 Consistency in Performance Improvement
3 Overcoming Major Challenges in the Process to Maximize Efficiency
3.1 Resistance to Change
3.2 Legacy Systems and Siloed Data
3.3 Inadequate Funding
4 Conclusion
1 Supply Chain Planning System Efficiency Maximization
To compete and succeed in an ongoing complex and dynamic global market, companies must maximize the efficiency of their supply chain planning systems, which help manage the flow of goods and services from suppliers to customers, optimize resources and information to meet customer demands and minimize costs and risks. An adequate supply chain planning system can increase customer satisfaction, profitability, agility, and risk management. Moreover, by reducing costs, increasing productivity, and enhancing responsiveness to market demands, maximizing efficiency can help businesses remain competitive. As a result, businesses can gain a substantial competitive edge and position the organization for long-term success by optimizing their supply chain planning systems.
2 Key Steps of Supply Chain Planning to Boost Efficiency
Businesses can significantly boost efficiency in their supply chain planning by implementing advanced analytics tools, streamlining communication and collaboration, automating processes, and ensuring consistency in performance improvement.
2.1 Implement Advanced Analytics Tools
Implementing advanced analytics in supply chain planning is key to improve supply chain efficiency. Advanced analytics tools, including demand forecasting, production planning and inventory management, can help organizations leverage large volumes of data to extract insights that enable better decision-making. The insights can be used to optimize production planning, reducing costs and increasing efficiency. In addition, it also enables businesses to detect and respond to supply chain disruptions on operations.
2.2 Streamline Communication and Collaboration
Managing and streamlining communication becomes essential for supply chain businesses, as it leads to greater agility and enables pipelines to adapt to changes in organizational structures. Leveraging cloud-based communication platforms, video conferencing, and collaboration tools enable real-time information sharing and collaboration across different teams and stakeholders. By enhancing communication and collaboration, businesses can better align their supply chain objectives, reduce communication gaps, and enhance decision-making.
2.3 Automate Processes
The integration of technologies such as order processing, inventory management, and shipment tracking under warehouse automation and logistics automation produces a vast amount of data, making it challenging for businesses to process data manually. To enhance efficiency, automating supply chain planning processes has become essential. Automating the process has eliminated multitasking, including managing goods flow, tracking road progress, and ensuring safe delivery, which was previously required in the manual process. By automating processes, supply chain management can be streamlined, leading to reduced lead times, minimized costs, and improved efficiency.
2.4 Consistency in Performance Improvement
Improving the supply chain is not a one-time fix, but a process that must be reviewed and optimized frequently. By implementing technology, businesses can continuously collect and analyze warehouse inventory management performance to identify areas for further efficiency gains and improved order accuracy. In addition, establishing a framework for continuous optimization involves regular performance reviews, feedback mechanisms, and benchmarking against industry best practices to help identify and address inefficiencies.
3 Overcoming Major Challenges in the Process to Maximize Efficiency
3.1 Resistance to Change
Supply chain planning systems are hindered by change resistance. Employees may resist change who are comfortable with the status quo and adopt new technologies and processes less often. Organizations need a comprehensive change management plan to address stakeholder engagement, communication, and training. Implementing a change management plan starts with identifying the key stakeholders and involving them in planning to gain their buy-in and support for the changes, implementing the process of the changes using different channels to reach all stakeholders and in addition, developing training programs to prepare employees for the changes and enable them to use new technologies and processes effectively.
3.2 Legacy Systems and Silos Data
Data silos and a lack of supply chain visibility are two problems that can arise when legacy systems and data are used. It also adds roadblocks in maximizing efficiency through supply chain planning software. Investing in older systems makes it challenging to gain a comprehensive view of the supply chain and informed decisions making. In addition, the systems are non-compatible with modern technology and data is stored in disconnected systems. With the help of an integrated system, all relevant information can be collected in one place, streamlining monitoring and decision-making. A data governance policy should be implemented to guarantee data quality and uniformity across all platforms. Data management, data storage, data sharing, regular monitoring and reporting on data quality are all essential components of this policy.
3.3 Inadequate Funding
Insufficient funding can affect supply chain planning system efficiency; with budget constraints, organizations may struggle to invest in new technologies, hire skilled workers, or improve processes. Thus, the supply chain planning system may become obsolete, increasing costs, lead times, and customer dissatisfaction. To overcome the challenge of inadequate funding in supply chain planning, organizations must prioritize funding and strategically allocate resources by identifying the areas that require the most investment. Exploring alternative funding sources, such as grants and partnerships, can supplement existing funding and enable organizations to invest in vital initiatives that may not have been possible with limited resources. In addition, cost-cutting measures, such as process optimization and automation, can help to stretch existing funds and boost productivity.
4 Conclusion
The supply chain planning system will continue to play a critical role in maximizing efficiency to revolutionize the supply chain professionals leverage emerging technologies such as AI, ML, and blockchain; understanding the process, identifying the challenges and overcoming them using the right strategies helps businesses in effective supply chain planning systems, gain a competitive advantage, improve supply chain performance and position themselves for long-term success. Furthermore, adopting a data-driven approach and a culture of continuous improvement in supply chain management planning can help organizations plan according to the future of supply chain and compete in the ever-changing global market.
Read More