Collaboration: A Critical Ingredient for Successful Supply Chains
As its definition states, ‘collaboration’ is ‘the action of working with someone to produce something’. When it comes to the supply chain, collaboration is a critical ingredient. The main objectives — and benefits — of supply chain collaboration are:
- Enhanced efficiency
- Improved transparency
- Greater responsiveness
- Risk mitigation
- Innovation and constant improvement
Collaboration aims to improve supply chain performance. You need to establish a streamlined, open, and adaptable supply chain. If done correctly, it should benefit all stakeholders and result in greater business and customer satisfaction. Therefore, it is the keystone to a successful Sales & Operations (S&OP) planning process.
Modern technology fosters multiple collaboration avenues:
- Internal cross-functional collaboration (within a corporation)
- External cooperative work arrangements (with trading partners)
- Machine to person collaboration (via bots and other technological tools)
Moreover, the role of mobile technology in particular has become more prominent and accepted. This enables employees to execute some critical activities at any time or any place.
Four Keys to Making Collaboration Happen
Collaboration plays a crucial role in boosting your company’s growth — and bottom line. Let’s look at the four keys that will help you enhance and optimize supply chain collaboration.
Facilitate Internal Cross-Functional Collaboration
Traditionally, supply chain collaboration occurred within a single corporation. Members of the supply chain planning team frequently worked within the same business unit.
In recent years, companies have found success in data gathering for growth purposes. However, most have kept this information within the organization. It is rare for companies to share this with external parties.
However, this data is crucial for an effective operations planning process. Furthermore when not shared, data loses its utility. Among others, some essential data for the planning process are:
- Sales forecasts
- Inventory levels
- Raw material supply levels
This traditional model is an insular way of approaching supply chain management. People often refer to it as an “inside-out” method of supply chain planning.
Employees within the corporation work as one entity. They look out from the organization and react to cues they pickup from the external landscape. They may use these signals to create demand forecasts that will reflect in the demand plan.
However, this approach can limit the potential for optimization and innovation.
Develop External Collaboration with Trading Partners
“Outside-in” supply chain planning is a more modern and holistic method. This method sees the supply chain not just as isolated processes within a company, but a group of connections. This includes suppliers, distributors, customers, supply chain partners and other stakeholders outside the corporation.
The construction and execution of the supply chain planning process must include the entire supply chain ecosystem. This holistic view recognizes that demand originates from the market. Customers and consumers drive this demand.
By developing strong external partnerships, companies can enhance their responsiveness to market demands, improve flexibility, and drive mutual growth. All parties involved benefit from this collaboration. It helps shorten the time to market and increases efficiency and improves profits.
Implement Machine-to-Person Collaboration
The Internet of Things (IoT) has transformed communication between machines, devices, bots, and people. As a result, IoT has significantly enhanced supply chain collaboration.
IoT enables real-time data sharing, updates and alerts. This increases transparency and responsiveness to unplanned disruptions in the supply chain schedule.
This machine-to-person collaboration ensures that supply chain managers can make informed decisions quickly. This enhances the overall efficiency and reliability of the supply chain.
Some of the benefits that “Machine-to-Person” (M2P) collaboration can bring to your supply chain are:
- Real-time monitoring and alerts
- Enhanced decision-making through data-driven insights – including not only business insights but also predictive maintenance
- End-to-end visibility across the supply chain – from raw material procurement to final delivery
- Automating processes improves efficiency and responsiveness. This includes inventory management; or adaptive logistics, where real-time data forms the basis for routes and schedules.
- Real time risk assessment
- Scenario planning to simulate various scenarios and their potential impacts on the supply chain
Understand the Key Role of Mobile Technology
Mobile technology is the final key to optimizing supply chain collaboration. It seamlessly integrates business processes into daily life. This allows employees to access and share data from any location with Wi-Fi or cellular access. It is fundamental for enhanced communication and coordination.
This grants your employees the ability to respond to unexpected supply chain disruptions.
However, you need to be careful when selecting the technology you provide your employees with. You need intuitive, responsive and secure S&OP software that employees can access via desktop, tablet or mobile.
In conclusion, supply chain collaboration is a critical competitive differentiator for organizations, both in supply chain planning and execution. Companies can definitely enhance their efficiency and resilience by working together internally, partnering externally, using IoT and M2P communication, and adopting mobile technology.
Want to Know More About Sales and Operations Planning?
Check out other valuable resources:
- S&OP: A 7-Step Business Process
- Key Capabilities of S&OP for Your Supply Chain
- 5 Key Benefits of S&OP for your Supply Chain
- Master Schedule: A Critical Function in S&OP
- Executive Management’s Role in the S&OP Process
- QAD Announces the Next Release of Digital Supply Chain Planning (DSCP)
- Extending Sales and Operations Planning Throughout the Supply Chain
