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Events

OI Session: AI in Supply Chain and Logistics

Categories
Events

OI Session: AI in Supply Chain and Logistics

The OI session on “AI in Supply Chain and Logistics” featured industry experts discussing the transformative role of artificial intelligence (AI) across various sectors of the supply chain, including pharmaceuticals, steel, and packaging. The session highlighted both the potential benefits and the challenges of integrating AI into existing systems.

The panelists that participated are Bharat Bhushan Rathi, Head of Distribution and Logistics at Mankind Pharma, with over 17 years of experience in various logistics and management roles. Dr. Ghanshyam Singh, Head of Purchase & Supply Chain Management, with expertise in B2B and B2C, and previous roles at Walmart, Rich’s, Savencia, and Chaipoint, holding a PhD in Strategy, MBA, and LLB. Sameer Gupta, Deputy General Manager – Supply Chain (LSS-Black Belt) at JK Tyres & Industries Ltd. S.K. Ranka, Head of Procurement at Maharashtra Seamless Ltd, with extensive experience in procurement and supply chain management.

Key Insights

1. Pharmaceutical Industry

  • AI Use: AI is being used to help with demand planning by forecasting production requirements and illnesses.
  • Human Touch: Because of the industry’s intricacy, human intervention was necessary despite AI’s potential. According to pharmaceutical specialist “the current supply chain is a well-designed human chain,” highlighting the need for AI to support human decision-making rather than replace it.
  • Industry Dynamics: Seasonality has a significant impact on India’s fragmented industry, making adaptability essential for success.

2. Steel Industry

  • SK Ranka of Maharashtra Seamless Limited discussed how artificial intelligence (AI) helped collect historical data and forecast market trends, resulting in better-informed procurement strategies.
  • Inventory management: Steel producers had to balance output for local markets against exports due to low domestic demand. Despite being crucial, accurate demand forecasting was difficult because of erratic outside influences.

3. Packaging Industry

  • The panelists emphasized how artificial intelligence (AI) facilitated improved decision-making by offering insights into global market circumstances, raw material costs, and refinery optimization.
  • Negotiation Efficiency: With many negotiations occurring every day, the capacity to evaluate information prior to discussions greatly enhanced results.

4. Predictive Capabilities and Agility

  • The role of AI: AI improved enterprises’ capacity to monitor sustainability efforts, make prompt choices, and streamline transportation systems.

  • Sustainability Focus: AI is helping enterprises make the shift to more sustainable operations by lowering carbon footprints and managing energy utilization.

5. Challenges and Innovations

  • Implementation Barriers: Using AI to its full potential is difficult due to supply chain complexity. It is believed that startups were essential in providing creative answers to these problems.

  • Real-Time Solutions: Businesses like Syook showed how AI-powered solutions greatly improved asset management and logistics operational visibility and efficiency.

6. Digital Transformation

  • Enterprise Solutions: A number of companies implemented AI and big data strategies to optimize production planning, inventory control, and procurement procedures, leading to significant cost and efficiency savings.

The conversation acknowledged the ongoing need for human expertise while highlighting the critical role AI plays in improving supply chain management. To overcome current obstacles and take advantage of the benefits AI offered, cooperation and creativity were crucial. In order to prepare supply chain management for a bright future, the session ended with a request for continued participation and investigation of new technologies in subsequent meetings.

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Evolving Use Cases

Supply Chain Optimization: Enhancing Efficiency with Advanced Technologies

Categories
Evolving Use Cases

Supply Chain Optimization: Enhancing Efficiency with Advanced Technologies

In today’s competitive corporate climate, supply chain optimization is an essential technique for increasing efficiency, lowering costs, and boosting customer satisfaction. Advanced technologies like IoT, AI, and blockchain are transforming supply chain management by enabling real-time visibility, predictive analytics, and increased security. This article delves into how supply chain optimization works, its advantages, and the common procedures involved.

The Mechanics of Supply Chain Optimization

Supply chain optimisation entails adopting cutting-edge technology and data-driven techniques to simplify processes, reduce waste, and increase productivity. Here’s a step-by-step explanation of the normal procedure:

  1. Data Collection and Integration: The collecting and integration of data from numerous sources, including suppliers, manufacturers, warehouses, and logistics providers, is the first step in supply chain optimisation. This information is obtained by IoT sensors, RFID tags, and other tracking technologies.
  2. Analyzing and Modeling: Advanced analytics and AI algorithms use gathered data to spot patterns, forecast demand, and optimise inventory levels. Simulation models are used to evaluate various situations and identify the most effective solutions.
  3. Planning and Forecasting: Based on the findings, supply chain planners can estimate demand, manage production schedules, and efficiently allocate resources. Predictive analytics aids in forecasting market trends and adapting tactics accordingly.
  4. Inventory Management: Optimised inventory management guarantees that the appropriate amount of stock is kept at each level of the supply chain. Automated systems monitor inventory levels in real time, lowering the risk of overstocking and stockouts.
  5. Transportation and Logistics: Transportation management systems (TMS) optimise route, scheduling, and load planning to save costs and speed up delivery times. Real-time tracking and visibility technologies give information about shipment progress and any delays.
  6. Continuous Monitoring and Improvement: The supply chain is constantly monitored via real-time data and performance measurements. Continuous improvement procedures are used to detect bottlenecks, simplify operations, and increase overall efficiency.

Handling Different Scenarios

Supply chain optimization is designed to be flexible and responsive to various scenarios:

Demand Fluctuations: Advanced forecasting technologies detect demand changes, allowing supply chain managers to alter production schedules and inventory levels as needed.

Disruptions and Delays: Real-time tracking and visibility solutions alert users to potential interruptions including as delays, equipment breakdowns, and natural disasters. Contingency plans are launched to reduce the effect and ensure continuation.

Supplier Issues: Supplier performance is constantly reviewed, and alternative suppliers are found and onboarded to provide a stable supply chain.

Benefits of Supply Chain Optimization

The adoption of supply chain optimization offers numerous advantages:

Increased Efficiency:Streamlined processes and optimised resource allocation lead to greater efficiency and production throughout the supply chain.

Cost Reduction: Supply chain optimisation saves money by minimising waste, lowering inventory costs, and optimising transportation.

Improved Customer Satisfaction: Faster delivery times, more precise order fulfilment, and more product availability all contribute to higher customer satisfaction and loyalty.

Enhanced Visibility and Control:Real-time data and analytics enable complete insight and control of the supply chain, allowing for proactive decision-making.

Risk Mitigation: Advanced technologies aid in recognising and managing risks, resulting in a robust and dependable supply chain.

Ensuring Security and Compliance: Supply chain optimisation must adhere to industry norms and standards to safeguard data security and privacy. Blockchain technology is frequently utilised to improve transparency and traceability, while strong cybersecurity measures prevent data breaches and cyber attacks.

Take Away:

Supply chain optimisation is changing how organisations function by combining sophisticated technology and data-driven methods to increase efficiency, save costs, and improve customer satisfaction. As technology advances, supply chain optimisation will become increasingly important in determining firm success and competitiveness in the global market.

Contact us at open-innovator@quotients.com to schedule a consultation and explore the transformative potential of this innovative technology.