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Sohan Lal Commodity Management Limited (SLCM)

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Celebrating 15 Years of Legacy and Excellence in Post Harvest Agri Logistics Management!

Author: digi

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Revolutionizing India’s Agri-warehousing: Trends Shaping 2025

Agriculture Warehouse Surveillance

The agricultural sector in India has historically been the foundation of the economy, providing jobs to millions and guaranteeing food security for an expanding population. Unavoidably, it contains several essential elements in the industry, such as energy, transportation, and water, that receive the most focus, which is somewhat warranted as well.

Nonetheless, another vital aspect of the entire supply chain that is frequently neglected is Post-harvest Agri Logistics Management, which is essential for reducing food grain losses, ensuring market supply stability, and offering financial connections to farmers. 

2024 Recap: Challenges & Learnings 

Over recent years, there has been a swift surge in the construction of commercial and industrial warehouses, which is also beneficial when we consider the bigger picture.  According to India Infrastructure Research, agricultural warehousing capacity needs to expand from 145 million tonnes in June 2023 to 223 million tonnes by 2026-27. This is essential to address the significant losses faced by farmers and agribusinesses due to inadequate infrastructure. A government-backed study from 2022 showed that India wastes 5-13% of its fruits and vegetables and 3-7% of crops such as oilseeds and spices from the time of harvest to consumption. This leads to a yearly financial loss that surpasses ₹1.52 trillion. Main elements leading to these losses comprise insufficient storage options, poor handling practices, and unfavorable weather circumstances.

Digital Transformation

The incorporation of technology is transforming agri-warehousing:

  • Advanced Warehousing: IoT technology and AI-based analytics are becoming commonplace, allowing for real-time oversight of storage conditions to ensure ideal environments for goods.
  • ERP in Supply Chain Transparency: ERPtechnology provides unmatched clarity, enabling accurate monitoring of food grain transport, guaranteeing authenticity, and combating fraud in the warehousing environment.

Growth of Storage Infrastructure

Major advancements are in progress to enhance storage capabilities:

  • Government Programs: Initiatives such as India’s grain storage project seek to greatly enhance storage capacity, with rural regions anticipated to experience a rise in the building of contemporary godowns and silos by 2025.
  • Cold Storage: The need for cold storage facilities for fresh produce is changing agri-warehousing, as integrated cold chain networks become more significant.

Climate-Resilient Designs 

Warehouses are implementing climate-resistant designs to endure severe weather conditions, guaranteeing the secure storage of grains.

Tailored Approaches for diverse foodgrains  

 Warehousing companies are designing specialized storage solutions for perishable items such as fruits and vegetables, as well as bulk storage for grains and pulses. These customized systems help improve the quality and extend the shelf life of stored commodities. 

Emphasize Sustainability and ESG

Sustainable methods are increasingly essential:

  • Solar-powered Surveillance in Warehouses: Utilizing solar powered CCTV cameras lower operational expenses and minimizes ecological footprint.
  • Paperless Processes: Transitioning to digital operations reduces the effects linked to deforestation, enhancing ecological sustainability.

Integration with Agri- Finance

Financial integration is empowering agricultural workers:

Warehouse Receipt Financing: Farmers use warehouse receipts as security for loans, enabling them to keep their crops longer and sell them at higher prices.

Digitizing Warehouse Receipts: Converting traditional paper receipts into digital formats enhances accessibility, transfer, and utilization, increasing efficiency and availability.

Worldwide Embrace of Phygital Innovations

Emerging nations are adopting phygital advancements in agri-logistics, establishing intelligent supply chains that effortlessly link farms with end-consumers.

Shaping Tomorrow’s Post-Harvest Supply Chain Platform: The Future of Agri-Warehousing by 2025

The Agri warehousing industry in India is navigating a dual mandate: tackling immediate challenges while laying the foundation for long-term sustainability. By 2025, key trends such as technology adoption, financial integration, sustainability practices, and strategic collaboration are set to drive the industry’s transformation.


For stakeholders—farmers, traders, and investors alike—adapting to these evolving trends will be essential. Leveraging advanced technologies, fostering strategic partnerships, and aligning with regulatory policies will enable the sector to achieve its dual objectives of operational efficiency and rural empowerment.


Looking ahead to 2025, warehousing is poised to transcend its traditional role as a storage solution, emerging as a cornerstone in reshaping India’s agricultural economy and fostering sustainable growth.

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AI in Agri Risk Management: Reducing Losses through Precision Interventions

AI in Agri Risk Management

Agriculture is one of the most essential sectors in the world, and yet it is also one of those sectors that are most threatened by risks, especially as far as crop production, storage, and transportation go. Poor storage, inappropriate handling, and inefficiency in the supply chain cause quality loss, which subsequently harms the products and their dependent livelihoods.

The Food and Agriculture Organization reports that a third of all food produced worldwide is lost or wasted every year, with most losses taking place after harvest. Losses of this nature do not only affect the farmer’s livelihood but also exacerbate hunger and put more pressure on the planet’s natural resources. This brings to light the need for intervention and change to minimize such losses.

What is Post-Harvest Losses?

Post-harvest losses arise between the time of harvesting and when the produce eventually reaches the consumer. These are usually caused by a wide range of factors and affect all parts of the agriculture supply chain.

Farmers face certain challenges with their produce like improper & delayed quality checks, poor storage conditions, logistical challenges and market inefficiencies. These challenges create significant financial losses across the agri-supply chain. However, artificial intelligence (AI) is transforming how we address these issues, especially in agri warehousing, providing a chance to solve these persistent challenges.

The Benefits of AI-Driven Interventions

Integrating AI into post-harvest risk management yields numerous benefits, both for SLCM and the entire agricultural value chain:

  • Reduction in Losses: AI’s precision allows for early detection of potential risks, significantly reducing spoilage and wastage. By enabling smarter decision-making, SLCM helps stakeholders across the supply chain avoid unnecessary losses.
  • Cost Efficiency: By optimizing storage, logistics, and market strategies, AI reduces resource wastage and operational costs for farmers, traders, and warehouses. SLCM has implemented these technologies to drive cost savings and improve efficiency at every step of the supply chain.
  • Sustainability: Precision interventions, such as AI-driven storage management, reduce the environmental footprint of agriculture. By curbing excessive use of resources like, energy, and chemicals, SLCM is helping make agriculture more sustainable.
  • Enhanced Profitability: By ensuring that more produce reaches the market in optimal condition, SLCM supports farmers and traders in increasing profitability. AI-driven insights and efficient operations help maximize the value of agricultural products.

Innovations in the Sector

We, at SLCM, constantly develop integrated systems of predictive analytics, IoT, and ERP that ensure seamless and efficient supply chains. Our AI-powered warehouse management systems adjust dynamically to fluctuations in environmental conditions, traffic, and commodity consumption patterns for the best possible quality of agricultural products, reducing waste and maximizing profitability.

These innovations are therefore cost-reducing, rather empowering farmers, traders, among other stakeholders, with relevant tools and technologies to maximize their operations. SLCM is creating a gap between traditional methods of agriculture and the actual future of agri-supply chains by integrating highly advanced AI technologies.

Conclusion

AI has ushered in an era of precision in agriculture by providing transformative solutions to problems that have plagued humankind for centuries: post-harvest losses. SLCM is pioneering new ways to improve the efficiency and sustainability of the agri-supply chain, from AI-based quality checks to predictive analytics for storage and market intelligence.

We are going to see further change in agriculture with AI and will develop smarter and more sustainable agricultural practices as we move into the future. SLCM remains committed to driving innovation for farmers, traders, and the overall agri-ecosystem, preparing them to thrive in an increasingly digital world.

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The Essential Guide to Agriculture Warehouse Surveillance

Agriculture Warehouse Surveillance

Agro logistics ensures the safety of the agricultural warehouses. The agricultural warehouse contains high-value commodities, which are not only priced high but also vulnerable to various risks such as theft, vandalism, and hazards. In this regard, an agriculture warehouse surveillance has to be effective to protect the produce and help the operational team to keep a vigilant eye round-the-clock. 

This advanced surveillance in agricultural warehouses keeps away burglars, vandals, and other such elements and helps with monitoring environmental conditions.

Best Practices in Agriculture Warehouse Surveillance: The SLCM Way

1. Advanced Surveillance Infrastructure

Under the Agri Suraksha initiative, SLCM has established 24×7 Centralized GPS-fenced monitoring of its procurement centers. The system integrates Digital E-locks, and solar-powered CCTV cameras, which deliver uninterrupted surveillance without any reliance on electricity. 

The high definition cameras provide 24X7 day-and-night vigilance at the warehouses which are being monitored centrally at the ‘War Room’ located in the SLCM headquarter. Agri Suraksha is at the forefront of ensuring both operational excellence and the safety of the stored commodities.

2. Monitoring and Alerts

The Solar powered CCTV has in-built AI-powered analytical capabilities that not only monitor videos in real-time but can also detect anomalies instantly such as unauthorized entry or intrusion. Therefore, action can be taken and inform on-ground teams for corrective measures. 

3. Digital E-locks

Complementing the surveillance system, SLCM uses advanced digital e-locks to further enhance security. These locks are integrated with real-time monitoring systems, providing an additional layer of protection for stored commodities. The digital e-locks offer remote access, ensuring that only authorized personnel can unlock storage areas.This digital solution not only prevents unauthorized access but also supports operational efficiency by enabling smoother, faster access management for authorized users.

4. Sustainable Surveillance Solutions

SLCM’s solar-powered systems ensure environmental sustainability while maintaining the highest levels of security. This is especially crucial in remote locations where consistent power supply may be challenging. To date, we have reduced 78 tonnes of CO2 emissions annually.

5. Data-Driven Insights for Proactive Measures

With Agri Suraksha, SLCM goes beyond reactive measures by prioritizing proactive solutions. By analyzing data patterns and trends, we can identify potential risks such as theft or unusual activities. These cameras can identify patterns such as recurring visitor/driver behaviour or vehicle movement in some specific area of warehouses. This allows us to take preventive action, reducing the chances of these issues occurring and helping with timely decision making to ensure the safety and quality of commodities. Our approach minimizes disruptions and enhances operational efficiency, offering a secure and reliable environment for agri-logistics.

The Impact of SLCM’s Surveillance Solutions

SLCM’s efforts, be it Agri Suraksha, have resulted in the decline of theft cases, spoilage, and operational inefficiencies in agricultural warehouses. Their proactive approach yields the following benefits:

  • Increased safety for high-value commodities.
  • Optimization of operational workflows.
  • Ensure farmers, traders, and stakeholders’ trust

Why to choose SLCM Agri Suraksha?

Expertise: Nearly two decades of experience with 17,000+ warehouses, mastering agri-logistics supply chain management

  • Innovation: Advanced monitoring and solar surveillance set new industry standards.
  • Security: Real-time alerts and proactive measures safeguard commodities.

Conclusion: 

Surveillance for securing agricultural warehouses is very relevant in the changing world of agro logistics. With high-powered comprehensive surveillance systems and the adoption of new technologies, theft, and vandalism amongst other serious incidents can be reduced. Thus, the stored commodities stand to be protected in terms of being safeguarded from financial investments and even investment in supply chain efficiency.

For unmatched agricultural warehouse surveillance expertise, join hands with Sohan Lal Commodity Management.

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Revolutionizing The Power of Warehouse Management System

Warehouse Management System india

In the fast-paced world of agro logistics, efficient management of warehouse operations is crucial. A robust warehouse management system (WMS) can make a significant difference, optimizing storage, inventory, and overall logistics processes. This blog explores the importance of a warehouse management system in the agriculture sector, detailing its benefits and how it can transform operations.

Understanding a Warehouse Management System

A software programme created to maximize warehouse operations is called a warehouse management system. From inventory management to order fulfillment, a WMS streamlines various processes, ensuring that goods are stored, tracked, and delivered efficiently. In the agriculture sector, where timely delivery and storage conditions are critical, implementing a WMS can significantly enhance productivity and reduce operational costs.

Key Benefits of a Warehouse Management System

  1. Improved Inventory Accuracy: One of the primary benefits of a WMS is improved inventory accuracy. By providing real-time data on stock levels, a WMS ensures that inventory counts are always up-to-date. This reduces the risk of overstocking or stockouts, which can be particularly costly in the agriculture sector.
  1. Enhanced Efficiency: A WMS automates various warehouse processes, such as receiving, put-away, picking, and shipping. This automation reduces manual labor, minimizes errors, and speeds up operations. In agriculture, where the timing of deliveries can be crucial, this increased efficiency is invaluable.
  1. Better Space Utilization: Optimizing warehouse space is essential for maximizing storage capacity and minimizing costs. A WMS helps in better space utilization by directing staff to store items in the most efficient locations. This is particularly important in agro logistics, where products may vary significantly in size and storage requirements.
  1. Enhanced Traceability: In the agriculture industry, traceability is crucial for ensuring product quality and safety. A WMS provides detailed tracking of goods from receipt to shipment, allowing for easy identification of any issues that may arise. This traceability is essential for compliance with industry regulations and for maintaining consumer trust.

Implementing a Warehouse Management System

Successfully implementing a WMS requires careful planning and execution. Here are some steps to ensure a smooth transition:

  1. Assess Needs: Begin by assessing your current warehouse operations and identifying areas that need improvement. Determine the specific features and functionalities required in a WMS to address these needs.
  1. Choose the Right WMS: Select a WMS that aligns with your business requirements. Take into account aspects like cost, ease of usage, scalability, and integration potential. A solution tailored to the agriculture sector can provide additional benefits.
  1. Monitor and Improve: Following system deployment, keep an eye on the system’s functionality and seek user input. Utilize this data to optimize the system and make the required changes for improved outcomes.

Conclusion

In the competitive world of agro logistics, a warehouse management system is a game-changer. By improving inventory accuracy, enhancing efficiency, and providing better space utilization, a WMS can transform warehouse operations and drive business growth. As the agriculture sector continues to evolve, staying ahead with the latest technology is essential for success.

For unparalleled expertise in implementing a warehouse management system, consider partnering with Sohanlal Commodities. Our comprehensive solutions are tailored to meet the unique needs of the agriculture sector, ensuring your operations are optimized for maximum efficiency and profitability. Contact us today to learn more about how we can help you revolutionize your warehouse management.

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