Access Compressed Documents Containing Abridged Analysis of ARC's Supply Chain Industry Research
In a groundbreaking development, ARC Advisory Group has published a comprehensive research report on Warehouse Management Systems (WMS), shedding light on the key capabilities that will define the next-generation WMS platforms. This research, presented via Logistics Viewpoints, offers valuable insights into the evolving landscape of warehouse operations.
The research findings emphasize the importance of cloud-native, security-first deployment for next-gen WMS. These systems must be built natively for cloud environments, supporting scalability features like microservices and elastic scaling, while embedding strong cybersecurity measures such as multi-factor authentication, data encryption, and role-based access controls as essential elements rather than optional add-ons.
Another significant focus is on automation-oriented architecture. As modern warehouses increasingly rely on automation technologies, WMS platforms need to evolve from simple integration tools into orchestration engines that manage real-time task allocation across machines and human workers, enabling seamless coordination and scalability of material handling equipment.
The research also highlights the need for multi-agent task orchestration in WMS. Given the complex nature of warehouses involving humans, robots, and AI decision engines, the next-gen WMS must function as an intelligent control tower that dynamically manages task handoffs among these agents, optimizing throughput by understanding task dependencies, context, and timing in real time.
This research underscores how WMS solutions must advance fundamentally to support growing complexity, automation, security risks, and scale in modern supply chains. The research positions WMS as a critical technology evolving beyond traditional inventory and labor management towards a sophisticated real-time orchestrator of warehouse operations.
In addition to WMS, the research covers a wide range of topics including Transportation Management Systems (TMS), Global Trade Compliance (GTC) Systems, Global Trade Management (GTM) Solutions, Omni-channel Order Management Systems, Automated Storage & Retrieval Systems (AS/RS), and Supply Chain Planning.
For a high-level view of ARC's market research, downloadable executive summaries are available for each of these areas. These summaries offer a concise overview of the research, making it easy for readers to understand the key findings and trends. The phrase "Start with a summary. Go deeper with the full report." encapsulates this approach perfectly.
The research also provides Market Sizing and Five-Year Forecasts, system trends and market movers, and actionable insights to future-proof your roadmap and identify market trends. Furthermore, it explores smart freight routing, carrier management, and cost control aspects of TMS, and delves into the role of Transportation Execution Systems in redefining agility in logistics.
In conclusion, ARC Advisory Group's market research offers a comprehensive and insightful look into the future of warehouse management systems and related technologies. With the phrase "Download. Decide. Disrupt.", the research encourages readers to download the executive summaries, make informed decisions based on the insights, and prepare to disrupt the status quo in the logistics industry.
[1] For more detailed information, visit Logistics Viewpoints, a trusted industry resource supported by ARC Advisory Group’s market analysis expertise. [5] The information in this article is primarily derived from ARC-backed research presented via Logistics Viewpoints.
- The findings in the ARC Advisory Group's research report suggest that the next-generation Warehouse Management Systems (WMS) should be cloud-native and security-focused, incorporating scalability features and robust cybersecurity measures.
- As the reliance on automation technologies in modern warehouses grows, WMS platforms will need to evolve into orchestration engines managing tasks across machines and human workers for seamless coordination and scalability.
- The research underscores the need for multi-agent task orchestration in WMS, as warehouse operations become increasingly complex, involving humans, robots, and AI decision engines.
- This comprehensive research also covers various related topics, including Transportation Management Systems (TMS), Global Trade Compliance (GTC) Systems, Global Trade Management (GTM) Solutions, Omni-channel Order Management Systems, Automated Storage & Retrieval Systems (AS/RS), and Supply Chain Planning.
