Technology & Automation Theater
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Inflation, sustainability, worker constraints are handcuffing the warehouses ability to offload trailers efficiently and economically- Trailer offloading is the “Final Frontier” of warehouse automation
- By 2035 we don’t believe humans will be performing this inhumane task and customer adoption needs to be now when considering the finite supply of services
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Understand the difference between traditional automation and Agentic AI and how AI agents are enabling autonomous decision-making across manufacturing and warehouse operations- Explore real-world use cases for Agentic AI, including production planning, inventory optimization, warehouse slotting, labor management, quality control, and operational control towers
- Learn a practical roadmap for adopting Agentic AI by leveraging existing ERP, WMS, MES, and supply chain systems to drive measurable business outcomes and accelerate digital transformation
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Agentic Commerce will transition consumer and commercial sectors to machine-readable value chains in near future
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Companies leveraging Agentic AI will improve performance by reducing friction throughout the supply chain
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Combining zero-UI and self-healing principles, Agentic AI automations will help enhance supply chain resiliency at global scale
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Identify the operational constraints that should be addressed before adding headcount, equipment or technology-
Build cross-department alignment around throughput, service performance and profitability
- Use year-round capacity planning to protect performance through peak periods, expansion and operational change
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Learn how the FCC Covered List affects technology selection, procurement decisions, and long-term product strategies
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Gain practical insights from customer discussions, implementation challenges, and compliance considerations encountered since the announcement
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Understand how trusted technology, secure supply chains, and regulatory awareness can become competitive advantages in the evolving automation landscape
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- Common reasons supply chain technology projects fail to deliver expected results
- The role of process design, data quality, and change management in successful implementations
- Practical lessons from implementing WMS, TMS, ERP, and planning systems at scale
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Identify practical AI use cases that create measurable value in warehouse operations
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Understand how AI supports smarter execution by turning operational data into timely recommendations
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Learn how AI can enhance existing systems without disrupting core warehouse processes
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Turning condition monitoring into real interventions- Reducing unplanned downtime without over-maintaining assets
- What ROI looks like and how to measure it
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Automation requires reliable connectivity- Wi-Fi interference comes from all directions
- Proper design and environment analysis is critical
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Seeing the system: how systems thinking & decision intelligence can transform supply chain decisions
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See beyond the symptom: recognize when a recurring supply chain challenge may be the visible outcome of a broader interconnected system rather than an isolated operational failure -
Find the leverage: apply systems-thinking concepts such as interdependencies, feedback loops, delays, mental models, and leverage points to improve problem framing and identify where intervention can have the greatest impact
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Turn insight into better decisions: understand how decision intelligence can combine data, technology, evidence, and human judgment to move organizations from reactive problem-solving toward continuous learning and improvement
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How to evaluate automation partners, not just individual robots, for long-term operational success
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The hidden costs of fragmented automation platforms, third-party fleet software, and disconnected workflows
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Building a scalable automation ecosystem using one AI platform across cleaning, material handling, delivery, and future humanoid robotics
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- Simulating outcomes to de-risk warehouse investments
- Transforming daily operations with real-time intelligence
- Building a resilient, future-ready WMS
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Warehouse design for interaction, not just automation- Automation should be designed to elevate human contribution, not just reduce headcount
- The ability to shift between humans and automation allows for most resiliency and adaptability to changing warehouse constraints
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Why faster quoting does not automatically mean better quoting- Where AI strengthens human judgment – and where it should stop
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How to scale better commercial decisions across a forwarding organization
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- From analytics to agency: See how agentic AI will drive more autonomous supply chains.
- More intelligence, less control: Explore how AI will democratise decision-making—and increase complexity.
- When options become abundant, judgment becomes scarce: Understand why human judgment and strategic intent will matter more than ever.
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- Identify the hidden costs and risks of rigid automation and understand the new operating reality of continuous disruption
- Review real-world case examples that demonstrate how flexible, software-driven solutions improve operation
- Understand why leaders increasingly prioritize integration, scalability, and reconfigurability over speed of ROI
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- Why adaptive manufacturing is critical to the industry in 2026 and beyond
- Which smart technologies manufacturers need to adopt to take an adaptive approach
- Why managed service providers (MSPs) are key partners in bringing adaptive manufacturing to the industry
- How to know if your organization is a good candidate for an adaptive approach and smart technology implementation
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Understand the role of WMS, WES, and WCS within a modern warehouse automation architecture- Evaluate which software strategy best supports your automation goals and business requirements
- Avoid common technology selection mistakes that limit future automation initiatives
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Why real-time material visibility is the foundation of successful intralogistics automation -
How manufacturers can reduce material shortages without increasing inventory
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Practical strategies for implementing digital replenishment and improving production efficiency
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