The Global Energy Regulation Round Up is a quarterly report covering energy regulations worldwide. It is organized into three regions: North America, the European Union, and Asia. The report highlights policies and regulations related to energy, decarbonization, utilities, trade, and sustainability. It serves as a resource for information on current or upcoming energy regulations that could affect businesses. Governments use energy regulations to pursue a range of objectives, which can have both positive and negative effects on businesses. This installment of the report is for the first quarter of the year, from January 1st to March 31st, 2026.

Key Takeaways

Environmental deregulation on the federal level was the biggest trend that emerged from the United States in Q1 of 2026.
At the start of the year, two significant reporting policies from the European Union took effect, and businesses recently received some relief thanks to an omnibus simplification package that was approved.
China has approved a landmark environmental code that brings together more than 10 existing laws, targets pollution, and formalizes its carbon market.

Access the full Energy Regulation Round Up below:

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Costs are rising again, but the more important shift is where decisions are being made. AI is moving out of planning and into execution, changing how supply chains respond in real time.

The Cost Floor Is Rising Again

The expectation heading into 2026 was stabilization. That is not what Q1 delivered. Transportation costs are firming, energy markets are volatile, labor remains tight, and financing costs are higher than in recent years. Across most networks, the cost floor has reset at a higher level, and early signals suggest this is not a short-term spike but a more durable shift in the operating environment.

Supply chains are now carrying more inventory in selected nodes, building redundancy into sourcing strategies, and managing greater execution complexity across transportation and fulfillment. Each of these decisions reflects a rational response to recent disruption, but each also adds structural cost. At the same time, service expectations have not relaxed. If anything, they continue to tighten, creating sustained pressure between cost control and service performance that is unlikely to ease in the near term.

Volatility Is Now Continuous

Disruption is no longer episodic. It is persistent and often overlapping. Trade flows remain sensitive to geopolitical developments, energy pricing continues to react to regional instability, and weather variability is still affecting transportation reliability across modes. What has changed is not simply the presence of disruption, but the frequency with which multiple disruptions occur at the same time.

This environment requires faster response cycles and closer coordination across functions. The traditional model of planning in defined cycles and reacting during execution is increasingly misaligned with operating reality. Organizations are being forced to compress decision timelines and reduce reliance on manual coordination, particularly in areas where delays translate directly into cost or service degradation.

AI Is Moving Out of Planning

Over the past several years, most AI investment has been concentrated in planning functions such as forecasting, demand sensing, and network design. These use cases remain important, but the center of gravity is beginning to shift. AI is now being applied more directly within execution environments, including transportation routing, inventory rebalancing, exception management, and aspects of supplier selection.

This represents a meaningful transition from advisory systems to execution support. A forecasting model can improve the quality of a plan, but it does not directly change outcomes once conditions begin to shift. Execution-oriented systems, by contrast, operate within the flow of events, influencing decisions as conditions evolve. That distinction is becoming more relevant as volatility increases and planning assumptions degrade more quickly.

Execution Is Becoming the Constraint

Execution environments are operating at higher speed and with less tolerance for delay. Decisions made in transportation affect inventory positions, inventory decisions affect customer service outcomes, and supplier decisions propagate through the network in ways that are often not immediately visible. While most organizations have improved visibility into these dynamics, visibility alone is no longer sufficient.

The constraint is increasingly decision latency. The time required to recognize a disruption, align stakeholders across functions, and execute a coordinated response is now a primary driver of both cost and service performance. In many cases, delays are not caused by a lack of information, but by the time required to interpret that information and act on it across disconnected systems and teams.

For a structured view of how AI is being applied to execution-level decisions, the ARC analysis provides additional detail.

Download: AI in the Supply Chain — Architecting the Future of Logistics

Fragmented Systems Are the Limiting Factor

Most supply chain technology environments remain fragmented, with ERP, TMS, WMS, and planning systems operating on different data models, update cycles, and integration patterns. Even when each system performs as intended, the combined environment often responds slowly because coordination across systems is limited.

The issue is not the absence of data or visibility, but the ability to translate that visibility into coordinated action. When systems are not aligned, decisions are delayed, duplicated, or suboptimal. This fragmentation becomes more problematic as execution speed increases and the cost of delay becomes more pronounced.

What Leading Organizations Are Doing

Leading organizations are focusing less on expanding reporting capabilities and more on reducing execution latency. This includes increasing the level of automation in exception handling, enabling systems to trigger actions rather than simply generate alerts, and tightening the integration between planning and execution layers.

In practice, this can take several forms. Retail organizations are reallocating inventory between distribution centers based on current demand signals rather than static plans. Transportation teams are adjusting routes dynamically in response to congestion, cost changes, and service constraints. Procurement teams are modifying supplier allocations as new risk indicators emerge. These approaches are not fully autonomous, but they materially reduce response time and improve operational consistency.

The Role of AI in This Shift

AI is not replacing core enterprise systems. Instead, it is being applied across them, acting as a layer that interprets signals, prioritizes actions, and supports or initiates responses. In more advanced environments, AI is beginning to coordinate decisions across functional domains, helping to reduce the disconnect between planning and execution.

This is where architectures that support shared context and access to domain-specific knowledge begin to matter. As AI systems move closer to execution, their ability to incorporate prior events, current conditions, and relevant operational constraints becomes increasingly important.

What to Watch

Several developments are likely to define the next phase. Execution-level decision support will continue to expand, placing pressure on integration architectures to support faster and more consistent data movement. Exception management will become more central to operational performance, as the ability to resolve issues quickly becomes more valuable than the ability to predict them in isolation. At the same time, governance and auditability will become more important as AI systems take on a more active role in decision-making.

Where This Leaves Supply Chain Leaders

The operating model is shifting. Planning remains important, but competitive advantage is increasingly tied to execution speed, coordination across functions, and the ability to respond effectively under uncertainty. Organizations that continue to rely on manual coordination and disconnected systems are likely to face increasing cost and service pressure.

Those that reduce decision latency and improve coordination across functions will be better positioned to manage both cost and service performance in a more volatile environment.

A Practical Next Step

The ARC white paper provides a structured view of how these architectures are being implemented in practice.

Download: AI in the Supply Chain — Architecting the Future of Logistics with A2A, MCP, and Graph-Enhanced Reasoning

Final Thought

Supply chains are not becoming more predictable. They are being required to respond more quickly and with greater coordination. That shift is now visible in how decisions are being made.

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