Control Towers & 4PL Services: What Happened in H1 2026?

Rob van Doesburg
2 days ago
3 min read

Developments during the first half of 2026 show that Supply Chain Control Towers and 4PL services continue to evolve along three connected dimensions: objectives, service scope and system capabilities, including the use of AI.

1. Growing importance of supply chain agility

Global supply chains continue to face a complex risk environment driven by geopolitical instability, trade-policy uncertainty, climate-related disruption, cybersecurity threats and regulatory change.
Gulf and Strait of Hormuz diversions illustrated how temporary disruption responses can develop into structural routing and network decisions.
Overall, this increases the importance of supply chain agility: the ability of a supply chain to respond to external influences and marketplace changes.

2. Control Tower and 4PL service scope is moving from transport management to end-to-end orchestration

Supply Chain Control Towers are well equipped to support these agility objectives, in addition to existing cost, service and environmental goals. This is in my view another reason why the trend towards extending the scope of control towers continues: companies need to understand not only the impact on transport, but also the impact on orders, inventory, production and demand/supply planning.
This trend towards broader scope is also clearly visible in my analysis of the service offerings of more than 90 4PL providers, which was published earlier this year.
Recent examples include Mars, moving from a traditional transportation Control Tower towards predictive, capacity-aware orchestration; OIA Global, introducing a new 4PL orchestration platform that goes beyond transportation into full supply chain orchestration; and DHL, strengthening 4PL capabilities through the Toulouse control tower with end-to-end orchestration across complex multi-partner networks.

3. The scope and functionality of Control Tower systems is expanding accordingly

As identified in my analysis of more than 100 core control tower systems, system providers are supporting this trend: order and inventory visibility is being added to transport management systems, and the number of providers and solutions offering end-to-end supply chain orchestration systems is growing.
Concrete examples from the first half of this year include announcements by FourKites, with Inventory Twin enhancements connecting supply chain planning and execution, and Blue Yonder, reinforcing a market direction built around, among other capabilities, its Supply Chain Command Center.

4. AI is supporting all related Control Tower functions, including autonomous execution through agents

Providers of control tower systems are using AI to move beyond visibility and reporting towards prediction, decision support, workflow orchestration and, more recently, autonomous execution through AI agents.
AI agents are being introduced to support defined workflows such as exception prioritisation, booking and document handling.
Recent announcements include Kinaxis, introducing Maestro Agent Studio built into its end-to-end supply chain orchestration platform; SAP, introducing a new set of AI-driven assistants explicitly designed to move supply chain orchestration towards an autonomous operating model; and 4flow, providing an AI-native platform for end-to-end supply chain and logistics optimisation.

Conclusion: Agility as a New Design Principle for Control Towers

Overall, H1 2026 confirms, in my view, that Supply Chain Control Towers and 4PL providers can play an important role in realizing supply chain agility objectives. For that reason, they need to extend their scope with end-to-end supply chain orchestration services and further develop SC optimisation and transformation capabilities. In other words, agility should also become a central design criterion for future Control Tower and 4PL operating models.

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