Intralogistics between technological maturity and operational requirements

Beyond the sheer number of solutions on display, what truly stood out were the underlying trends. Intralogistics—covering the management and optimization of internal flows within logistics or industrial sites—has entered a new phase. It has reached a level of maturity where performance is no longer driven by technological promise alone, but by the ability to integrate effectively into complex, real-world operating environments.

A clear convergence between automation, data, and agility

One major takeaway is the convergence of approaches. A few years ago, innovations were still presented in silos. Today, solutions are increasingly part of integrated architectures that combine automation, robotics, and intelligent control.

Automated storage systems (ASRS), autonomous mobile robots (AMR), and automated guided vehicles (AGV) are no longer standalone components. They are integrated into cohesive systems, driven by data and interconnected through increasingly sophisticated software layers. At the same time, digitalization is advancing through the emergence of digital twins capable of modeling, simulating, and continuously optimizing logistics operations.

This evolution marks a clear shift: performance now depends less on individual equipment and more on the ability to orchestrate flows in real time while ensuring reliability, usability, and scalability.

Three key drivers shaping intralogistics

The solutions observed converge around three major levers.

The first is storage densification and flexibility. In response to land constraints and fluctuating volumes, systems must combine compactness, scalability, and rapid access without compromising operational robustness.

The second lever is mobile automation. Robots can no longer be designed for idealized environments – they must operate in existing facilities, coexist with human operators, adapt to variability, and function in both indoor and outdoor settings.

The third is data. Access to reliable, real-time information has become central to operations management. It enables visibility, anticipates discrepancies, and supports decision-making. Intralogistics is increasingly becoming data-driven.

Concrete innovations focused on real-world use cases

Several solutions showcased at SITL 2026 illustrate these developments.

Within a particularly rich ecosystem, the choice has been made here to focus on three French companies whose approaches reflect both the sector’s maturity and its capacity for innovation. All three share a common objective: delivering practical, market-recognized solutions that address current industrial challenges while pushing technological boundaries.

Through LUCI-Flow™, FIVES offers an integrated approach to robotic storage, combining the strengths of traditional shuttle systems with goods-to-person architectures powered by AMRs. The goal is clear: increase density without sacrificing flexibility, maintain high throughput while simplifying operations through centralized software orchestration

FORX takes a different yet complementary approach, developing deliberately streamlined and highly operational mobile robotics. Its non-connected AMR stacker addresses a clear field requirement: automating pallet flows without adding unnecessary complexity. The development of the FX02 robot, capable of operating both indoors and outdoors, reflects this commitment to expanding use cases while maintaining a pragmatic approach.

MONSTOCK explores the field of automated inventory with its Smart Drone solution. By combining autonomous drones, embedded vision, and artificial intelligence, the solution aims to automate inventory processes, improve stock accuracy, and feed a digital twin of the warehouse. This continuous data generation opens up new opportunities for more proactive and informed operations management.

 

A more mature, more pragmatic innovation landscape

Beyond these examples, SITL 2026 confirms a deeper shift: intralogistics innovation is becoming more mature—and therefore more pragmatic.

Focusing on these three French companies highlights a strong dynamic: the ability to combine technological excellence, market recognition, and concrete operational value.

Solutions are no longer designed to demonstrate theoretical performance, but to integrate quickly, coexist with existing systems, and deliver measurable results. This maturity is reflected in a stronger emphasis on system reliability, ease of deployment, and interoperability—key factors for successful operations.

In this context, value no longer lies solely in the technology itself, but in how effectively it is integrated and how well it addresses real operational challenges.

Daher: a systemic, customer-focused approach

This is precisely the approach adopted by Daher at SITL 2026.

With a strong solutions-oriented mindset, the Group promotes a pragmatic vision of the warehouse of the future, built on the integration of complementary technologies to drive operational performance.

The educational mock-up presented at the booth, developed and operated by the Log’in by Daher teams, provides a tangible illustration of this capability to design and operate complex warehouses integrating multiple technologies. Available year-round at the Cornebarrieu site, it serves as a concrete tool to understand integration and interoperability challenges.

This approach enabled highly practical discussions with visitors around the integration of mobile robots, storage automation, omnichannel flow management, and system interoperability.

The participation of Ryad Dib, Head of Logistics Engineering at Daher, in the panel discussion “Do warehouses dream of electric humanoids?” further enriched this demonstration, offering a forward-looking perspective while remaining grounded in real industrial constraints.

Conclusion

SITL 2026 confirms that intralogistics is entering a new phase.

Technologies are now available and capable of addressing complex challenges. The true differentiator lies in their integration, their control, and their ability to deliver on their promises over time in real operating conditions.

This is where real value is created.

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