Marco Gaietti brings decades of experience in management consulting and operations, having navigated the complex transformations of global supply chains for some of the world’s most prominent firms. As businesses move toward a future defined by sustainability and extreme efficiency, his insights into the intersection of strategic management and automated logistics provide a roadmap for the modern fulfillment center. In this discussion, we explore the shift from traditional packaging to a collaborative, high-tech ecosystem that prioritizes the environment while solving the persistent challenge of labor scarcity. We examine how the “box-last” philosophy is reshaping warehouses, the impact of rigorous European regulations on material selection, and the ways in which integrated robotics are creating a “zero-touch” reality for ecommerce leaders.
How do you view the evolution of the packaging ecosystem, particularly through the lens of a “box-last” philosophy where the machine adapts to the product rather than the other way around?
The shift we are seeing is truly remarkable, moving away from a static warehouse model toward what I call a collaborative ecosystem. This Italian, family-run firm, which has spent over 40 years in the trade and specifically 13 years focused on logistics machinery, has really centered itself as an inventive force. With a reported revenue of €170 million last year and a workforce of 650 employees, they are proving that listening to the customer instead of just chasing the competition leads to real innovation. Their “box-last” approach, where items travel via conveyor and are scanned to form a customized box, is a massive leap forward because it eliminates the need for single-use plastic padding while ensuring every item is perfectly protected. By securing over 600 patents and gaining significant backing from the Amazon Climate Pledge Fund, they have set a steep trajectory that now sees half of their sales coming from the USA, highlighting a global demand for this specific type of inventiveness.
With the EU’s Packaging and Packaging Waste Regulation setting a 70% recyclability target by the 2030s, how should firms rethink their material choices and machinery compatibility?
We have reached a point where there is universal agreement that there is simply too much packaging waste in the system, and the new regulations turn that waste into a legal liability. Transitioning from rigid plastics to paper solutions is no longer just a procurement issue; it is a fundamental challenge of machinery compatibility. By the 2030s, minimal packaging and reduced void space will become bindingly provable, which means companies must invest in systems that can handle sustainable materials without sacrificing speed. This is where the concept of “material choice” becomes critical, as companies like Mondi have pointed out that we must cut waste through re-use and recycling at every stage. We are moving toward a future where transport packaging must meet strict re-use targets, and being “compliant” means having the technology to prove that you aren’t shipping unnecessary air.
In high-volume fulfillment, how does a machine like the GeneSys redefine the relationship between picking and packing, especially when integrated with systems like AutoStore?
The integration between high-density storage and automated packaging is where the real magic happens, especially with the introduction of the Vary-Tote. This unique piece of hardware fits right inside an AutoStore grid, and when items are ready, its floor opens automatically to drop the order onto a waiting piece of cardboard. The GeneSys machine then instantly catches and folds that cardboard into a perfect, right-sized box at a rate of 800 cartons per hour. This “zero-touch” process includes dynamic box cutting, weight scales, and auto-labeling, which effectively de-couples the picking and packing operations. It allows for a modular, extendable solution that handles everything from single-item express orders to complex multi-item batches without the need for miles of complex conveyor belts between the grid and the pick face.
Addressing the persistent labor crisis and the rising cost per shipment, how does automation quantify the value of these “zero-touch” processes for a modern business?
One of the most striking realizations for many operators is that packing is actually the most expensive part of the fulfillment process, often costing many times more per shipment than the picking stage itself. In a landscape where labor shortages are a constant headache, one GeneSys machine can replace four manual packers, assuming you could even find and hire those four people in the current market. By removing the human touch and the associated error rates, companies can scale through technology rather than headcount, which is a much more sustainable long-term strategy. The ROI isn’t just in the reduced wages; it’s in the “fire and forget” mentality where products are placed on a conveyor and the system handles everything from scanning to labeling flawlessly. When you can achieve a 97% automation rate for your products, as some ecommerce divisions have done, you can ship and sell more without the bottleneck of manual labor.
How does the “Tetris-like” logic of right-sizing impact the logistical bottom line beyond just the immediate savings on cardboard and tape?
The genius of this approach lies in the code that calculates the volume of every order, essentially playing a high-stakes game of Tetris to find the most efficient dimensions. When you reduce the volume per parcel, you aren’t just saving on consumables; you are significantly cutting your courier rates because you aren’t paying to ship empty space. This is why the launch of machines like the Super Vertical One is a game-changer, as it allows for an ultra-compact footprint that can be used for peak-season boosts or as a standalone ecosystem. The machine can even incorporate internal flaps into the cardboard design, which prevents the product from shaking or moving during transit, eliminating the need for any void-fill material whatsoever. This level of precision ensures that the product scan creates the data for a perfect fit, which ultimately leads to fewer damaged returns and higher customer satisfaction.
What is your forecast for the future of order-driven fulfillment?
I forecast that within the next five to ten years, we will see the total disappearance of “standardized” shipping boxes in favor of a fully unified platform for adaptive, order-driven fulfillment. This will be an environment where manual picking, robotic piece picking, and right-sized packaging are all orchestrated by a single software layer that manages the execution path for every unique order. We are already seeing the beginning of this with “box-first” setups for brownfield sites being integrated with “box-last” technology to provide a comprehensive, right-sized portfolio. As companies continue to treat software and hardware as one cohesive system, the ability to split orders across trays to maximize machine share will become the norm. The end goal is a seamless, zero-waste supply chain that operates with surgical precision, regardless of whether it’s a peak holiday season or a standard Tuesday.
