2036 / THE FUTURE BEYOND THE FUTURE
On-Demand Production + Digital Design + Supply Chains
What if a product didn't exist until somebody ordered it?
For more kinds of products, businesses could keep a digital design and the materials needed to make it instead of storing thousands of finished items that may never sell.
THE BIG PICTURE / IN 30 SECONDS
Five ideas.
One extraordinary possibility.
2031
2036
- 01
Traditional manufacturing often requires guessing demand in advance. Companies make products, ship them through warehouses and hope the right quantities arrive at the right stores before fashions, needs or technologies change.
- 02
Digital design and flexible manufacturing are loosening that relationship. Certain products can already be customized and produced in relatively small quantities without the same dedicated tooling required by mass manufacturing.
- 03
As software, materials and automation improve, more businesses may be able to postpone production until demand is clearer. A manufacturer could hold approved designs, common components and raw materials rather than every possible finished variation.
- 04
By the early 2030s, more specialty products might be made closer to the customer. Hospitals, repair organizations and industrial operators could obtain selected parts faster, especially where transportation and warehousing are more expensive than local production.
- 05
The extraordinary 2036 possibility is a partial shift from physical inventory to digital inventory. Some products might exist as validated designs until somebody orders them, changing what a manufacturer stores, where value is created and how quickly customers receive customized goods.
A production file can be sent instead of a finished part. Additive manufacturing—often called 3D printing—already allows selected parts to be made directly from digital designs. It is widely used for prototypes, tools and some certified end products. The big future possibility is not that all factories vanish, but that digital designs, flexible production equipment and local manufacturing could change which items need to sit on a shelf waiting for a buyer.
THE BIGGER STORY: What changes when making an object becomes something we can postpone until we know someone actually needs it?
THE FULL STORY / TODAY'S EVIDENCE, TOMORROW'S POSSIBILITIES
What happens when
the breakthroughs compound?
The extraordinary possibility: For more kinds of products, businesses could keep a digital design and the materials needed to make it instead of storing thousands of finished items that may never sell.
Imagine the difference
A piece of specialized equipment breaks down. The manufacturer designed it years ago, and the replacement component is no longer stocked nearby. The customer waits while a distant warehouse searches for one of the last available parts. If none can be found, a minor failure might force expensive equipment out of service.
Now imagine the manufacturer has a validated digital design and an approved local production partner. The partner can make that particular part using a qualified machine and appropriate materials, inspect it and deliver it much sooner. The new supply chain doesn't need to move a finished component across several warehouses; it moves authorized information and uses local production capacity.
That example already has limits. The geometry, materials, stresses, certification and economics must all permit such a method. Some parts cannot be produced economically this way, and others should never be made without specialized quality controls. But the principle raises a fascinating question: How much of our inventory exists because production historically had to happen long before demand was known?
2026: Mass production still dominates, but flexibility is real
High-volume manufacturing remains extraordinarily efficient for many products. An assembly line producing thousands of identical items can achieve costs that flexible one-off production cannot match. Factories also depend on tools, materials and processes optimized over decades. That physical reality won't disappear because a computer can produce a design.
At the same time, industrial 3D printing, computerized machining and flexible production cells have made some forms of customization practical. Medical devices provide a revealing example: additive manufacturing has been used to create patient-specific or otherwise specialized products under regulatory controls. Tools, fixtures and spare parts can also be made without the same economics as large production runs.
The value lies in matching the method to the product. A cheap, standardized household item may still be best made by the millions. A rare replacement part or complex custom device might be a strong candidate for demand-driven production. Too often, discussions of the 'end of inventory' ignore that distinction and jump straight to a world where everything is printed on demand. A more credible future is mixed.
2031: The warehouse begins to hold more designs
Imagine a parts distributor in 2031 serving factories with thousands of different machines. Instead of keeping every variation of certain low-volume spare parts in stock, it uses digital records to identify which products can be produced through approved partners. The distributor maintains inventory for high-demand items and stores validated production instructions for suitable rare items. When a customer orders one, the system checks material availability, production capacity, quality requirements and delivery time.
The new economic question becomes: Is it cheaper and more reliable to store the completed part, the feedstock and capacity to make it, or a combination? The answer could differ by product, location and season. Some businesses might reduce waste from unsold goods; others might find that local production costs more than traditional distribution.
Trust becomes central. A digital design is not just a picture of an object. It may include manufacturing tolerances, material specifications, safety requirements and intellectual property. A corrupted file or poorly calibrated printer could create a dangerous part even when its shape looks right. Industrial customers will need traceability and standards, not just speed.
2036: Manufacturing that begins with an order
By 2036, selected industries could operate with a much larger share of demand-driven production. A manufacturer might offer thousands of product variations without maintaining thousands of separate finished inventories. Customers could configure products within validated limits, and regional facilities might assemble or manufacture them in suitable locations. Distribution could become less about moving identical goods everywhere and more about coordinating materials, production capacity and final delivery.
The environmental benefits could be significant in some categories if fewer unwanted products are made and transported. But on-demand production is not automatically greener. A small facility using inefficient equipment or generating waste could have a worse footprint than a highly efficient centralized factory. The answer depends on energy use, material yields, transport and actual product life.
The most profound business change may be what manufacturers consider a product. A product could become a combination of a digital specification, intellectual property, materials, approved production processes and quality assurance. The finished physical item is the last step in delivering that value, rather than the starting point of the supply chain.
IT GETS PERSONAL / FOUR DIMENSIONS OF CHANGE
What could this mean
for my future?
My life
People might gain more options for personalized products, repairs and replacement parts that are difficult to find today. Waiting times could improve for some specialized goods. But consumers will still need warranties, safety standards and reliable support. A customized product that breaks quickly is not progress simply because it was made on demand.
My career
Product design, manufacturing engineering, quality assurance, logistics and industrial cybersecurity could become more interconnected. Workers may move between conventional production and flexible methods depending on the job. Skills in materials, digital design and validation could be particularly valuable because a correct file alone doesn't guarantee a sound physical product.
My business
Begin by separating products into categories. Which items sell predictably in large volumes? Which vary by customer, become obsolete or sit in storage for years? Pilot on-demand production only where economics, quality and delivery conditions justify it. An effective experiment might involve one low-volume part with clear specifications—not converting an entire factory overnight.
My industry and community
Regional manufacturers could gain new opportunities to supply specialized products if customers trust their processes. Warehouses and distributors might evolve into networks managing materials, capacity and digital production rights. Regulators will need to address safety and intellectual property, while buyers may increasingly expect to know where and how their product was actually made.
JIM CARROLL'S PERSPECTIVE
The end of inventory is really the reinvention of time
Jim Carroll's 19 Trends for 2019 included the idea of the 'end of traditional inventory.' The strongest contemporary interpretation is not that shelves disappear; it's that companies gain more freedom to decide when production must occur. That changes cash flow, customization, transportation, customer service and the cost of guessing demand.
A practical leadership question: Which items do we make or hold long before we know whether anyone wants them, and is that still necessary?
THE REALITY CHECK / WHAT MUST HAPPEN FIRST
What must happen before this future becomes real?
Flexible manufacturing must become economical for more products, with reliable materials, consistent quality, cybersecurity and clear responsibility for design errors. Digital rights and certification are critical. Traditional mass production will remain better for many goods.
THE BIGGER YOTTABIT IDEA
The future is bigger
than you think.
The YottaBit possibility is not a world without factories. It's a world where more factories make the right thing after demand becomes real—rather than betting everything on what customers might someday buy.
THE SCIENCE / CHECK THE EVIDENCE
Where the facts end
and the future begins.
The sources below support the present-day foundation of this story—not a promise that the 2031 or 2036 scenarios will happen. These are possibilities, not forecasts.
- U.S. Food and Drug Administration, Technical Considerations for Additive Manufactured Medical Devices — Regulatory example of validated specialized production.
- NIST, Smart Manufacturing Research — Manufacturing interoperability and planning; not proof of universal on-demand economics.
- Jim Carroll: 19 Trends for 2019 (#19), the end of traditional inventory, and consumer-product transformation series.
THE NEXT FUTURE / KEEP EXPLORING
Every possibility
connects to another.
Artificial Intelligence + Commerce + Networks
What happens when software stops answering questions and starts running parts of the economy?
Your next important business transaction may be negotiated by two pieces of software—each acting for a different person or organization.
Automated Buying + Retail + Customer Relationships
What if the biggest customer of your business was someone else's AI?
Your next customer might never browse your website, see your advertising or speak to a salesperson. Instead, a digital agent could compare what you sell, judge whether it meets a person's needs and place an authorized order.