What Al Maktoum Airport's Automation Push Means for Manufacturing Companies in UAE

Direct answer: Al Maktoum Airport's move to build the world's largest automated people-mover system is a signal about what the UAE now treats as normal infrastructure, not just an airport upgrade. For manufacturing companies operating in the UAE, the practical implication is that buyers, logistics partners, and regulators are getting used to real-time, automated, digitally-tracked operations everywhere, and they will judge your systems against that backdrop whether or not you sell anything near an airport. Manufacturers whose internal processes still run on spreadsheets, paper batch records, or emailed PDFs will increasingly look out of step with the market they operate in, even when their physical production quality is excellent.

According to UAE infrastructure reporting from August 2026, Al Maktoum Airport, part of the Dubai World Central development, is building what is being described as the world's largest automated people-mover system as part of its expansion into the UAE's long-term primary aviation hub. That is, on its face, a story about aviation infrastructure. But it is also a public, highly visible reference point for what "modern operations" now looks like in this market: sensors feeding live data, automated systems making dispatch and routing decisions without a human in the loop for every handoff, and a scale of coordination that would have needed a small army of manual schedulers a decade ago. A precise budget, completion date, or passenger-throughput figure for the project is not something this piece can responsibly cite, because that level of detail isn't part of the confirmed reporting behind this angle, and inventing a number just to sound authoritative would defeat the point of writing honestly about a trend. What matters for manufacturing companies isn't the engineering spec of the people-mover itself. It's the pattern the project represents, and how consistently the UAE keeps reinforcing that pattern across sectors that have nothing to do with aviation.

Why an Airport Automation Project Is a Signal for Every Industry, Not Just Aviation

Large, visible infrastructure projects do more than solve their immediate engineering problem. They set a reference point for what "state of the art" looks like in a given market, and that reference point leaks into how people judge every other business around them. When a country's flagship airport project is built around automated, real-time coordination at a scale large enough to be described as the largest system of its kind in the world, it reinforces something buyers, auditors, and logistics partners already suspected: this is an environment where automation is the default assumption, not a nice-to-have upgrade.

That expectation doesn't stay contained to aviation. The UAE has spent years building out automated government services, digital customs processes, and connected logistics corridors around its ports and free zones. Al Maktoum's people-mover project lands on top of that pattern rather than starting it. For a manufacturing company, the direct relevance isn't "we now need airport-scale engineering." It's that the commercial environment you operate in keeps raising the bar for what counts as normal, and every manual, disconnected, or paper-based process in your own operation becomes more visible by contrast, not less.

This matters even if your factory never ships anything through Al Maktoum specifically. A buyer evaluating two otherwise comparable UAE suppliers doesn't need a formal audit to notice that one gives them a live order-status link and the other asks them to email for an update. In a market that keeps publicly investing in automation as core infrastructure, that gap reads as a signal about how seriously a company takes its own operations, fairly or not.

It's worth being precise about what this piece is and isn't claiming. It isn't claiming that the airport project directly regulates or inspects manufacturing companies, and it isn't claiming there's a documented causal link between the people-mover system and any specific manufacturer's sales numbers. What it is claiming is more modest and more useful: infrastructure projects of this visibility shape the baseline expectation of an entire market, and manufacturing companies operating in that market are affected by that baseline whether or not they ever interact with the airport directly. That's a pattern that has played out with every major digitization push the UAE has made over the past decade, from government service portals to port automation, and there's no reason to expect this one to be different.

What the Automation Pattern Actually Looks Like Under the Hood

It helps to separate the airport story from the underlying pattern it illustrates, because the pattern is what actually transfers to a manufacturing business.

Real-Time Coordination Replaces Manual Handoffs

An automated people-mover system works by removing manual scheduling and handoff points. Vehicles dispatch based on live demand data rather than a fixed timetable. Sensors feed a control system that can detect a developing fault before it causes a delay. Decisions that used to require a human to notice a problem, radio it in, and manually adjust a schedule now happen inside software, continuously, without anyone needing to ask for an update.

That is the exact same pattern that separates a modern manufacturing operation from a manual one. A production line with connected sensors can flag a machine drifting out of tolerance before it produces a batch of scrap. A warehouse with real-time inventory data can tell a distributor exactly how many units are available right now, rather than making them wait for someone to walk the floor and check. Neither of these requires airport-scale infrastructure. They require the same underlying ingredients: live data, clear integration between systems, and automated rules that act on that data instead of waiting for a person to notice something manually.

Where This Pressure Already Shows Up on Factory Floors

Manufacturers in the UAE are already feeling early versions of this pressure, usually without framing it as "the automation trend." Government-mandated e-invoicing pushes structured digital records instead of manually generated paper invoices. Distributors increasingly expect an API or a portal for order status rather than a phone call. Freight forwarders operating through increasingly automated logistics corridors expect structured data hand-offs, not a PDF packing list attached to an email. Quality certification processes for export markets increasingly expect digital traceability records that can be produced instantly rather than assembled from a filing cabinet.

None of these individually feels like "the airport automation trend." But they are all downstream of the same national posture: automation as the default operating assumption, reinforced constantly by projects exactly like the one at Al Maktoum.

It's also worth noting what this pattern doesn't require. It doesn't require a manufacturer to install a sensor on every machine on day one, or to run a fully autonomous production line before it can be considered "modern" by this standard. The airport project itself was almost certainly built in stages, with automation layered onto core infrastructure incrementally rather than delivered as one instant leap. Manufacturers can, and generally should, approach this the same way: identify the one or two points where a lack of real-time data or system integration is causing the most friction today, fix those first, and treat the rest as a roadmap rather than a single overwhelming project.

Why This Matters Specifically to Manufacturing Companies in the UAE

The UAE has spent the past several years actively working to grow and diversify its domestic manufacturing base, encouraging both local production and export-oriented industrial activity through its free zones. Manufacturers operating here typically serve a mix of domestic buyers and export markets, often routed through logistics hubs like JAFZA, KEZAD, or facilities positioned around Dubai's aviation and cargo infrastructure. That dual exposure is exactly why the automation signal from a project like Al Maktoum's people-mover matters more here than it would in a market with a purely domestic manufacturing base.

Export-oriented manufacturers feel this first, because the corridors they ship through keep automating on their end regardless of what the manufacturer does internally. If a freight partner's platform expects structured, real-time shipment data and a manufacturer can only offer a manually updated spreadsheet, the manufacturer becomes the bottleneck in an otherwise smooth pipeline. That friction is invisible until a shipment gets delayed or a customs document doesn't match what the automated system expected, and then it becomes very visible, very quickly.

Domestic-facing manufacturers aren't exempt either. As government services, retail partners, and even mid-size distributors adopt more connected systems, a manufacturer that can only communicate through phone calls and email starts to look like the weak link in a chain that everyone else has modernized. This is particularly pointed for manufacturers positioned near Al Maktoum's growing aviation and logistics footprint, where component suppliers, precision manufacturers, and industrial goods producers are increasingly evaluated by enterprise buyers not just on product quality but on how digitally mature their operations look during procurement and audit processes.

There's also a competitive dimension that's easy to underweight. Manufacturing in the UAE draws interest from international buyers and investors comparing this market against other regional manufacturing bases. When those buyers do due diligence, they're not only looking at production capacity and quality certifications; they're increasingly looking at how a company runs itself day to day, because operational maturity is a reasonable proxy for reliability under pressure. A manufacturer that can produce a live traceability record on request, versus one that needs three days to assemble the same information from paper files, is telling that buyer something about risk, even if the underlying product quality is identical. In a market actively positioning itself around automated, high-throughput infrastructure, that comparison only gets sharper over time, not softer.

What Actually Changes for Your Website, Systems, and Product

This is where the trend stops being abstract and starts requiring decisions.

From Static Websites to Connected Sales and Support Channels

Many manufacturing companies still treat their website as a digital brochure: a product catalog, a contact form, maybe a PDF spec sheet. That was adequate when the buying relationship ran entirely through a sales rep and a phone line. It stops being adequate once buyers expect to check lead times, browse a live catalog, or place a reorder without waiting for someone to reply to an email.

This shift is also pushing more manufacturers toward direct-to-customer sales channels alongside their traditional wholesale and distributor relationships, especially as digital logistics makes direct fulfillment more viable than it used to be. The groundwork for that transition is largely the same regardless of industry, and the piece on Building a D2C Ecommerce Brand's Tech Stack From Scratch walks through the core technical decisions involved in standing up that kind of channel without over-building it on day one.

Once a manufacturer is running any kind of digital catalog or direct sales channel, the next problem is helping buyers find the right product out of what can be hundreds of SKUs, variants, or configurations. This is exactly the problem covered in Ecommerce Personalization: Using Data to Recommend the Right Products, and the same logic applies whether the buyer is a consumer choosing a finished good or a procurement manager trying to match a technical spec to the right component.

Being Findable When Buyers Search With AI Tools

There's a second, quieter shift happening alongside the automation trend: procurement teams and distributors are increasingly using AI-powered search tools to shortlist suppliers before they ever visit a website directly. If a manufacturer's product information, certifications, and specifications aren't structured in a way that's easy for these tools to parse and trust, that manufacturer simply doesn't show up in the shortlist, regardless of how good the actual product is. How AI Search Engines Choose Which Sources to Cite breaks down what makes a source citable in this context, and it's directly relevant to any manufacturer whose buyers are researching suppliers before making contact.

How to Prepare: A Practical Roadmap

None of this requires a manufacturer to rebuild its entire technology stack in one project. It requires a deliberate sequence.

Start by auditing where manual handoffs actually live in the business today — order status, inventory checks, shipment documentation, quality records — and rank them by how often they cause delays or buyer frustration. This audit alone tends to be more revealing than expected, because most manufacturers underestimate how many small manual steps exist between a customer question and a confident answer. Prioritize the integration points that touch external partners first, since those are the ones being pushed hardest by automation happening outside your walls: logistics platforms, customs systems, and major distributor portals. A manual step that only affects internal staff is an efficiency problem; a manual step that affects an external partner's automated pipeline is a relationship problem, and those tend to compound faster.

Next, build or upgrade a connected customer-facing portal so buyers can self-serve the information they currently have to ask for by phone or email. This doesn't need to be elaborate at first — even a simple, accurate view of order status and stock levels removes a large share of the back-and-forth that currently ties up sales and support staff. From there, layer in deeper integrations: syncing that portal with your actual ERP or inventory system so the numbers buyers see are always current, connecting shipment data directly to logistics partners instead of re-typing it, and eventually adding sensor-level data if predictive maintenance or quality monitoring is a priority for your specific production process.

Throughout this sequence, resist the temptation to treat it as a single finished project. The automation baseline in this market will keep moving, the same way it has for the past several years, so the more durable approach is to build systems that can be extended incrementally rather than systems designed to be "done." A phased roadmap, revisited every year or two as buyer expectations shift, will outlast a single big upgrade that's never touched again.

The common thread across all of these steps is that manufacturing workflows are specific enough — batch tracking, multi-stage quality checks, mixed B2B and D2C order flows, integration with specific logistics or ERP systems already in place — that generic, off-the-shelf software rarely fits without significant compromise. A generic inventory tool built for a retail catalog, for instance, often has no clean way to represent a multi-stage production batch or a component that changes specification mid-run. This is usually where Custom Software Development earns its cost over a template tool: it's built around the actual process a manufacturer runs, not a generic workflow that the manufacturer has to bend its operations to fit.

What This Kind of Work Typically Costs

Pricing depends heavily on scope, but most manufacturing-focused software work Scult sees falls into one of three tiers:

Tier	Typical scope for manufacturers
Essential — $1,000	A connected order-status page or basic customer portal replacing manual email/phone updates
Growth — $2,000	An integrated inventory and order dashboard syncing with an existing ERP or logistics partner API
Enterprise — $4,000+	Full custom software covering IoT/sensor integration, predictive maintenance, multi-partner logistics integration, and a direct sales channel

These figures are the real service tiers Scult works with, not project-specific quotes — the right tier for a given manufacturer depends on how many systems need to talk to each other and how much of the existing process needs to be preserved versus rebuilt.

Key Takeaways

• Al Maktoum Airport's automated people-mover project is a signal about the UAE's operating environment, not a direct instruction to manufacturers — but the expectation it reinforces applies to every business here.
• The underlying pattern — live data, automated decision rules, tight system integration — is the same pattern that separates a connected factory from a manual one.
• Export-oriented manufacturers feel this pressure first, through logistics and customs systems that increasingly expect structured, real-time data instead of manual documents.
• A static website is no longer enough; buyers expect self-serve order status, live inventory, and increasingly a direct sales option alongside traditional distributor relationships.
• Being structured and citable for AI-driven supplier searches is becoming as important as traditional SEO for B2B manufacturers.
• Off-the-shelf software rarely fits manufacturing workflows cleanly, which is why most of this work ends up as custom software built around the actual process, not the other way around.

The airport project itself will take years to finish, but the expectation it reinforces is already shaping how buyers judge every business around it, manufacturers included. If you want help figuring out where your own systems create the most friction and where to start fixing it, book a meeting with our team.

Frequently Asked Questions

What is the Al Maktoum Airport automation project, exactly?

It's a large-scale infrastructure build reported in UAE infrastructure coverage from August 2026, centered on an automated people-mover system described as the largest of its kind in the world. It's part of Al Maktoum Airport's broader expansion within the Dubai World Central development into the UAE's long-term primary aviation hub.

Is this the same as Dubai World Central?

Al Maktoum Airport is the aviation component of the Dubai World Central development, and the automation project sits within that broader expansion. The two names refer to the same overall site and initiative rather than two separate projects.

Why is an airport project relevant to manufacturing companies?

It's relevant less because of the airport itself and more because of what it signals: the UAE keeps reinforcing automation as the default standard for infrastructure, and that expectation carries over into how buyers, partners, and regulators judge every business, including manufacturers with no direct connection to the airport.

Does this mean manufacturers need airport-level technology?

No. Manufacturers don't need to match the engineering scale of a national infrastructure project. They need to recognize the underlying pattern — real-time data, automated decisions, connected systems — and apply it at a scale appropriate to their own operations.

What does "automated people-mover system" mean in practical terms?

It typically refers to transit vehicles that move people around a facility with dispatch and routing decisions made by software based on live demand and sensor data, rather than fixed schedules managed manually. The scale reported for this project is what makes it notable.

Is this project confirmed, or is it speculative reporting?

This piece is grounded in UAE infrastructure reporting from August 2026 describing the project as underway. Specific figures like budget or completion date aren't part of what's being cited here, so we're deliberately not speculating on those details.

How does this connect to the UAE's broader manufacturing strategy?

The UAE has been actively working to grow and diversify its domestic manufacturing base alongside its logistics and aviation infrastructure. An automation-forward flagship project reinforces the same direction the manufacturing sector is already being pushed in through free zone digitization and export-logistics modernization.

Are other UAE infrastructure projects following the same automation pattern?

The UAE has a consistent track record of automating government services, customs processing, and logistics corridors over recent years. The Al Maktoum project is a highly visible example of a pattern that's already been building across sectors rather than an isolated event.

What is the difference between automation and digitization for a manufacturer?

Digitization means converting a manual process into a digital one, like replacing a paper form with a digital form. Automation goes further, letting a system act on data without a person triggering each step, such as auto-generating a reorder when inventory drops below a threshold.

Why would a factory floor care about an airport transit system?

A factory floor doesn't need to care about the transit system directly. What matters is the expectation it reinforces in the broader market: buyers and partners increasingly assume real-time, connected operations are standard, and that assumption gets applied to every supplier they deal with.

How does this affect manufacturers that only sell domestically within the UAE?

Domestic-only manufacturers still deal with increasingly automated government services, retail partners, and distributors. As those counterparties modernize, a manufacturer stuck on manual processes becomes the visible weak link in transactions that would otherwise be seamless.

Does this matter more for exporters than for domestic-only manufacturers?

Exporters typically feel the pressure sooner because international logistics and customs corridors are automating aggressively and expect structured data rather than manual documents. Domestic manufacturers feel a slower but still real version of the same pressure through local partners and government systems.

What happens if my manufacturing business ignores this shift entirely?

Nothing breaks immediately, but friction accumulates: slower response to buyer requests, mismatched data during customs or partner integrations, and a growing perception gap between your company and competitors who have modernized their operations. Over time, that friction shows up as lost deals and slower fulfillment.

Are UAE buyers and distributors actually changing their expectations because of this?

Buyers rarely frame it as "the airport changed my expectations," but the cumulative effect of the UAE's public automation investments shapes what feels normal. A buyer who can get instant order status from one supplier and not another will naturally prefer the one that doesn't make them wait.

Does this apply to small and mid-sized manufacturers, or only large industrial players?

It applies across the board, though the appropriate response scales with the business. A small manufacturer doesn't need enterprise-grade IoT infrastructure, but even a simple connected order-status page closes a meaningful part of the expectation gap.

How does free zone operation (JAFZA, KEZAD, DIC) change how relevant this is?

Manufacturers operating through free zones are typically more exposed to automated customs and logistics systems already, which makes the underlying trend more immediately practical for them than for a purely domestic operation outside those zones.

Is this trend specific to aerospace-adjacent manufacturers because of Al Maktoum's aviation focus?

Aerospace-adjacent and precision component manufacturers near Al Maktoum's growing footprint may feel it most acutely because their buyers often run stricter digital traceability audits. But the underlying pressure toward connected operations applies to manufacturers across industrial and consumer goods categories as well.

Will government e-invoicing requirements tie into this shift?

Yes. UAE e-invoicing requirements push manufacturers toward structured digital records instead of manually generated paper invoices, which is one of the more concrete, near-term manifestations of the same automation-first direction reflected in projects like Al Maktoum's.

How do logistics partners factor into this pressure on manufacturers?

Freight forwarders and logistics providers operating through increasingly automated corridors expect structured, real-time data hand-offs. A manufacturer that can only provide manually updated spreadsheets or emailed documents becomes a bottleneck in an otherwise automated pipeline.

Does this affect manufacturers who work purely B2B with no consumer-facing sales?

Yes. B2B buyers, distributors, and procurement teams are just as influenced by rising automation expectations as consumers are, and increasingly use structured digital information and self-service portals to evaluate and manage supplier relationships.

What's the first system a manufacturer should upgrade in response to this trend?

Start with whichever manual process causes the most buyer friction today — usually order status, inventory visibility, or shipment documentation. Fixing the highest-friction point first delivers the most visible improvement for the least disruption.

Do we need to replace our ERP system entirely?

Not necessarily. Many manufacturers get significant value from building integration layers or custom dashboards on top of an existing ERP rather than replacing it outright, especially when the existing system holds years of operational data.

What does a "connected" factory system actually look like day to day?

In practice, it means inventory counts update automatically as goods move, order status is visible to buyers without a phone call, and quality or shipment data flows between systems without someone re-typing it into a second spreadsheet.

How does real-time inventory visibility benefit a manufacturing business specifically?

It reduces the back-and-forth of buyers asking for stock updates, prevents overselling or underselling against real capacity, and gives sales and production teams a shared, accurate picture instead of relying on whoever last walked the warehouse floor.

Should manufacturers build a direct-to-customer sales channel because of this?

It depends on the business, but it's worth evaluating, especially as digital logistics makes direct fulfillment more practical. The technical groundwork for doing this well is covered in the piece on building a D2C tech stack from scratch.

What does personalization mean for a B2B manufacturing catalog?

It means helping a buyer quickly find the right product, spec, or configuration out of a large catalog, using data like past orders, browsing behavior, or stated requirements, rather than making them search through hundreds of near-identical listings manually.

Why does AI search visibility matter for a manufacturing company?

Procurement teams and distributors increasingly use AI-powered search tools to shortlist suppliers before contacting anyone directly. If your product and certification information isn't structured clearly enough for those tools to parse and trust, you can be excluded from consideration without ever knowing it happened.

How do procurement teams use AI tools to find suppliers today?

They typically ask an AI search tool to summarize or shortlist suppliers meeting certain criteria, and the tool draws on sources it can parse reliably and trusts as accurate. Manufacturers with clear, structured, well-maintained digital information are more likely to be included in that shortlist.

What's the risk of having an outdated or static company website?

Beyond looking dated, a static website that only offers a contact form forces every buyer interaction through a manual channel, slowing down responses and making it harder to compete against suppliers who offer self-service information and ordering.

Can our existing website be upgraded, or do we need to start over?

Most manufacturers can add connected functionality — order status, live inventory, a buyer portal — on top of an existing website rather than rebuilding from scratch, as long as the underlying site architecture can support the necessary integrations.

What is custom software development, and how is it different from buying off-the-shelf tools?

Custom software is built specifically around your actual processes, data structures, and integration needs, while off-the-shelf tools offer a generic workflow that you have to adapt your operations to fit. For manufacturing workflows with specific batch tracking, quality steps, or partner integrations, custom software usually fits with far less compromise.

Why would a manufacturer need custom software instead of a standard ERP package?

Standard ERP packages cover general business functions well but often handle industry-specific or company-specific processes poorly. Custom software fills those gaps, either as a standalone system or as an integration layer that connects a standard ERP to the specific tools and partners a manufacturer actually uses.

How long does a custom software project typically take for a manufacturing company?

Timelines vary widely by scope. A focused project like a connected order-status portal can move much faster than a full system covering IoT integration, multi-partner logistics, and a new sales channel, which naturally takes longer given the number of moving parts.

What does a custom software project cost for a manufacturing business?

Cost depends on scope and integration complexity. As a general reference, this kind of work typically falls into tiers starting around $1,000 for a focused connected feature, up to $4,000 and beyond for a full system covering multiple integrations and a direct sales channel.

Can custom software integrate with our existing machines and sensors?

In most cases, yes, provided the machines expose some form of data output, whether through existing sensors, a PLC, or a retrofit IoT device. The integration work varies depending on how modern the existing equipment is.

Do we need IoT hardware before we can build connected software?

Not always. Many of the highest-impact improvements, like connected order status or inventory dashboards, rely on existing business data rather than new sensor hardware. IoT integration becomes more relevant for machine-level monitoring and predictive maintenance specifically.

What's the difference between the Essential, Growth, and Enterprise tiers?

Essential typically covers a single focused feature like a connected order-status page. Growth covers a more integrated system like a dashboard syncing inventory with an existing ERP or logistics partner. Enterprise covers full custom systems spanning multiple integrations, IoT, and new sales channels.

How do we know which tier fits our manufacturing operation?

It comes down to how many systems need to connect and how much of your existing process needs to be preserved versus rebuilt. A short discovery conversation is usually enough to map your current bottlenecks to the right scope.

Can custom software be built in phases instead of all at once?

Yes, and it's often the better approach. Starting with the highest-friction process, proving out the integration, and expanding from there reduces risk compared to attempting a full system rebuild in one project.

What happens to our existing data during a systems upgrade?

A well-planned integration migrates or connects to existing data rather than discarding it, since historical order, inventory, and quality records typically carry real operational value that a new system should preserve, not lose.

Are there compliance risks if our systems stay manual while everything around us automates?

Yes, particularly around e-invoicing and export documentation requirements, where manual record-keeping increases the risk of mismatched or delayed submissions compared to systems that generate structured records automatically.

Does UAE data protection law affect how we build connected manufacturing systems?

Any system handling customer, partner, or employee data needs to be built with UAE data protection requirements in mind from the start, including how data is stored, who can access it, and how it's shared with integrated partners.

What happens if our systems can't talk to a logistics partner's automated platform?

You typically end up manually re-entering data that should flow automatically, which increases the chance of errors and slows down fulfillment. Over time, this friction can affect how reliable you appear to partners who have modernized their own systems.

Is there a security risk in connecting factory systems to the internet?

There's inherent risk any time internal systems connect externally, which is why any integration project should include proper access controls, encryption, and monitoring rather than treating security as an afterthought once the integration works.

How do we avoid vendor lock-in when building custom manufacturing software?

Favor open, well-documented integration standards and ownership of your own code and data over proprietary platforms that make it difficult to migrate later. This is one of the practical advantages of custom development over some off-the-shelf platforms.

Will this automation trend accelerate once Al Maktoum Airport's expansion nears completion?

It's reasonable to expect the broader automation expectation to keep building rather than plateau, since the UAE has shown a consistent multi-year pattern of investing in automated infrastructure well beyond any single project's completion.

Should we wait until the airport project is finished before investing in our own systems?

No. The relevant shift for manufacturers is the expectation being reinforced now, not the physical completion of the airport project years from now. Waiting only widens the gap between your operations and a market that keeps moving in the meantime.

What other UAE sectors are likely to follow this same automation pattern?

Sectors with heavy logistics, customs, or government-interface components — retail, construction materials, food and beverage distribution, and industrial goods — are all likely to see similar automation pressure, since much of it flows from the same underlying government and infrastructure direction.

How do we measure whether our digital investment is actually paying off?

Track concrete operational metrics tied to the friction you set out to fix: time to respond to order-status requests, error rates in partner data hand-offs, or time spent on manual reporting tasks before and after the change.

Where should a manufacturing company start if it wants to act on this trend now?

Start with a short internal audit of where manual handoffs cause the most delay or buyer frustration today, then address the highest-friction point first with a focused, scoped project rather than attempting to overhaul every system at once.