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What 2025 Means for 2026: Ocean and Air Freight Forecast

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What 2025 Means for 2026: Ocean and Air Freight Forecast

Published: January 5, 2026

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The year 2025 was another tumultuous one for both ocean and air freight markets. Some of the key drivers of freight trends in 2025 are likely to continue impacting markets in 2026, while others may give way to new factors and trends. What follows is a rundown of those key drivers in 2025, and data-based projections for what these could mean for the new year.

Check out our Global Freight 2025 Year in Review and 2026 Lookahead webinar here

Key Takeaways for 2026:

Trade war dynamics significantly disrupted transpacific ocean freight seasonality in 2025, with frontloading driving stronger H1 than H2 volumes and an overall volume dip for the year.

Global container volumes nonetheless grew as China diversified export markets. A more stable US tariff landscape suggests a likely return to freight seasonality in 2026 – though SCOTUS’s pending IEEPA ruling creates uncertainty – and growth globally even if US imports contract.

Fleet growth created oversupply despite continued Red Sea diversions – and drove consistently lower year on year rates in 2025 – a trend likely to continue into 2026 as new vessels continue to enter the market.

Carriers are also taking cautious steps toward a Red Sea return, increasing the likelihood of resumed Suez traffic in 2026; the transition will initially cause significant congestion and delays at European hubs as well as upward pressure on rates. Once the congestion unwinds though, the released capacity will exacerbate oversupply.

Air cargo proved resilient despite the trade war, both globally and to the US. The US de minimis closure for China initially caused a sharp decrease in transpac volumes; but by July, demand recovered to 2024 levels through e-commerce adjustments and increased general cargo from places like Vietnam where electronics exports have surged.

Volumes on Asia-Europe, intra-Asia and other air cargo lanes grew – even while transpacific volumes stalled, partly from Chinese exports shifting to other markets. IATA projects 2.6% global volume growth in 2026 as these trends are likely to continue.

Air cargo rates remained remarkably stable despite these volume shifts, following seasonal patterns and staying largely on par with 2024 levels as carriers rapidly redeployed capacity from transpacific to growing lanes like Asia-Europe. Agile capacity shifts are likely to temper rate fluctuations for 2026 as well.

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Ocean Freight – Tariffs, Capacity & Red Sea

Trade War Impacts

The US-initiated trade war that got underway in February 2025, with its shifting tariffs threats, deadlines, postponements and introductions skewed the typical seasonality of the transpacific ocean freight year.

Source: National Retail Federation, Global Port Tracker

Importers frontloaded or paused container bookings to try and beat or avoid higher costs from potential tariff changes. The start and stop meant stronger US ocean import volumes in the first half of the year and weaker volumes in H2, with uncertainty around consumer demand resulting in an overall 1.4% drop in container imports in 2025 according to the National Retail Federation.

Globally though, the trade war hasn’t proved a drag on container growth, with year to date global volumes through October growing more than 4% year on year global volumes according to CTS. The trade war indirectly spurred this growth by driving a diversification of destination markets for goods coming out of the Far East, especially from China as the manufacturing power sought and found export growth through markets other than the US.

By Q4 the US tariff landscape solidified via US trade agreements with many of its major trading partners, and a China – US deescalation agreement through November 2026. All else being equal then, these developments make the return of freight seasonality for N. America likely in 2026.

Uncertainty Ahead

However, the US Supreme Court is set to decide by July on the validity of the Trump administration’s use of the International Emergency Economic Powers Act for all of its country-specific tariffs. Though the White House has stated it is already preparing quick tariff introductions by other means should SCOTUS decide against it, there is some speculation that the administration, facing cost of living concerns, could use a court loss as a tariff off-ramp.

If the Supreme Court decision opens up a big enough low-tariff window, we could see frontloading once again. But if the government quickly restores tariffs through other means there shouldn’t be much of an impact on freight. Finally, if tariffs are removed and importers are convinced they aren’t coming back any time soon, we could see some initial increase in volumes – and stronger volumes overall – but not sudden starts and stops.
Globally, we could expect 2026 to look similar to 2025 in its overall growth, but also in its diversification and volume growth or contraction by lane. The S+P projects that 2026 US ocean imports will contract by 2% as tariff costs could start to impact importer decisions and consumer spending more strongly than in 2025. Meanwhile BIMCO estimates global volumes will increase by 2.5% to 3.5% nonetheless.

Red Sea Diversions, and a Growing Fleet

Red Sea diversions that started in late 2023 were estimated to have absorbed about 9% of global container capacity by keeping ships at sea for longer and – with longer journeys meaning vessels would arrive back at origins days behind schedule – via carriers adding extra vessels to services in order to maintain planned weekly departures.

This drain on capacity drove 2024 Asia – Europe and transpacific rates to peak season highs of $8,000 – $10,000/FEU and set a highly elevated floor of $3,000 – $5,000/FEU during low demand periods that year.

But even with Red Sea diversions continuing to absorb capacity in 2025, continued fleet growth through newly built vessels entering the market has meant that the container trade has already become significantly oversupplied. And this supply growth has meant consistently lower container rates in 2025 compared to 2024 even during months when volumes have been stronger, with prices on some lanes reaching 2023 levels for a span in early October.

Even with Red Sea diversions continuing and even during months in 2025 with stronger year on year volumes, capacity growth has meant rates in 2025 have been lower than in 2024.

But since November multiple major container carriers have taken cautious steps toward resuming Red Sea transits, increasing the likelihood of a Red Sea return in 2026.

When Red Sea traffic does resume it will cause worse and significant vessel bunching and congestion at European hubs, and likely drive equipment shortages at Far East origin ports as carriers seek to shorten vessel time spent at berth. The shift back will be disruptive and cause delays and rate increases – possibly across the market – whenever it occurs, though the effect would be weaker if the return is in the low demand, spring months post-LNY and pre-peak season, and stronger if it coincides with peak season demand increases, with this transition likely to stretch on for weeks.

Once that congestion unwinds though, the Red Sea return will increase the amount of capacity available in an already oversupplied market and put additional downward pressure on rates.. New vessel deliveries will decrease in 2026 compared to 2025, but the impact of the increase in supply on rates – even if Red Sea diversions continue – will likely be significant nonetheless, with higher levels of newbuild deliveries set for 2027 and 2028.

Carriers will face an even bigger capacity management challenge when Red Sea transits resume, but will do their best to reduce capacity – via blanked sailings, idling vessels, scrapping older ships, and slow steaming – and keep rates at profitable levels.

Air Cargo – De Minimis, Resiliency, Reshuffle

Trade war changes, shifting volumes

For air cargo, de minimis exemptions have been one significant factor facilitating the surge of low-cost B2C e-commerce volumes traveling by high cost air transport since about mid-2023 – mostly from China and mostly to Europe and the US.

At the end of 2024, IATA projected that global air cargo volumes would grow by more than 5% in 2025. But when US tariffs were introduced in April, followed by the US suspension of de minimis eligibility for Chinese exports in May, IATA lowered its expectations to less than 1% growth, anticipating a significant pull back in H2 volumes due to the closure of de minimis to China, and later, to all imports.

But, like in the container market, global volumes proved resilient, both through diversification of China’s exports to other markets as growth engines, and from trade war policies that spurred a shift in transpacific volume flows.

The US de minimis closure for China in May did indeed drive a sharp drop in air cargo imports – estimated at more than 40% for e-commerce imports by air from China to the US month on month in May, a drop of 12% in total Asia – N. America volumes month on month, and a more than 10% decrease year on year.

Source: IATA

Air cargo demand in 2025 grew despite transpacific volume contraction in H2 as volumes on other lanes continued to increase.

But by July, Asia – N. America volumes were back to about even with 2024 levels, pushed back up by some recovery of e-commerce volumes as e-comm platforms adjusted to the new rules, and increases in general cargo both from China and from other Far East manufacturing hubs, most notably Vietnam as electronics exports from there have surged as tariffs on China climbed.

And while transpacific volumes, even with this rebound, have shown no year on year growth in H2, demand on other lanes, especially Asia – Europe and intra-Asia, have shown double digit annual growth throughout the year as Chinese exports surge to markets other than the US, powering year to date global growth of 4% for international volumes through October.

That rate is much lower than the remarkable 11% annual growth seen as e-commerce become a dominant factor in the air cargo market in 2024. But this resiliency and diversification has led IATA to project 2.6% global volume growth in 2026 on expectations that the drivers of demand strength in 2025 will carry over into 2026.

Shifting capacity, more stable rates

Despite these substantial volume swings, Freightos Air Index data shows that air cargo rates followed seasonal trends – increases post-Lunar New Year, stability through the summer, and increases around the Q4 peak season – and remained about even with 2024 levels. This relative price stability alongside significant shifts in demand was due to carriers rapidly removing capacity from the transpacific as demand decreased and shifting it to lanes like Asia – Europe where demand was increasing sharply.

For the year, China to US and Europe rates were up 1% and 2% respectively, though rates were slightly stronger than in 2024 in H1 and slightly weaker in H2, reflecting the decrease in demand for China-US and the significant increase in capacity for China – Europe. Prices out of South East Asia meanwhile, showed double digit year on year gain in H1, while rates were lower year on year in H2, once again reflecting the substantial shift of capacity to these lanes as trade war impacts spurred demand increases out of these origins.

European Union countries announced intentions to close their de minimis exceptions by 2027, with the possibility to do so as early as 2026. The UK too announced a 2029 deadline to close their exemption. If these policies change we will likely see a similar short term dip in volumes, slower overall growth on those lanes. But even with these changes, e-commerce is unlikely to disappear from those lanes or from the skies in general.

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Judah Levine

Head of Research, Freightos Group

Judah is an experienced market research manager, using data-driven analytics to deliver market-based insights. Judah produces the Freightos Group’s FBX Weekly Freight Update and other research on what’s happening in the industry from shipper behaviors to the latest in logistics technology and digitization.

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Saudi Arabia’s Logistics Giant Would Be More Than a PIF Portfolio Move

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Saudi Arabia’s reported plan to consolidate port, rail, and shipping assets under the Public Investment Fund is not just an infrastructure story. It reflects a larger shift in global supply chains: logistics networks are becoming instruments of resilience, industrial policy, and geopolitical optionality.

Saudi Arabia’s Public Investment Fund (PIF), the Kingdom’s sovereign wealth fund and one of the main vehicles for executing Vision 2030, is reportedly considering the creation of a national logistics champion by combining parts of its portfolio across ports, rail, and shipping. The assets under discussion could include Bahri, the National Shipping Company of Saudi Arabia and one of the Kingdom’s core maritime carriers, along with Saudi Global Ports and Saudi Railway Co. The result could be a larger platform capable of attracting foreign capital, supporting domestic industrial growth, and strengthening Saudi Arabia’s ambition to become a global logistics hub.

The discussions remain preliminary. No final decision has been made, and the final asset mix could change. But the strategic logic is clear. Saudi Arabia is trying to move from owning logistics assets to controlling logistics corridors.

That distinction matters. In a more volatile trade environment, ports, railways, shipping fleets, inland hubs, and data networks are no longer separate pieces of infrastructure. They are part of a national operating system for trade.

Hormuz Has Raised the Stakes

The reported PIF discussions began before the current Middle East crisis, but disruption around the Strait of Hormuz has made the strategic case more urgent. The Strait remains one of the world’s most sensitive maritime chokepoints. Any sustained disruption forces governments, carriers, and shippers to reassess route redundancy, port diversification, and inland alternatives.

That type of shock changes how supply chains are evaluated. The issue is no longer simply port capacity or freight cost. It is route survivability.

For Saudi Arabia, the Red Sea becomes more than a western coastline. It becomes strategic redundancy. East-west rail links, dry ports, inland logistics hubs, and Red Sea gateways all become more valuable when Gulf access is constrained.

This is why a Saudi logistics consolidation would not just be a financial restructuring. It would be a resilience move. A single platform could coordinate flows across ports, rail, maritime assets, and inland distribution nodes more effectively than a fragmented group of separately managed companies.

Vision 2030 Already Points in This Direction

Saudi Arabia’s National Transport and Logistics Strategy explicitly aims to integrate transport modes and logistics services while supporting Vision 2030. One of its stated pillars is to transform the Kingdom into a logistics hub.

That policy backdrop is important. PIF is not acting in isolation. Saudi Arabia’s National Industrial Development and Logistics Program also frames logistics as a central part of the Kingdom’s push to become a leading industrial power and global logistics hub.

Logistics fits the Vision 2030 agenda unusually well. It can generate recurring cash flow, support industrial development, attract foreign capital, and improve national competitiveness. It also gives Saudi Arabia a practical way to convert geography into economic power.

The UAE Is the Benchmark

The obvious regional benchmark is the United Arab Emirates. Dubai’s rise as a trade hub was closely tied to DP World and Jebel Ali. Jebel Ali is one of the world’s major port and logistics complexes, with global shipping connections that helped establish Dubai as a regional trade gateway.

Abu Dhabi has built its own logistics-centered growth engine through AD Ports Group, which has become an important contributor to the emirate’s non-oil economy.

Saudi Arabia’s ambition is different in scale. It has a larger domestic economy, deeper industrial ambitions, Gulf and Red Sea access, and a sovereign wealth fund capable of forcing consolidation across major portfolio assets. But the competitive lesson from the UAE is clear: logistics can be a national economic platform, not just a transport service.

Bahri and Rail Matter Because This Is Not Just a Port Story

A Saudi logistics champion would be more credible if it links maritime, rail, and inland logistics assets into an integrated corridor model.

Bahri is central to that logic. The company is the national shipping carrier of Saudi Arabia, with operations across crude oil transportation, chemicals, dry bulk, integrated logistics, and multipurpose cargo.

Saudi Railway Co. would bring a different piece of the system: inland connectivity. Rail becomes strategically powerful when it connects ports, industrial zones, dry ports, and consumption centers in ways that reduce dependency on congested maritime chokepoints.

That combination matters. Ports provide gateways. Shipping provides international reach. Rail provides inland movement. Dry ports and logistics zones provide cargo consolidation, customs clearance, and distribution. The strategic value comes from tying these together into a corridor system.

The Real Prize Is Network Control

The most important logistics companies are no longer just asset owners. They are network orchestrators.

Owning terminals, vessels, rail assets, warehouses, or trucks is valuable. But the higher-margin and more strategic layer is the ability to coordinate those assets across capacity, risk, time, and customer demand.

This is where Saudi Arabia’s plan becomes more interesting for supply chain technology vendors. A national logistics champion would eventually need modern systems across several layers: transport visibility, terminal operations, rail and intermodal planning, customs compliance, risk monitoring, digital twins, AI-assisted planning, exception management, and corridor-level performance analytics.

The physical network is only the first layer. The second layer is the data architecture. The third is decision intelligence.

This aligns with the broader argument in ARC’s AI in the Supply Chain research: the future of logistics depends on connected intelligence across systems, agents, data, and network relationships, rather than isolated software deployments.

What Shippers Should Watch

For shippers, the key question is not whether Saudi Arabia creates another large logistics company. The question is whether it creates a credible alternative routing and distribution platform.

There are four practical issues to watch.

First, can Saudi Arabia turn Red Sea access into dependable corridor capacity? The strategic value of the Red Sea rises when Gulf routes are constrained, but the corridor still needs predictable port performance, inland connectivity, customs efficiency, and carrier participation.

Second, can rail become a true freight backbone rather than a national infrastructure project? Rail becomes strategically powerful when it connects ports, industrial zones, dry ports, and major consumption centers.

Third, can PIF attract international capital without reducing strategic control? The reported possibility of outside investment or an eventual IPO would make governance, transparency, and operating performance more important.

Fourth, can Saudi Arabia build the digital layer required for modern logistics orchestration? Infrastructure can move freight. Digital coordination makes freight networks resilient.

What Technology Vendors Should Watch

For supply chain technology providers, this could become a major regional opportunity, but not as a conventional enterprise software sale.

A Saudi logistics platform of this kind would need systems that support multi-enterprise coordination across ports, rail, carriers, customs agencies, industrial zones, and international customers. The relevant categories include visibility, control towers, global trade management, transport planning, digital twins, integration layers, and AI-enabled exception management.

The requirement would be corridor intelligence: the ability to sense disruption, evaluate alternatives, coordinate capacity, and support decisions across multiple physical and institutional boundaries.

That is a more complex problem than optimizing a private supply chain. It is closer to building a national-scale logistics operating layer.

The Strategic Takeaway

Saudi Arabia’s reported logistics consolidation is best understood as part of a larger global shift. Supply chain infrastructure is being revalued. Maritime chokepoints are being reassessed. Sovereign capital is moving toward assets that can provide recurring returns while strengthening national resilience.

The UAE proved that logistics can be a national growth engine. Saudi Arabia is now attempting to build a version that is larger, more industrially connected, and more explicitly tied to national transformation.

But the test will not be whether PIF can assemble the assets. It likely can.

The test will be whether Saudi Arabia can turn those assets into an integrated, trusted, digitally coordinated logistics network. In the next phase of global supply chain competition, the winners will not simply own ports or vessels. They will control optionality.

The post Saudi Arabia’s Logistics Giant Would Be More Than a PIF Portfolio Move appeared first on Logistics Viewpoints.

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From Functional Software to Decision Architectures: How AI Is Reshaping Supply Chain Technology

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Supply chain technology has traditionally been evaluated by functional category. AI is pushing the market toward a different question: what decisions does the architecture improve, and how directly are those decisions connected to execution?

Supply Chain Software Has Been Organized by Function

The supply chain software market has long been organized around functional categories.

Planning systems support forecasting, supply planning, inventory optimization, and scenario analysis. Transportation management systems support routing, carrier selection, freight execution, and settlement. Warehouse management systems support labor, inventory movement, slotting, and fulfillment. Visibility platforms track shipments and identify disruption. Procurement systems support sourcing, supplier management, and spend control.

These categories remain useful. They reflect real operating domains and real software architectures.

But AI is beginning to change how buyers should evaluate the market.

Download the full ARC Advisory Group white paper, AI in the Supply Chain: From Architecture to Execution, for a deeper framework on how supply chain AI is moving from technical architecture toward decision intelligence, operational execution, and coordinated action across planning, logistics, sourcing, fulfillment, and risk management.

The Question Is Shifting from Function to Decision

The key question is no longer only what function a system supports. The more important question is what decisions it improves.

That is a different lens.

A planning system may improve demand decisions. A visibility platform may improve exception decisions. A TMS may improve routing and carrier decisions. A risk platform may improve sourcing or mitigation decisions. A control tower may improve cross-functional response decisions.

AI is causing these categories to blur because many of the highest-value decisions do not sit neatly inside one functional application.

Consider a late inbound shipment.

A transportation system may detect the delay. A visibility platform may estimate the arrival impact. An inventory system may identify stockout exposure. A planning system may update the supply plan. A customer service system may adjust commitments. A procurement system may evaluate alternate supply. Finance may need to understand cost implications.

The business decision is not confined to one software category.

It is a decision architecture problem.

AI Is Blurring Traditional Software Boundaries

That distinction is becoming central to the next phase of supply chain technology.

Vendors are embedding AI into planning, execution, visibility, procurement, and risk platforms. Their starting points differ, but the direction is consistent: they are trying to support decisions that cross functional boundaries.

This creates a new way to evaluate market structure.

One decision domain is procurement and commercial orchestration. Here, AI supports supplier selection, negotiation strategy, risk assessment, contract awareness, and commercial tradeoffs.

Another is network planning and resilience. This includes decisions about inventory placement, capacity, sourcing exposure, production constraints, and disruption mitigation.

Another is logistics and fulfillment execution. AI supports routing, carrier selection, warehouse prioritization, service recovery, and customer commitment decisions.

Another is exception management and resolution. This may be the most immediate domain for operational AI because exceptions require fast interpretation, prioritization, ownership, and coordinated response.

These are not merely software modules. They are decision environments.

Buyers Need a Different Evaluation Framework

That matters for buyers.

A company evaluating AI-enabled supply chain technology should ask several questions.

What decision is this system designed to improve? What data and context does it use? Does it generate insight, recommend action, or initiate execution? Can the recommendation be audited? Does the system understand operational constraints? How does it connect to ERP, WMS, TMS, planning, procurement, and customer-facing systems? What happens when the AI recommendation is rejected or overridden?

These questions are more useful than asking whether a vendor has AI.

Nearly every vendor now has an AI story. The more important issue is whether that AI improves a decision that matters.

This is particularly important as AI moves closer to execution. A recommendation about a forecast has one level of consequence. A recommendation that changes inventory allocation, carrier selection, customer commitments, or supplier sourcing has another. The closer AI gets to operational consequence, the more important context, governance, auditability, and integration become.

AI capability alone is not enough. The capability has to fit the decision environment.

Market Maps Should Reflect Decision Architectures

This shift also has implications for market maps and competitive positioning.

Traditional categories will not disappear, but they will become less sufficient. A vendor may start in visibility but move toward exception orchestration. A planning vendor may move toward autonomous decision support. A procurement platform may become a supplier intelligence system. A logistics execution provider may become a broader decision coordination layer.

The market is moving from functional software toward decision architectures.

This does not mean every platform will become a full decision intelligence layer. Nor does it mean buyers should abandon functional depth. Operational execution still requires robust systems of record and systems of execution.

But AI creates value when these systems are connected to a decision layer that can interpret changing conditions and coordinate action.

That is the structural shift.

In the next phase of supply chain AI, competitive advantage will come less from isolated features and more from the ability to improve decisions across functions. The strongest architectures will connect signals, context, reasoning, governance, and execution.

The Buyer Question Is Changing

For technology buyers, the evaluation framework must change.

The question is not simply: what does the software do?

The better question is: what decisions does it make better, faster, more reliable, and more executable?

That question will increasingly define how supply chain technology markets are understood. It will also define which vendors are positioned as functional application providers and which are positioned as decision architecture providers.

AI is not eliminating the traditional supply chain software stack. ERP, WMS, TMS, planning, procurement, visibility, and risk platforms will remain essential. But the market is moving toward architectures that can connect those systems around real decisions.

That is where the next phase of value will emerge.

Supply chain technology is no longer only about managing functions. It is increasingly about improving the decisions that connect those functions.

That is the shift from functional software to decision architectures.

The post From Functional Software to Decision Architectures: How AI Is Reshaping Supply Chain Technology appeared first on Logistics Viewpoints.

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Weaving Trust and Transparency into the Industrial Ecosystem

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This is the final blog in a series that reviews discussions that occurred during ARC Advisory Group’s 2026 Industry Leadership Forum. Specifically, it details a keynote conversation held with senior executives from Rolls-Royce, BTX Precision, and MxD. The session was entitled The New Fabric of Demand: Modernizing Collaboration and Transparency for Real-time Production. Read the full four-part series here: Connected Manufacturing Networks and the New Supply Chain – Logistics Viewpoints

Pillar 3: The Agile Manufacturing Partner

Over the last few weeks, I’ve explored the fundamental shift required to survive in today’s non-linear industrial landscape, breaking down the distinct roles that have emerged in hyperconnected, digital economies. I’ll conclude this blog series by looking at the Agile Partner, the execution engine that makes this entire ecosystem function.

The first pillar, the Market Signal, defines the parameters of value. The second, the Demand Architect, orchestrates the structural response. The third and final pillar in the new fabric of demand is the Agile Manufacturing Partner, the critical link that connects supply chain dynamics directly to the shop floor. This pillar consists of modern manufacturers who fully understand that competitive advantage is currently being completely redefined and measured by ecosystem responsiveness. During the presentation portion of my Wednesday keynote at the 30th annual ARC Industry Leadership Forum, Jamie Goettler of BTX Precision provided a perfect example of the Agile Partner in practice.

Trust as a Technical Requirement

Historically, industrial partnerships were often cemented through long-term agreements. Due to their rigid, ongoing structure, they inevitably layered in operational friction, perhaps unintentionally, as a means to wall off intellectual property (IP) and guard competitive expertise from being exposed. Today, however, that is changing. Now, trust has evolved from a soft, intangible benefit into a hard technical requirement.

One of BTX’s top customers recently adopted an AI-driven “should cost” system. To make this work, BTX feeds the customer’s software highly guarded operational parameters, detailing exactly how long specific processes take, what their overhead costs are, and even their margin positions. As a revenue officer, Jamie admitted that sharing margin data was traditionally unthinkable.

Yet, by embracing this level of contextualized data transparency, BTX allows the customer to instantly run 3D models through the system and generate highly accurate pricing and capacity checks. This fundamentally shortens the supply chain, turning a protracted, adversarial negotiation into a rapid, secure exchange of value. As the Agile Partner, BTX Precision recognizes that providing a transparent “lens” into their operations is the only way to meet the compressed speed of modern demand.

Focusing on Practical Agility

It is easy to assume this level of integration requires massive, expensive IT overhauls. While it does require change, that expectation needs to be tempered by reality. As Berardino Baratta of MxD mentioned during the panel, 75 percent of US manufacturers have fewer than 20 employees. Most of these critical sub-tier suppliers do not have IT departments or CISOs, and many still rely on paper and spreadsheets.

For an Agile Partner, modernization cannot mean adopting technology just for the sake of having it. As I have emphasized when discussing industrial AI bloat, enterprises must focus on innovation and value on investment (VOI), rather than just traditional efficiency and ROI. BTX applied this pragmatic approach directly to its quoting process. Instead of mandating a monolithic ERP system across all of its newly acquired, decentralized businesses, it targeted the specific, frustrating bottleneck of quoting productivity. By moving from a disorganized system of manila folders to a cloud-based AI and machine learning tool, it accelerated its quoting speed by six times. This outcome-based approach secures internal buy-in because it makes the employees’ lives demonstrably easier while driving immediate business value.

Aligning Humans in the Ecosystem

You cannot build a resilient, non-linear fabric of demand without aligning the humans who operate it. In the rush to deploy new technologies, it is a critical mistake to try and replace human knowledge with artificial intelligence too quickly. True digital transformation leaders understand that they must actively align incentives and be brutally transparent about their objectives.

Berardino shared an example of this involving union shops. When an initiative proposed putting cameras and sensors on manufacturing workers to build digital twins, the initial union response was refusal. However, when the stakeholders were transparent that the true goal was to monitor worker fatigue and reduce shop-floor injuries, the union recognized the aligned incentives and immediately asked how they could help. When an enterprise treats its partners and people as secure, integrated extensions of its own success, resistance transforms into collaboration.

In a non-linear digital economy, isolation is a strategy for obsolescence. The new fabric of demand is tightly woven from these three pillars: an enterprise actively reading the market signal, demand architects creating a supportive structure, and agile partners executing using transparent collaboration. Collectively, the ecosystem then achieves a compounding competitive advantage that no legacy methods can touch.

The post Weaving Trust and Transparency into the Industrial Ecosystem appeared first on Logistics Viewpoints.

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