Connected Logistics Market By Component (Hardware, Software & Platforms, Services); By Transportation Mode (Roadways, Railways, Airways, Seaways); By Application (Asset Tracking & Monitoring, Warehouse Management, Fleet Management, Freight Security & Safety, Order & Shipment Management); By Industry Vertical (Manufacturing, Retail & E-Commerce, Food & Beverage, Pharmaceuticals & Healthcare, Automotive, Oil & Gas, Others); By Geography, Segment Revenue Estimation, Forecast, 2026–2032

Connected Logistics Market: 2025–2032 Outlook – (Updated On: 28-Aug-2026)

Metric	2025	2032	CAGR 2026–2032
Global Connected Logistics Market	USD 75.98 Bn	USD 239.79 Bn	17.8%

 

2025 segment snapshot

Dimension	Largest Segment	2025 Share	Fastest CAGR
Component	Hardware	64.0%	Software & Platforms — 20.4%
Mode	Roadways	58.0%	Railways — 19.6%
Application	Asset Tracking & Monitoring	30.0%	Order & Shipment Management — 18.7%
Vertical	Manufacturing	25.0%	Pharmaceuticals & Healthcare — 20.2%

 

How Large Is the Connected Logistics Market and What Is Changing the Economics of Logistics?

According to Strategic Market Research, the global connected logistics market was valued at USD 75.98 billion in 2025 and is projected to reach USD 239.79 billion by 2032, representing a CAGR of 17.8% during 2026–2032. The forecast covers logistics-specific RFID, GPS and telematics devices, IoT trackers and sensors, connected gateways, visibility and transportation platforms, connected WMS/TMS functions, analytics, integration and managed monitoring services.

Connected logistics links freight, vehicles, warehouses, reusable assets and shipment orders through connected sensing, event data and software. The market excludes the full value of freight transportation, telecommunications, warehouse real estate and automation equipment unless a connected sensing, control or logistics-software layer is integral to the solution. Commercial value is shifting from recording milestones to identifying exceptions and triggering action.

 

What Is Driving Connected Logistics Spending in 2026?

The main demand mechanism is the cost of late or incomplete information. Manufacturers need earlier warning of inbound disruption; retailers and parcel networks need precise package and inventory status; food and healthcare shippers need location, temperature and custody evidence; and carriers need a common view across vehicles, trailers, yards and orders. Buyers are therefore moving from periodic scans and isolated GPS feeds toward continuous, machine-readable logistics events.

The scale of deployment is becoming more visible. In April 2026, UPS said RFID sensing was present in all of its U.S. package delivery vehicles, in delivery facilities across the country and on every package shipped through more than 5,500 The UPS Store locations, including returns.[1] The significance is the conversion of manual scanning into automated event capture for earlier exception detection, chain-of-custody records and analytics.

A second growth mechanism is the move from visibility to execution. In May 2026, Shippeo acquired Logward to connect real-time transportation visibility with AI-enabled supply-chain execution workflows.[2] Descartes followed a similar strategic direction in July 2026 by acquiring Drivin, a Latin American last-mile platform combining route optimization, dispatch management and real-time execution visibility with machine-learning and agentic-AI capabilities.[3] These moves show incremental software value shifting toward systems that normalize events, prioritize exceptions and automate the next action.

 

How Are Component and Application Economics Shifting?

Hardware remained the largest component in 2025 at 64.0%, equivalent to USD 48.63 billion, and is projected to grow at a 16.6% CAGR. RFID readers, vehicle telematics units, gateways, smart-container devices and condition sensors remain the physical data-capture layer. Suppliers such as Impinj position RAIN RFID around shipment verification, automated supply-chain visibility and item-level identification, illustrating why the hardware base remains essential even as software grows faster.[4]

Software & Platforms represented 24.0% of the market, or USD 18.24 billion, and have the fastest component CAGR at 20.4%. This segment gains value as customers combine carrier feeds, IoT data, orders, inventory, ETAs and workflow rules in one environment. The Shippeo-Logward transaction and Descartes' expansion in last-mile execution support this shift toward software that converts connected events into operational decisions.[2][3] Services accounted for 12.0%, or USD 9.12 billion, and are forecast to expand at 19.1% as multi-carrier onboarding, integration and data management become harder at enterprise scale. Aramex's January 2026 selection of Softeon as strategic WMS partner for planned deployment across more than 70 facilities demonstrates the implementation work required to standardize visibility and execution across a large logistics network.[5]

By application, Asset Tracking & Monitoring was the largest category at 30.0% and USD 22.79 billion, with an 18.4% CAGR. Its business case is strongest where location must be combined with condition, custody or asset utilization. Warehouse Management accounted for 22.0% and USD 16.72 billion, growing at 17.8%, as WMS environments connect scanners, RFID, automation controls and inventory events. Fleet Management represented 20.0% and USD 15.20 billion, with a 17.5% CAGR; current platforms from Samsara and Geotab illustrate the convergence of GPS, vehicle diagnostics, dispatch, asset monitoring and workflow data.[6][7]

Freight Security & Safety held 12.0%, or USD 9.12 billion, and is projected to grow at 16.9% as buyers seek earlier warning of theft, tampering, route deviation and temperature excursions. Order & Shipment Management represented 16.0%, or USD 12.16 billion, and has the fastest application CAGR at 18.7%. Its growth reflects the need to link purchase orders and customer commitments directly with transportation events so that delays trigger replanning instead of manual status chasing.

 

How Are Transportation Modes Digitizing at Different Speeds?

Roadways were the largest transportation mode at 58.0% of the 2025 market, equivalent to USD 44.07 billion, with a 17.1% CAGR. Road freight has the broadest device opportunity because trucks, trailers and drivers generate continuous location, routing, compliance and maintenance data. Samsara and Geotab both support connected fleet and asset data, while U.S. electronic logging device requirements reinforce the use of digital records in regulated motor-carrier operations.[6][7][8]

Railways accounted for 15.0%, or USD 11.40 billion, and have the fastest mode CAGR at 19.6%. The opportunity is moving toward sensor-based railcar location, condition and health data. RailPulse already operates a real-time telematics platform and in July 2026 announced that Nucor had joined its coalition. Beginning October 1, 2026, RailPulse GPS location and timing data is scheduled to become the definitive record, subject to limited exceptions, for certain demurrage and storage disputes among participating subscribers and member railroads.[9] This turns connected rail data into an operational and commercial record rather than a supplementary tracking feed.

Airways represented 12.0% and USD 9.12 billion, with a 16.8% CAGR. Growth is tied increasingly to interoperable data exchange between airlines, forwarders, handlers and authorities. IATA says ONE Record became the preferred method for cargo data exchange from January 2026, with airlines representing more than 70% of global air waybill volume on track for implementation.[10] Cathay Cargo had already put ONE Record into day-to-day forwarder operations and has used it for real-time customs-status visibility, demonstrating how shared data can move beyond basic departure and arrival milestones.[11]

Seaways held 15.0%, or USD 11.40 billion, and are projected to grow at 19.1%. Connected-container and reefer systems extend visibility to container condition and multimodal handoffs. Maersk is upgrading shipboard IoT connectivity from 2G toward 4G to support more frequent data from reefer tracking and fleet IoT devices, increasing the granularity available for cargo monitoring.[12]

 

Which Industry Verticals Create the Strongest Connected-Logistics Use Cases?

Manufacturing was the largest vertical in 2025 at 25.0% and USD 19.00 billion, growing at 17.1%. The value proposition is production continuity: a late inbound component or returnable asset can affect line availability and plant scheduling. Retail & E-Commerce represented 24.0% and USD 18.24 billion and are projected to grow at 19.8% as high order frequency, short fulfillment windows and returns increase the value of parcel sensing, inventory event accuracy and last-mile execution. UPS's network-wide RFID deployment is a practical example of connected visibility moving into parcel infrastructure rather than remaining a pilot.[1]

Food & Beverage accounted for 13.0% and USD 9.88 billion, with a 17.6% CAGR. Temperature sensitivity, expiry risk and traceability create demand for condition monitoring and standardized event records. Pharmaceuticals & Healthcare represented 11.0% and USD 8.36 billion and have the fastest vertical CAGR at 20.2%. These flows require strong chain-of-custody, package-level traceability and cold-chain evidence; DSCSA implementation keeps interoperable electronic tracing central to U.S. pharmaceutical distribution.[13]

Automotive held 12.0% and USD 9.12 billion, growing at 16.9%, as manufacturers coordinate geographically distributed suppliers, returnable packaging and finished-vehicle movement. Oil & Gas represented 8.0% and USD 6.08 billion, with a 14.9% CAGR, where the use case is more specialized around remote fleets, equipment and field logistics. Other industries accounted for 7.0% and USD 5.32 billion, growing at 15.8%, with adoption depending on the value of assets, need for condition monitoring and cost of supply disruption.

 

How Are Regulation and Data Standards Changing the Market?

Connected logistics increasingly depends on whether different devices and systems can exchange trusted event data. In U.S. road transport, FMCSA's ELD technical specifications are designed to support compliant electronic hours-of-service records, sustaining demand for connected fleet systems in regulated operations.[8] In pharmaceuticals, DSCSA requires interoperable electronic tracing for certain prescription drugs, but implementation remains uneven. On August 6, 2026, FDA issued exemptions from certain Section 582 requirements for qualifying small dispensers through November 27, 2027, while encouraging continued implementation work.[13]

Food traceability also needs current interpretation. FDA's Food Traceability Rule requires covered entities to maintain Key Data Elements associated with Critical Tracking Events. The original January 20, 2026 compliance date was proposed for extension to July 20, 2028, and Congress directed FDA not to enforce the rule before that date.[14] This delays enforcement pressure but does not remove the long-term requirement for more structured supply-chain data.

Europe is creating another interoperability catalyst. The EU eFTI Regulation will apply in full on July 9, 2027, when Member State authorities must accept electronic freight information shared through certified eFTI platforms.[15] In air cargo, ONE Record is intended to provide a common data-sharing framework across the shipment chain.[10] In ocean freight, DCSA's Track & Trace standards define common processes, data models and APIs for cross-carrier container tracking.[16] GS1 EPCIS provides a complementary event-data standard covering the what, when, where, why and how of supply-chain events and supports sensor data for conditions such as cold chains.[17] Together, these frameworks make interoperability a product requirement.

 

What Do Regional Adoption Patterns Show?

Regional opportunity should be assessed through deployment maturity and operating requirements rather than unsupported market-share assumptions. North America shows advanced adoption in parcel RFID, trucking telematics and large-scale fulfillment networks, with UPS providing a clear 2026 example.[1] Europe is increasingly shaped by cross-border multimodal data requirements and the approaching eFTI implementation date.[15] Asia Pacific combines large manufacturing and e-commerce flows with active digital air-cargo adoption; Cathay Cargo's production use of ONE Record demonstrates that interoperable cargo data is already operational in the region.[11]

Latin America is seeing stronger last-mile digitization as urban delivery complexity increases. Descartes' July 2026 acquisition of Drivin specifically expands its exposure to AI-enabled delivery management across the region.[3] In the Middle East, logistics operators are building more standardized technology foundations: Aramex's planned Softeon WMS deployment spans facilities across Africa, Europe, the Middle East and the Far East, while its broader 2026 digital-transformation program is aimed at creating a unified data foundation for real-time logistics intelligence.[5] The common regional theme is greater value when connectivity is standardized across sites, partners and operating systems.

 

How Is Competition Evolving and What Will Determine Winners Through 2032?

Competition spans sensing and RFID suppliers, telematics vendors, monitoring specialists, WMS/TMS providers, visibility platforms, enterprise software companies and logistics operators. Hardware suppliers are adding software and analytics; visibility vendors are adding execution; fleet platforms are adding workflow and AI; and enterprise software providers are connecting planning, transportation, warehousing and order data. The competitive issue is increasingly the ability to normalize events and trigger reliable action.

The strongest competitive advantage should move toward suppliers that reduce integration effort while increasing the operational value of each connected event. Buyers need device flexibility, APIs, common identifiers, carrier connectivity, data-quality controls, predictive ETAs and workflow automation. M&A in 2026 already supports this direction: Shippeo added execution workflows through Logward, while Descartes added AI-enabled last-mile execution through Drivin.[2][3]

The principal forecast constraint is implementation complexity. A connected device creates little value when its identifier cannot be reconciled with the shipment, order or asset record. Large networks must integrate legacy WMS/TMS systems, carrier APIs, sensor vendors and data-governance rules, while smaller operators can struggle with integration cost and data quality. Security, coverage and sensor lifecycle economics add further friction. For this reason, market growth should not be interpreted as a simple increase in the number of trackers; value will accrue disproportionately to platforms and service models that lower onboarding cost and convert data into measurable operating decisions.

 

Analyst Perspective

Strategic Market Research expects connected logistics to evolve through three linked layers: automated event capture, interoperable data and increasingly autonomous exception handling. Hardware will remain the largest component because physical freight and assets must be sensed before they can be optimized, but software and services should capture a rising share of incremental value as customers move from “where is it?” to “what should happen next?” Key growth opportunities include multimodal event normalization, cold-chain and chain-of-custody monitoring, railcar and container telemetry, order-linked exception workflows and AI-assisted execution. Companies that can connect heterogeneous hardware and carrier data to real operational workflows should be better positioned than vendors offering isolated visibility dashboards.

 

Market Estimates and Methodology

The USD 75.98 billion 2025 market size, USD 239.79 billion 2032 forecast, 17.8% CAGR and all segment shares, values and CAGRs in this report are Strategic Market Research estimates and form the approved quantitative baseline. Segment values are calculated from the 2025 global market and may show minor rounding differences. External official sources were used to validate regulations, standards, product status, deployments and strategic developments; they do not independently validate Strategic Market Research's proprietary market estimates. Regional market shares and regional CAGRs have intentionally not been presented because no approved SMR regional quantitative baseline was supplied.

 

Report Coverage Table

Report Attribute	Details
Forecast Period	2026 – 2032
Market Size Value in 2025	USD 75.98 Billion
Revenue Forecast in 2032	USD 239.79 Billion
Overall Growth Rate	CAGR of 17.8% (2026 – 2032)
Base Year for Estimation	2025
Historical Data	2019 – 2024
Unit	USD Million, CAGR (2026 – 2032)
Segmentation	By Component, By Transportation Mode, By Application, By Industry Vertical, By Geography
By Component	Hardware, Software & Platforms, Services
By Transportation Mode	Roadways, Railways, Airways, Seaways
By Application	Asset Tracking & Monitoring, Warehouse Management, Fleet Management, Freight Security & Safety, Order & Shipment Management
By Industry Vertical	Manufacturing, Retail & E-Commerce, Food & Beverage, Pharmaceuticals & Healthcare, Automotive, Oil & Gas, Others
By Region	North America, Europe, Asia-Pacific, Latin America, Middle East & Africa
Country Scope	U.S., Canada, UK, Germany, France, Italy, China, Japan, South Korea, India, Brazil, Mexico, Saudi Arabia, UAE, South Africa
Market Drivers	Rising adoption of IoT-enabled real-time shipment and asset visibility, expansion of e-commerce and omnichannel fulfillment networks, growing use of connected fleet and warehouse automation solutions, increasing focus on freight security, route optimization, and supply-chain resilience
Customization Option	Available upon request