By Dr. Shereen Nassar
Global Director of Logistics Studies and the Director of the MSc Logistics and Supply
Chain Management Heriot-Watt University Dubai
The logistics industry is undergoing a fundamental transformation where companies are shifting focus from massive regional distribution centres to localised urban networks. This change is driven by rapid e-commerce growth and rising consumer expectations for fast and reliable deliveries. Precedence Research’s “E-commerce Market Size, Share and Trends 2026 to 2035” predicts the global e-commerce market size to increase from USD 24.90 trillion in 2026 to approximately USD 83.19 trillion by 2035, representing a CAGR of 14.43% from 2026 to 2035, the demand for last-mile deliveries continues to surge. According to the Market Research Intellect’s report “E-commerce Market Size, Share and Trends 2026 to 2035”, the global first- and last-mile delivery market is valued at over USD 200 billion and is projected to expand at a compound annual growth rate (CAGR) of approximately 8–10% over the period of 2027 to 2035. This rapid growth is fuelled by an escalating demand for both rapid and cost-efficient delivery solutions.
The Forces Driving Change
Traditional, centralised logistics models are failing under the pressure of rapid urbanization and changing consumer expectations. In high-density cities, congested roads, restricted curb access, and high real-estate costs make large delivery vehicles highly inefficient. At the same time, e-commerce has replaced bulk shipments with high frequencies of smaller, fragmented packages, creating massive operational hurdles. This complexity is compounded by Direct-to-Consumer (DTC) models, where brands directly manage order fulfilment, and by strict urban regulations aimed at reducing carbon emissions and traffic noise.
The Paradigm Shift: From Centralized Distribution to Decentralized Urban Fulfilment
To survive, the industry is transitioning to a multi-echelon, distributed fulfilment network. This architecture balances scale and proximity by supplementing large regional warehouses with smaller localised facilities. This includes micro-fulfilment centres, dark stores & retail locations, shared logistics hubs, and parcel lockers & collection depots.
Consumer brands that have their own retail network often use their stores as e-commerce fulfilment centres. Nike, for example, lets online shoppers pick up their purchases at brick-and-mortar Nike stores, and during the COVID-19 crisis, introduced contact-free kerbside pickup at selected stores. This strategy turns traditional physical retail storefronts into dynamic, forward-positioned nodes in a decentralized urban fulfilment ecosystem.
First-Mile Transformation: Connecting Suppliers to the Urban Network
The first mile is being systematically redesigned to streamline how inventory enters urban streams. Companies are using inbound consolidation and origin-to-depot transportation models, shipping full truckloads directly from suppliers to local urban depots to bypass redundant regional sorting.
Direct-to-Consumer (DTC) requires a logistics setup that differs substantially from what supply-chain managers at most consumer brands are used to. At the early stages of DTC, brands often outsource logistics to third-party logistics (3PL) providers to guarantee quality, speed, and the flexibility to scale operations up or down as needed. This outsourcing approach allows growing brands to navigate early operational complexities without taking on massive, rigid overhead costs. In regional e-commerce hubs like Asia, players like JD Logistics and Cainiao-Alibaba are leveraging deep local market insights and tight e-commerce integration to optimize these inbound pipelines.
Micro-Fulfilment Hubs: Bringing Inventory Closer to Demand
Micro-fulfilment hubs serve as the operational bridge between warehouses and the last mile. By positioning automated, high-density storage within city neighbourhoods, these hubs enable ultra-fast order processing. This segment has become a source of major industry disruption, with emerging startups like Deliveroo and Glovo focusing on hyper-localized on-demand delivery. These agile, tech-driven players utilize network dark stores and courier fleets to challenge traditional logistics paradigms. However, profitability remains a challenge due to high urban rents and the operational complexity of replicating inventory across multiple small nodes.
Last-Mile Transformation: From Delivery Routes to Customer-Centric Networks
The last mile has evolved into a diversified, customer-centric ecosystem where delivery models are tailored to specific urban environments. This requires a flexible network of delivery methods, technologies, service providers, and collection points designed around the needs of both customers and individual cities. Established logistics giants are adopting highly distinct strategic positions. While Amazon Logistics maintains global dominance by utilizing a massive, automated proprietary infrastructure, FedEx and UPS continue to aggressively expand their last-mile networks through targeted strategic acquisitions and digital upgrades. Additionally, DHL differentiates itself by heavily prioritizing sustainability and digital transformation, deploying massive fleets of cargo bikes and electric vans in zero-emission city zones.
The Digital Orchestration Layer
A decentralized network cannot function without a sophisticated digital orchestration layer. This digital infrastructure integrates Distributed Order Management (DOMS), Warehouse Management (WMS), and Transport Management (TMS) systems to provide unified, real-time inventory and fleet visibility. Powered by machine learning, this technology layer utilizes AI-powered route optimization to dynamically route orders, predict delivery windows, handle transit exceptions, and match shipments to the most efficient transport mode.
Drones and Autonomous Vehicles: Promise versus Practical Deployment
Autonomous delivery vehicles, drones, and sidewalk robots represent promising physical solutions for specific delivery niches. These emerging innovations are currently attracting significant venture capital and private equity funding.
Aerial drones are proving highly effective for urgent, lightweight deliveries (such as medical supplies) in remote or rural areas. Meanwhile, autonomous sidewalk robots are ideal for low-speed, predictable routes in controlled environments like business parks or college campuses. However, wide-scale rollout remains capped by airspace regulations, weather dependencies, safety concerns, and the high cost of human-in-the-loop supervision.
Operational Realities & Economics: Speed, Proximity, and Reverse Logistics
The financial model of distributed logistics involves massive capital and operating trade-offs. While micro-fulfilment increases consumer convenience, it also duplicates inventory holding costs and raises real-estate expenditures. The key strategic implication is the necessity for businesses to invest in digital infrastructure, diversify their service portfolios, and expand their geographic footprints to capture shifting consumer demand and navigate evolving regulatory landscapes.
Failed first-attempt deliveries represent a major financial drain and carbon liability. To mitigate this, carriers can reduce failed first-attempt deliveries through accurate addresses, tracking, notifications, flexible scheduling, recipient preferences, communication, predictive analytics, and convenient nearby local collection-point services.
Furthermore, modern fulfilment networks must treat reverse logistics as a core element of customer lifetime value. Two out of three shoppers say they would not shop with a retailer again after a negative returns experience. By converting local depots into returns-processing points, using delivery vehicles to collect returns on backhaul journeys, and introducing convenient drop-off options, brands can reduce reverse-logistics costs and emissions while improving refund speed and customer satisfaction. Local inspection, refurbishment, and resale can further transform returns from a brand-damaging administrative burden into an efficient customer-retention and circular-economy channel.
External Pressures: Sustainability, Regulation, and Infrastructure
While switching to electric fleets and cargo bikes reduces local emissions, ultra-fast delivery models can inadvertently increase traffic congestion and packaging waste. As a result, companies like DHL are focusing on comprehensive carbon tracking. Sustainability must be calculated across the entire logistics chain—evaluating facility energy draw, inventory consolidation rates, and empty vehicle running distance—rather than merely measuring direct vehicle emissions during the final hundred meters of delivery.
Cities are active regulators of urban freight transport, enforcing compliance through implementing low-emission zones, dynamic curb-pricing models, and public charging networks. On the regulatory side, governments are drafting drone airspace protocols, autonomous safety rules, and data privacy mandates. Winning public acceptance requires delivery networks to coordinate closely with urban planners to minimize street noise, physical sidewalk clutter, and safety risks.
Industry Collaboration & Competition
To survive in a highly competitive market, logistics providers should engage in strategic collaborations, alliances, and targeted mergers and acquisitions (M&A). Many brands are moving away from proprietary networks, opting to share physical assets like micro-fulfilment hubs and shared parcel lockers to split real-estate costs. This asset-sharing model maximizes vehicle capacity utilization and drastically reduces the number of half-empty commercial vehicles driving through city centres.
In conclusion, future competitiveness over the next decade is unlikely to be determined solely by delivery speed. Rather, it will depend on an operator’s ability to balance speed, cost efficiency, operational reliability, and environmental sustainability.
About the author
Dr Shereen Nassar
Global Director of Logistics Studies · Heriot-Watt University Dubai