Freight Forwarder Selection

The Global Freight Forwarding Landscape in 2023 Armstrong & Associates, Inc. Global Freight Forwarders list for 2023 are out! Despite a 10% decline in airfreight volumes, industry leaders like Kuehne+Nagel, DHL Global Forwarding, and DSV - Global Transport and Logistics continue to dominate the market. Consolidation is on the rise, with DSV poised to strengthen its position through a potential acquisition of DB Schenker. While these giants remain on top, there's a fascinating disparity in revenue generation. Companies like Expeditors, Kerry Logistics, and Hellmann Worldwide Logistics have opportunities to optimize their revenue streams. For instance, UPS Supply Chain Solutions generates roughly 20% more revenue from similar volumes compared to Expeditors, while CEVA Logistics nearly doubles Kerry's revenue. And the gap between GEODIS and Hellmann is truly striking. Are these disparities driven by pricing strategies or differences in customer portfolios? Finally, Europe's dominance in the global logistics market is undeniable, with six of the top ten players headquartered on the continent. As mergers and acquisitions continue to reshape the industry, will we see new players emerge from other regions? What surprises you most about these trends? Share your thoughts below! Source: https://lnkd.in/gS9R8UV4 #freightforwarding #logistics #supplychain Matthijs de Bock

C.H. Robinson just posted an $88M jump in operating profit while revenue fell 8%. All in a brutal freight recession. Their secret? AI is doing the work of thousands of people—and it needs seconds instead of hours. The numbers: 30+ AI agents running 10,000+ daily transactions, 35% productivity boost, headcount down 20% while volumes grow. Email quote responses dropped from hours to 90 seconds. But here's what's really interesting: the industry is currently in very different camps. 🚀 The aggressive automation play: C.H. Robinson and Flexport are building proprietary AI handling everything from quotes to customs filing. Flexport just launched 20+ AI tools and claims 80% customs automation by year-end. ⚖️ The cautious approach: RXO emphasizes "responsible AI" with human oversight and explainability. Many mid-sized forwarders are testing one agent at a time with vendor solutions. ⚠️ The reality: 48% of forwarders say their biggest barrier is "lack of internal expertise." Only 18% are very likely to invest in AI this year. Legacy systems weren't built for this. And here's a question everyone's dancing around: 72% of supply chain execs worry about data accuracy and bias. Who's accountable when an autonomous agent makes a million-dollar routing decision that goes wrong? 💡 One thing's clear: AI won't replace logistics professionals. The companies winning right now are using AI to eliminate the mundane (data entry, quotes, scheduling) so humans can focus on what actually matters—relationships, exceptions, strategy. 🧠 The uncomfortable truth: AI is only as smart as the people building it. If you don't know which questions to ask, which processes to automate, or how your business actually works, the fanciest AI won't save you. The race isn't about who deploys the most agents. Winners have decades of operational knowledge and understand exactly where AI adds value. 🎯 It's about figuring out which decisions benefit from automation versus which need human judgment. Technology is the accelerator, but institutional knowledge is the fuel. ⏰ We're watching the industry bifurcate for now. Five years from today, the gap between AI leaders and laggards may well be unbridgeable. Where's your company in this race? 👇 #Logistics #Innovation #Truckl #SupplyChain

Most logistics consultants skip this step when optimizing small parcel services. It's the reason your ops are stuck at 80% efficiency.👇 Here's the truth: data is king in logistics optimization. But not just any data. The right data. The step most consultants miss? Comprehensive carrier performance analysis. They focus on rates, but ignore: - Actual transit times vs. promised - Damage rates by route and carrier - Exception handling efficiency - Claims resolution speed Without this intel, you're flying blind. Your optimization efforts hit a ceiling. You can't improve what you don't measure. How to fix it: 1. Implement detailed tracking for every shipment 2. Analyze patterns over 3-6 months 3. Identify weak points in your carrier mix 4. Negotiate based on real performance, not just rates 5. Continuously monitor and adjust Result? Happier customers, lower costs, smoother operations. The difference between good and great logistics is hidden in the details most overlook. Master these details, and watch your logistics transform. Optimize smarter, not harder. #LogisticsOptimization #DataDriven #CarrierPerformance #EfficiencyBoost #SupplyChainManagement #ParcelDelivery #OperationalExcellence #PerformanceAnalysis #ShipmentTracking #ContinuousImprovement

🚇 [JUST PUBLISHED!] How can flexible train formation and skip-stop operations enhance the efficiency of urban rail transit? This new study by @Feng Li, @Yue Zhang, @Xin Guo, and @Tingxu Chen introduces an integrated optimisation framework that synergises flexible train formation and skip-stop strategies to boost operational efficiency and capacity utilisation. Key takeaways: 🔍 The proposed model optimises train stop schedules, arrival and departure timings, and formation configurations to improve urban rail system performance. 🚉 Flexible train formation dynamically adjusts capacity through coupling/decoupling, aligning real-time service with fluctuating passenger demand. ⏩ Skip-stop strategy reduces travel time by selectively bypassing stations while maintaining accessibility and safety constraints. 📊 Case study on Beijing Subway Line 9 demonstrates: ✅ 24.8% fewer stranded passengers ✅ 13.2% reduction in average waiting time ✅ 14.1% fewer train formations used 🧠 The study’s dual-strategy coordination mechanism establishes a data-driven foundation for intelligent rail transit scheduling and congestion mitigation. 🔗 Read the paper: https://bit.ly/48yKTaT #UrbanRailTransit #TimetableOptimisation #FlexibleTrainFormation #SkipStopStrategy #TransportPlanning #SmartMobility #TransitEfficiency #SustainableTransport #publictransport #scheduling #timetabling

What’s the one thing keeping Indian logistics leaders awake at night?  Last week in Delhi, while moderating a TransportOne roundtable, this question came up. And the room had one unanimous answer: Transit Time. Because in India, every extra hour on the road is expensive. It means delayed goods, wasted fuel, extra driver hours, and inventory piling up. To put this in perspective: India spends nearly 8% of GDP on logistics and inefficiencies in transit form a huge chunk of it. So what can companies actually do? Here’s what we discussed with leaders: 5 Ways to Cut Transit Time 1. Route Optimization: AI & telematics to dodge traffic, bottlenecks, and re-plan in real time. 2. Scheduled Freight: Time-tabled cargo trains have already cut transit on some routes from 70h to 28h. 3. Digitization: E-POD, automated billing, digital indenting, fewer manual delays. 4. Faster Gate & Port Turnaround: Dedicated freight corridors & simplified clearances reduce idle hours. 5. Collaboration: Shippers, transporters, customers all on one visibility dashboard, no blind waiting. Why this matters? *Post-GST, average truck distance per day jumped from 225 km to 325 km. That’s the impact of reduced stoppages. *Even a 5-10% reduction in transit time translates to huge savings in freight cost + happier customers. Reducing transit time isn’t just about faster trucks. It’s about cutting cost, improving reliability, and building trust with every delivery. And in India’s fast-growing logistics sector, the companies who solve this first will have the strongest competitive edge. #Logistics #SupplyChain #Transportation #Digitization #Leadership TransportOne by Delhivery CARGOCONNECT #logisticsautomation

Trucks-on-Trains: India’s Most Practical Multimodal Shift is Already Happening As India’s economy grows and consumption patterns diversify, freight movement is rising sharply — and so are the pressures on our highways: congestion, fuel burn, delays, accidents, and deteriorating air quality. One solution is quietly proving that modal shift can be real, scalable, and commercially viable. Indian Railways’ Trucks-on-Trains (ToT) on the Western Dedicated Freight Corridor (WDFC) is emerging as a new-age logistics model that blends the best of both worlds: Road flexibility + Rail efficiency + Electrified sustainability Instead of driving loaded trucks across long highway stretches, ToT carries them on specially designed flat wagons for the main haul — with only short first-mile and last-mile road movement. Currently operational between New Palanpur – New Rewari (636 km) Transit time reduced from ~30 hours by road to ~12 hours via ToT That’s a huge win for reliability, turnaround time, and cost predictability. Why this matters (beyond “innovation”) ·     Competitive & transparent pricing based on weight slabs ·     Toll savings for transporters by bypassing long highway runs ·     Lower driver fatigue, improved safety, fewer highway risks ·     All-electric DFC network = major emission reduction potential The scale is already visible: ·     FY25 (Apr–Dec): ·     545 rakes ·     3+ lakh tonnes freight moved ·     ₹36.95 crore revenue generated And adoption is strong from western India’s freight clusters — especially dairy and FMCG, anchored by customers like GCMMF (Amul). Cleaner freight, measurable impact Shifting the core Palanpur–Rewari highway movement to rail can potentially remove ~48,875 truck trips from roads, saving an estimated:  ~88.8 lakh litres of diesel  ~2.3 crore kg of CO₂ emissions avoided 🔭 What’s next? With new wagon designs under the Flat Multipurpose (FMP) platform and more Origin–Destination points coming up, ToT could become a repeatable national model for: dairy, automobiles, FMCG, perishables and agri-logistics Imagine produce like Nashik onions or Maharashtra chikoo reaching distant markets faster, with less spoilage and better price stability — that’s what multimodal execution looks like. Trucks-on-Trains is not just a service. It’s a structural shift in how India can move freight efficiently, reliably, and responsibly. What other corridors or commodities do you think can benefit most from this model? #DedicatedFreightCorridor #DFCCIL #IndianRailways #MultimodalLogistics #ModalShift #RailFreight #GreenLogistics #SupplyChain #IndiaInfrastructure #TransportInnovation #LogisticsEfficiency

🚢 Optimizing Container Shipping Decisions in Foreign Trade: A Practical Calculation Model In global supply chains, container shipping isn’t just about selecting a mode — it’s about building a data-driven cost model that aligns with transit time, volume, demand variability, and service reliability. As a supply chain researcher, here’s the simplified decision model companies use to select the most efficient container shipping mode: 📊 Key Parameters in the Calculation Model 1️⃣ Container Type Selection 20FT vs 40FT vs 40HC depends on CBM utilization and weight limits. Formula: Utilization % = (Total CBM / Container CBM) × 100 2️⃣ Freight Cost Modeling Base Ocean Freight BAF (Bunker Adjustment Factor) CAF (Currency Adjustment Factor) THC (Terminal Handling Charges) Documentation, Customs, Inland Transport Total Cost = FOB + Ocean Freight + Surcharges + Destination Charges 3️⃣ Transit Time vs Inventory Impact Longer routes increase pipeline inventory. Formula: Pipeline Inventory = Daily Demand × Transit Days 4️⃣ Consolidation vs FCL Decision Choose LCL if demand is small; choose FCL when volume > 15–18 CBM (region-dependent). Formula: Cost per CBM (LCL) vs Cost per Container (FCL) 5️⃣ Lead Time Reliability Variability affects safety stock. Formula: Safety Stock = Z × σLT × Avg Demand 6️⃣ Carbon Footprint Impact Modern models include CO₂ cost to meet sustainability KPIs. 📌 Example (Realistic Scenario) A company needs to ship 25 CBM from Karachi → Rotterdam. FCL 20FT cost: $1,650 LCL cost: $78/CBM × 25 = $1,950 ➡️ FCL is cheaper by $300 ➡️ Lower damage risk, better transit stability ❓ Key Question for Supply Chain Teams Are we selecting container mode based on historical habit — or on a real cost-to-serve model? Top-performing organizations use standardized calculation frameworks, not guesswork. Smart mode selection reduces cost, stabilizes lead time, and increases service reliability across foreign trade lanes. #SupplyChain #InternationalTrade #Logistics #ContainerShipping #GlobalTrade #FreightForwarding #SCM #ImportExport #TransportationManagement #Optimization #OceanFreight #WarehouseAndLogistics

In a significant breakthrough for sustainable logistics, Finland has successfully conducted pilot tests for a revolutionary maglev cargo system near Helsinki. This technology utilizes superconducting magnets to move freight at speeds reaching 500 km/h, which is roughly five times faster than traditional trucking. By eliminating mechanical friction, the system operates with no wheels and no engines, resulting in an almost entirely silent transport method. The system is designed to be fully automated and powered by renewable energy, aiming for a future of zero-emission global trade. Unlike conventional high-speed rail, this model explores the use of vacuum-sealed tubes to further reduce air resistance, allowing cargo pods to glide seamlessly through the landscape. This innovation could potentially reduce global delivery times from days to mere hours while significantly lowering logistics costs. Beyond speed, the Finnish maglev project focuses on environmental responsibility by incorporating recycled materials into its infrastructure. The vertical integration of these cargo pods allows for high-throughput logistics without the noise pollution or carbon footprint associated with heavy locomotives. This "silent green revolution" represents a shift toward a more connected and efficient global supply chain. While still in the developmental and pilot phases, the success of these trials demonstrates that high-speed maglev freight is a tangible solution for modernizing transport networks. The project aligns with broader European goals to decarbonize the transport sector and leverages advanced linear induction motor technology to provide both lift and forward thrust. As the technology matures, it is expected to reshape how industrial hubs, ports, and cities manage freight. By bypassing the limitations of traditional rail—such as wheel-to-rail friction and noise—Finland is positioning itself at the forefront of the next generation of global infrastructure. #FinlandInnovation #MaglevTechnology #FutureOfTransport #CargoRevolution #GreenEnergy

If you want to know whether execution is really working, then start with numbers. Over the years, I’ve learned to look at these five simple parameters first, because they reveal almost everything about how strong or weak your execution actually is: On-time delivery rate – Tells you if your planning matches reality.  Order accuracy – Shows how well teams follow through on process discipline.  Transit time variability – Uncovers consistency gaps that can quietly drain reliability.  Capacity utilization – Reflects how efficiently your resources are being deployed.  Damage or spoilage rate – Exposes the quality of handling across every step. These numbers do more than measure performance.  They point to what needs fixing, where systems need tightening, and how close you are to operational maturity. If deliveries are late, it’s usually a planning or coordination issue.  If spoilage is high, there’s a gap in handling or monitoring.  If variability spikes, visibility is missing somewhere in the chain. The data always speaks first. You just have to learn how to listen. #ExecutionMatters #ColdChainLogistics #OpsMetrics #SupplyChainMetrics #SupplyChainReliability #DataDrivenExecution #ProcessImprovement #OperationsDiscipline #MeasureWhatMatters

INTERMODAL TRANSPORTATION – IT, ACTUALLY, WORKS! THE BEAUTY IN DISGUISE Intermodal transportation is, indisputably, currently the most efficient way to decarbonize freight transport at scale. But not only that, it provides further advantages: 1. Around -70% of CO2 vs. road (diesel) transportation 2. Reduces further transport externalities, namely road safety and congestion 3. It is a parallel & additional capacity to “road” 4. Positively affects the social agenda (drivers’ shortage and their work-life balance) 5. Shortening the road part enables faster electrification of first/last mile 6. It combines these advantages borne on long distances with flexibility of road 7. With the right volumes, frequency, partners and right procurement capabilities it is economically sustainable (for relevant distances) Many challenges exist, such as principally “national, manual and rigid” systems with interoperability challenges, data transparency, some capacity challenges (e.g. in certain terminals), etc. Quite some very professional articles have been written about those, and we need to respect the history, complexity of how intermodal capacity is produced, technical and regulatory challenges, and many others. An effective approach to get these over, fully or partly, and to move the fright from road, is: 1. Building the internal know-how to understand pros and cons 2. Finding the right partners (professional carriers who take the complexity away from the shipper) 3. Considering & balancing overall sustainability (economical, ecological and social) of the whole supply chain 4. Resilience in driving the modal shift further despite both internal and external challenges and comfort zones In Europe, rail freight transportation has not been growing its share over many years, even if intermodal-rail replaced the dropping share of conventional rail (diminishing, principally, due to de-industrialization and change of the energy mix). With expected long-term (2050) increase of both freight activity and passenger transportation, it is difficult to imagine all this running on roads, air, hyperloops, or whatever… It is about VOLUMES – so simple it is. To attract the volumes, It must become EASY for the shippers. Focusing on complexity and challenges only, discourages the interest. Respectively, do we use the right SPEECH talking about intermodal freight? WHAT IS, ACCORDING TO YOU, 1-2 MAIN ROOT CAUSES HINDERING FURTHER MOVE OF FREIGHT FROM ROAD?