61 posts tagged with βautomationβ

2026 marked the year logistics technology moved from pilot programs to operating infrastructure. This retrospective covers the AI, automation, visibility, compliance, and resilience trends that reshaped freight, warehousing, and supply chain execution.

Learn how flexible warehouse robots turn automation into a scalable capacity decisionβand how to choose, test, and manage the right commercial model.

Most manufacturers expect to manage robot fleets within five years, but far fewer have a formal strategy. Close the gap with a staged operational readiness plan.

Warehouse Wi-Fi should be managed as an operating system, not a utility. Learn how throughput SLAs connect network performance to picks, cutoffs, and automation uptime.

Build a practical acceptance-test scorecard for automated ULD handling and cold-chain operations at Korean Air's Incheon and JFK cargo hubs.

Warehouse robotics is changing associate work, but logistics leaders need task-level evidence before they redesign labor plans, dock commitments, and customer promises.

Warehouse automation needs shared exception language across WMS, WES, robotics, labor, dock, and transportation systems before AI can reliably improve execution.

Kimberly-Clark's five-year, $3 billion productivity plan is delivering results through value-stream simplification, network optimization, and scaled automation β not new software licenses.

Warehouse automation budgets fail when old exception processes, tribal knowledge, and dock workarounds survive beneath new robotics and WMS investments.

Freight order tags give shippers a stable execution key that keeps tenders, carrier events, invoices, and customer updates aligned as automation scales.