Warehouse Case Study

    3PL operator turned its biggest DC into its highest-margin one with the MileSoft Warehouse Suite

    By unifying WMS, dock scheduling, truck turnaround, and fleet routing onto a single MileSoft platform, a multi-client 3PL recovered 38% of dock idle time and cut average truck dwell from 3h 10m to 1h 20m.

    8 min read MileSoft Engineering TeamPublished 12 May 2026
    Client
    Tier 1 Manufacturers
    Industry
    Third-Party Logistics (3PL)
    Geography
    India (MP)

    Outcomes

    Measurable results

    Headline metrics from the deployment.

    38%
    less dock idle time
    1h 20m
    avg truck dwell (was 3h 10m)
    99.4%
    inventory accuracy (was 91%)
    8 days
    client onboarding (was 6 weeks)

    The Challenge

    What needed solving

    • Dock and yard scheduling lived in WhatsApp + paper trip-sheets. Carriers showed up early or late; docks sat idle while drivers waited in the gate queue.
    • WMS was an OEM legacy app with no API — every client onboarding required 6 weeks of custom data plumbing.
    • Inventory accuracy ran around 91% — meaning ~9% of picks involved an exception, and SLA penalties from one anchor client were eating margin.
    • Last-mile fleet routes were planned once a day at 6am and never re-optimized; fuel cost per kg was trending up two quarters in a row.

    Our Approach

    How we delivered

    • Deployed the MileSoft WMS as the new DC backbone with REST APIs for client integrations — onboarding window dropped from 6 weeks to 8 days.
    • Added Loading Dock Management + Truck Turnaround for end-to-end yard visibility: appointments, gate check-in, dock assignment, departure SLA.
    • Moved Inventory Tracking onto handheld + RFID for cycle counts that don't stop operations.
    • Order Fulfillment + Fleet Optimization closed the loop — wave plans flow into route plans that re-optimize as orders mature.

    Stack

    Technical building blocks

    MileSoft WMS (Dot.net MVC)REST APIs + EDI gateways for client integrationsZebra / Honeywell handhelds, RFID gates

    "We used to spend our mornings firefighting the gate queue. Now the gate runs itself, the docks are full, and we're actually running margin reports instead of incident reports."

    VP Operations
    Tier-1 Manufacturers

    FAQ

    Frequently Asked Questions

    Common questions about this engagement and MileSoft's approach.

    How did MileSoft reduce client onboarding from 6 weeks to 8 days at Tier-1 Manufacturers?

    The legacy WMS required custom data pipelines for each client integration. MileSoft WMS exposes every workflow via REST APIs — new client integrations become API connections with standard mappings rather than custom-coded pipelines, cutting the integration phase from weeks to days.

    How was inventory accuracy improved from 91% to 99.4%?

    MileSoft Inventory Tracking with handheld + RFID replaced manual bin checks. Cycle counts run continuously alongside picking operations — triggered as exceptions rather than scheduled freezes. Exception detection flags location drift before a picker hits an empty bin, catching discrepancies in real time rather than at the next count.

    What caused 38% less dock idle time after deployment?

    Loading Dock Management and Truck Turnaround share a single yard state. Dock assignments and parking allocations are coordinated in real time — when a truck arrives early, the system re-sequences the queue rather than holding the truck in a static appointment slot. Docks fill the gaps that previously sat idle.

    How does MileSoft WMS handle multiple clients sharing the same dock doors?

    Multi-client dock allocation is a first-class feature: each client has configurable equipment constraints (dock height, refrigeration, hazmat), priority windows, and SLA rules. The system enforces client-specific rules during assignment without requiring separate dock groups — a 3PL can run 10 clients through 8 doors from a single scheduling view.

    Can MileSoft Fleet Optimization re-plan routes after 6am?

    Yes. MileSoft Fleet Optimization re-plans continuously as new orders are confirmed, customer windows shift, and traffic conditions update. Drivers receive updated stop sequences via the driver app in real time — the system doesn't require a manual re-dispatch call to update a route mid-day.

    Technical Research

    Want the engineering details behind these results?

    Read the full research paper — architecture, computational methods, governing standards, and worked numerical examples.

    Read paper

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