How does Enmovil dispatch scheduling software work?

Three stages. Own and market fleet are allocated together against live GPS availability, with VFR thresholds, dock bay capacity, and gate-in gate-out timing assigned simultaneously. Routes and sequences are generated against the chosen objective — cost, distance, or time — with delivery windows, city restrictions, and FIFO/FEFO applied automatically. ML adjustment handles last-minute changes, updating the warehouse picking plan and ERP sync without a manual step.

What is VFR enforcement in dispatch scheduling software?

Vehicle fill rate (VFR) enforcement means no vehicle is confirmed for dispatch until it meets the minimum threshold for its vehicle type and route category — local and upcountry set separately. The engine applies load clubbing to bring below-threshold vehicles up, and flags vehicles where no compatible orders exist for spot review. VFR is enforced at schedule generation — not discovered at the gate with the load already fixed.

How does Enmovil dispatch scheduling handle plant-level dock and gate operations?

Dock bay capacity per shift is configured per plant and applied at schedule time — not in a separate system. Dock bay assignments generate with the schedule, with gate-in gate-out timing allocated to prevent conflicts. Weighbridge validates load weight before gate-out, catching overloads before they leave. Last-minute additions trigger dock reallocation and sequence updates without rebuilding the schedule.

What is Caddie AI in Enmovil dispatch scheduling software?

Caddie is the AI-native intelligence layer in the dispatch scheduling platform. It reads live fleet availability, VFR projections, pending orders, and delivery window compliance — answering in plain language. Caddie surfaces routes below VFR threshold, identifies orders to club, evaluates whether a last-minute order fits without breaking city or window rules, and executes the chosen option — updating the schedule, warehouse picking plan, and ERP sync in one action.

Schedule orchestration data flowing across plant and lane network

Yard Management & Dock Scheduling Software India

Right vehicle. Right load. Scheduled to move.

Enmovil dispatch scheduling software is an AI-native plant-level platform that takes planned orders and live fleet availability — and produces an execution-ready schedule with vehicle allocation, dock bay assignment, loading sequence, gate-in gate-out timing, and VFR enforcement, applied automatically across every plant and distribution centre with weighbridge integration and FIFO/FEFO compliance.

See CADDIE answer it

The problem

Why manual dispatch scheduling fails at scale

When dispatch scheduling runs on spreadsheets and phone calls, vehicles leave below fill rate, delivery windows are missed, and every last-minute change triggers a cascade of manual reschedules.

Schedules built on stale fleet data
Availability is checked by phone at planning time. By dispatch, 3 vehicles are on active trips, 2 routes are overloaded, dock allocation is already broken.
Low fill rates leave cost on the road
Without VFR enforced at the dock, vehicles leave half-empty — freight inefficiency repeats daily and only surfaces in a weekly report, too late to fix.
Delivery windows missed at the door
City entry restrictions, customer windows, and holiday calendars live in planners' heads — not the system. They surface as on-road exceptions after the damage is done.
Replanning done manually under pressure
A delayed vehicle, a last-minute order, or a dock conflict triggers a cascade of calls and rewrites — the planner spends today instead of building tomorrow.

Enmovil builds schedules on live fleet data, enforces VFR before dispatch, and applies every constraint automatically — so the plan that leaves the system works at the dock.

How it works

How Enmovil dispatch scheduling software works — Allocate. Sequence. Adjust.

Planned orders and live fleet status become an execution-ready schedule — vehicle allocation, dock bay, route sequence, and load configuration decided in one run.

01
Allocate
Own fleet and market fleet considered together with per-plant priority — GPS positions, break times, night-driving restrictions, and hours-of-service factored at scheduling time. VFR thresholds enforced per vehicle type, dock bay and gate-in gate-out sequencing assigned simultaneously.
02
Sequence
Routes and unloading sequences generated against the chosen objective — cost, distance, time, weight, or volume — with delivery windows, city entry restrictions, holiday calendars, and FIFO/FEFO rules applied automatically. Weighbridge integration validates load weight before gate-out.
03
Adjust
ML auto-adjustment handles vehicle delays, order additions, and window shifts without manual rescheduling. Scenario comparison weighs cost vs distance side by side — changes flow to warehouse picking and ERP sync automatically.

Technical details · capabilities and constraints

Real-Time Vehicle Scheduling: Schedules built on live availability — GPS, break times, night-driving restrictions, and hours-of-service factored at scheduling time, not by morning phone call.; So you canDispatch vehicles that are actually available — close the gap between schedule and dock.
Configurable Load Clubbing: Max customers per vehicle set separately for local and upcountry; dealer prioritisation and MOQ thresholds enforced before dispatch — below-threshold orders held or clubbed.; So you canBlock low-VFR dispatches without manually checking each vehicle at the gate.
Dock Bay Allocation & Gate Management: Dock capacity per plant and shift configured once; dock bay assignments and gate-in gate-out timing generated with the schedule; weighbridge data validates load weight before gate-out.; So you canRun plant dispatch without dock conflicts or gate congestion — even at peak volumes.
Delivery Window & Geofence Management: Customer windows, city entry restrictions, holiday calendars, and geofence exclusions applied automatically per run; FIFO/FEFO rules enforced in loading sequence where configured.; So you canSchedule deliveries that are valid at the destination — not just optimised at the origin.
Multimodal & Scenario Scheduling: Road, rail, and air share one scheduling engine; scenario modelling compares outcomes across objectives or fleet mixes before confirming.; So you canCompare cost vs distance or time — and pick the schedule that fits today's constraints and budget.

Plant dispatch scheduling — Constraints configured once, applied automatically

Vehicle Fill Rate Controls

Minimum VFR per vehicle type — volume and weight set separately
Separate VFR threshold for spot market vs own fleet
MOQ for planning — orders below threshold held, clubbed, or deferred
Vehicle priority: own fleet before market fleet per plant

Load Planning Controls

Active loading docks per plant per shift
Max customers per vehicle — local and upcountry set separately
Same-dealer-first and multi-city-dealer-first rules per plant
Transporter SOB allocation applied at scheduling time
FIFO/FEFO sequence rules per product category

Operational Constraints

City entry restriction by vehicle type and time of day
Holiday and weekend calendars per destination
Vehicle break times and night-driving restrictions
Weighbridge weight validation before gate-out
Gate-in gate-out timing per vehicle at dock level

Optimisation Settings

Objective per run: cost, weight, distance, time, or volume
Dynamic planning window per plant or run
Spot vehicle inclusion toggled per run
Geofence inclusions and exclusions per delivery zone

Ask CADDIE

Ask your dispatch scheduling platform anything — Caddie AI

Caddie reads live schedule data — fleet availability by vehicle and shift, VFR per route, pending orders against dock capacity, delivery window compliance — and answers in plain language.

From Schedule Gaps to Last-Minute Orders — One Conversation

caddie · dispatch scheduling

How many vehicles are available today and what's the fleet split?

28 vehicles available — 19 own, 9 market. 4 own-fleet are on active trips; GPS shows return to Pune plant by 11 AM, inside the window if you extend the cutoff. 3 unavailable: 2 scheduled maintenance, 1 brake inspection that came in this morning.

1 / 5

Caddie turns live fleet and order data into schedule decisions — including last-minute additions with full constraint checks — in one conversation, not six manual checks.

SEE CADDIE + DISPATCH SCHEDULING TOGETHER — Ask Caddie about your own fleet and dock pipeline in a live demo →

Results

What automated dispatch scheduling delivers for plant and logistics teams

Live
fleet data
Schedules built on real availability — not morning phone calls
VFR
enforced
Fill rate threshold applied before gate-out, not after
0
manual reschedules
On constraint changes — ML auto-adjustment handles it
Multi-mode
Road, rail, and air in one scheduling engine

Ranges seen across Enmovil deployments · your KPIs are set against your own baseline

Case study · automotive

AI-powered inbound dispatch planning for a leading automotive OEM

Manual reality

BEFORE — Manual Dispatch Scheduling:

Vehicle availability checked by phone → stale data at schedule time
Schedule built in Excel → constraints applied manually, errors missed
Low fill rate discovered at dock gate → too late to club additional orders
City restriction or window conflict found on road → exception handled reactively
Last-minute change → cascade of calls, manual rewrites, dock confusion

With Enmovil

AFTER — With Enmovil Dispatch Scheduling Software:

Live fleet pulled automatically → GPS, status, and shift availability current
Loads clubbed to VFR threshold → no vehicle dispatched below minimum fill
All delivery window and city restrictions applied at schedule generation
Last-minute order change → ML auto-adjustment, constraint check, dock reallocation
Schedule confirmed → warehouse picking updated, ERP synced, dock bays allocated

The Operational Shift, Across Every Team That Plans and Moves Freight

FOR DISPATCH PLANNER
The schedule runs on the fleet that is actually available — not a 7 AM phone call. Load clubbing, VFR, and delivery windows apply on every run. When an order drops or a vehicle goes down, ML auto-adjustment hands the planner a recommendation, not a rebuild.
FOR PLANT AND DC MANAGER
Dock bay, loading sequence, and gate-in gate-out timing are part of the schedule — not a separate whiteboard. Weighbridge validates load weight before gate-out, catching overloads before they leave. FIFO/FEFO holds product integrity without manual dock-floor checks.
FOR LOGISTICS LEADERSHIP
Vehicle requirement forecasting, fill rate trends, and multimodal options visible before commitment — with cost and distance trade-offs quantified. Low utilisation on a lane or shift surfaces at scheduling, not in monthly review. Transporter SOB is applied at schedule time to prevent over-concentration.
FOR TRANSPORTER PARTNER
Dispatch plans arrive with route detail and loading sequence before the vehicle hits the gate — fewer last-minute changes, more consistent dock turnaround, fair lane allocation.

Trusted by industry leaders

Industries served

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Automotivo
Dispatch Planning
FMCG
Forecasting
Construção
Dispatch Planning
Industriais
Tracking & Visibility
Farmacêutico
Tracking & Visibility
Óleo, Gás e Energia
Dispatch Planning
Elétrico
Tracking & Visibility
Telecom
Dispatch Planning

Questions

What buyers ask us first.

Asked in discovery calls, answered plainly.

Enmovil dispatch scheduling software is an AI-native plant-level platform that takes planned orders and live fleet availability — and produces an execution-ready schedule with vehicle allocation, dock bay assignment, loading sequence, gate-in gate-out timing, and VFR enforcement, applied automatically across every plant and distribution centre with weighbridge integration and FIFO/FEFO compliance.
Three stages. Own and market fleet are allocated together against live GPS availability, with VFR thresholds, dock bay capacity, and gate-in gate-out timing assigned simultaneously. Routes and sequences are generated against the chosen objective — cost, distance, or time — with delivery windows, city restrictions, and FIFO/FEFO applied automatically. ML adjustment handles last-minute changes, updating the warehouse picking plan and ERP sync without a manual step.
Vehicle fill rate (VFR) enforcement means no vehicle is confirmed for dispatch until it meets the minimum threshold for its vehicle type and route category — local and upcountry set separately. The engine applies load clubbing to bring below-threshold vehicles up, and flags vehicles where no compatible orders exist for spot review. VFR is enforced at schedule generation — not discovered at the gate with the load already fixed.
Dock bay capacity per shift is configured per plant and applied at schedule time — not in a separate system. Dock bay assignments generate with the schedule, with gate-in gate-out timing allocated to prevent conflicts. Weighbridge validates load weight before gate-out, catching overloads before they leave. Last-minute additions trigger dock reallocation and sequence updates without rebuilding the schedule.
Caddie is the AI-native intelligence layer in the dispatch scheduling platform. It reads live fleet availability, VFR projections, pending orders, and delivery window compliance — answering in plain language. Caddie surfaces routes below VFR threshold, identifies orders to club, evaluates whether a last-minute order fits without breaking city or window rules, and executes the chosen option — updating the schedule, warehouse picking plan, and ERP sync in one action.