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Distribution Network Capacity Planning

Your planning system knows what needs to ship.
It doesn't know what the network can absorb.

Every DC has a capacity ceiling — a maximum volume it can receive and process on any given day. Most deployment schedules are built without ever calculating it. LevelLoad builds every schedule around it — so the plan the system approves is the plan the network can execute.
The Problem

Three capacity constraints your planning system ignores every cycle.

Deployment schedules fail at execution for the same reason every cycle — they're built by systems that optimize inventory without ever asking whether the physical network can absorb what they've approved. The result isn't a bad plan. It's a plan that was never capacity-constrained.

DC receiving capacity — ignored at planning time

Every distribution center has a daily throughput ceiling — a maximum number of inbound loads it can process given its dock doors, labor schedule, and outbound priorities. Planning systems don't know this number. They approve deployment schedules without checking it.

When the schedule arrives at the DC, the ceiling appears. Trailers queue in the yard. Detention charges accumulate. Outbound shipments are delayed. The site gets blamed for failing to execute a plan it was never consulted on.

60% Of daily variability eliminated when DC capacity constraints are factored into the deployment schedule

Carrier network capacity — committed elsewhere by the time you tender

Preferred carriers have a finite amount of committed capacity on any given lane. When deployment schedules create volume spikes, that capacity ceiling is exceeded — and carriers who would have committed to your freight at contract rates have already allocated equipment to more predictable shippers.

The capacity exists in the network. It just isn't available to you when you need it — because you tendered too late and with too much variability for carriers to plan around you.

97% First tender acceptance when LevelLoad matches deployment volume to carrier capacity availability

Network-wide balance — decisions made in isolation create overflow elsewhere

Every DC, every lane, and every carrier is connected. Reducing shipments to one site to relieve congestion can create a stockout risk at another. Shifting volume to a different lane can overwhelm a carrier on that lane.

Planning systems optimize each site independently. They don't see the network simultaneously. LevelLoad does — optimizing every lane, every DC, and every carrier at once so that fixing one constraint doesn't create another.

30 day Network-wide visibility — every constraint in every DC on every lane solved simultaneously
The Capacity Ceiling

The maximum your network can absorb on any given day. Most planning systems never calculate it.

The capacity ceiling isn't a fixed number — it changes daily based on labor schedules, inbound backlog, outbound priorities, carrier commitments, and lane-specific constraints. LevelLoad calculates it dynamically across your entire network and builds every deployment schedule around it — so the plan that gets approved is a plan the network has already confirmed it can execute.

4+ Systems integrated
simultaneously
30 day Planning horizon
validated
How We Solve It

LevelLoad builds deployment schedules around what the network can actually absorb.

The difference between a plan that looks good in the ERP and a plan the network can execute is capacity awareness. LevelLoad is the only tool that reads capacity constraints across your entire network simultaneously — and builds the deployment schedule around them.

Network Flow Stabilization

LevelLoad

A capacity-constrained deployment scheduler that checks what every DC, lane, and carrier can absorb before committing to ship.

LevelLoad integrates with your Planning system, ERP, TMS, and WMS simultaneously — reading demand signals, DC throughput limits, carrier capacity commitments, and lane-level constraints in real time. It then builds a 30-day network-wide deployment schedule that respects all four simultaneously. The plan it produces is one the network has already validated it can execute.

Planning

30-day demand forecast

Reads forecasted replenishment needs across all lanes — Kinaxis, Blue Yonder, o9, SAP IBP.

WMS

DC throughput limits

Reads dock door availability, labor schedules, and inbound backlog at every receiving DC.

TMS

Carrier capacity

Reads committed carrier capacity by lane — and triggers early tenders to lock in preferred carriers before they commit elsewhere.

ERP

Inventory priorities

Reads days-of-supply data to prioritize which inventory ships first when capacity constraints require sequencing decisions.

01

LevelLoad calculates the capacity ceiling for every DC across the 30-day horizon

DC throughput limits, labor availability, dock door counts, and inbound backlog are read simultaneously — establishing the maximum receivable volume at each site on each day.

02

Forecasted demand is distributed across the network to match each site's capacity ceiling

Volume is redistributed across days and lanes to smooth peaks — ensuring no site ever receives more than it can process, and no lane ever exceeds its carrier capacity.

03

The entire network is optimized simultaneously — fixing one constraint doesn't create another

Unlike site-by-site planning, LevelLoad sees all DCs, all lanes, and all carriers at once — so reducing volume at one site doesn't cascade into a stockout or overflow elsewhere.

04

Placeholder orders trigger early carrier tenders — capacity is committed before the schedule is finalized

Preferred carriers receive tenders 2.5 days earlier than standard — locking in committed capacity before the deployment schedule is executed.

See How LevelLoad Works →
In Their Words " AI in supply chain management is not a future aspiration — it's a present reality. We've been able to smooth our shipment volumes, retain our preferred carriers, and hit OTIF targets we couldn't reach before. Scott DeGroot · VP Global Logistics, Kimberly-Clark Read the Kimberly-Clark case study →
60% Variability eliminated Across the KC NA network
97% First tender acceptance Carrier capacity committed in advance
30 day Planning horizon Network-wide capacity visibility
120 days To full deployment LevelLoad implementation
Know Your Network's Capacity Ceiling

Find out whether your current deployment schedule is running inside or outside your network's capacity.

If your execution consistently falls short of your plan — dock congestion, carrier rejection, OTIF misses — the deployment schedule is probably exceeding what the network can absorb. ProvisionAi will show you exactly where the ceilings are and what LevelLoad would change.
Talk to an Expert → See How LevelLoad Works
For operations shipping 5,000+ truckloads/year · Response within one business day

Frequently Asked Questions

Distribution network capacity planning is the process of determining whether a logistics network can absorb planned shipment volume across warehouses, carriers, and lanes. It involves calculating the capacity ceiling at each DC — the maximum inbound volume a site can process on any given day — and building deployment schedules that operate within those limits. Most planning systems don't perform this calculation, which is why execution consistently falls short of plan.
Deployment schedules fail at execution because planning systems optimize inventory without validating physical network capacity. They approve schedules without checking DC throughput limits, carrier availability, or network-wide lane balance. When the schedule arrives at the warehouse, capacity ceilings appear — causing dock congestion, carrier rejection, and OTIF failures that trace directly back to a plan that was never capacity-constrained.
A DC capacity ceiling is the maximum volume a distribution center can receive and process on any given day, determined by dock door availability, labor staffing, inbound backlog, and outbound priorities. It changes daily and varies by site. LevelLoad calculates each site's capacity ceiling dynamically and builds deployment schedules that never exceed it — eliminating dock congestion at the source.
Network design software helps you decide where to place DCs, how many facilities you need, and how to configure your long-term network. LevelLoad is an operational tool that works within your existing network — calculating what your current DCs, carriers, and lanes can absorb on any given day and building a deployment schedule around those real-time constraints. It doesn't redesign your network; it makes your existing network execute as planned.
LevelLoad integrates with your existing Planning system (Kinaxis, Blue Yonder, o9, SAP IBP), ERP (SAP, Oracle, JDE), TMS (Manhattan, MercuryGate, Oracle TMS), and WMS (Manhattan, Blue Yonder, SAP EWM) via standard APIs. It doesn't replace any of these systems — it sits between them, reads capacity constraints from each, and builds a deployment schedule that all four can execute. Implementation is typically completed within 120 days with no custom development required.

Eliminate Hidden Losses
in Your Supply Chain

For companies shipping 5,000+ truckloads/year. Our team will reach out within one business day.

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