Ocean freight software helps forwarders manage parts of the shipment lifecycle, including FCL and LCL pricing, customer quotes, bookings, documents and shipment updates. Choose software by identifying which workflows you need to improve. Check how rates, charges and responsibilities move between pricing, sales and operations, especially when connecting to an existing TMS.
Ocean freight software is a broad category covering tools used to price, sell, organize and monitor sea freight shipments.
Some products focus on carrier rates and customer quotations. Others manage shipment execution, documentation and financial records. Visibility platforms focus on shipment events, estimated arrival times and exceptions.
A product may cover several categories, but it is important to confirm where its responsibilities begin and end.
| Software category | Main tasks | Typical users | What to verify |
|---|---|---|---|
| Rate-and-quote software | Organize rates, calculate charges, apply selling rules and prepare customer quotations | Pricing, procurement and sales teams | Whether accepted quotes transfer into bookings with their original pricing and terms |
| Operational TMS tools | Manage shipment records, booking workflows, documents, operational tasks and financial handoffs | Operations, documentation and finance teams | Which carrier connections, document workflows and accounting functions are included |
| Visibility platforms | Collect shipment milestones, display arrival estimates and identify exceptions | Operations, customer service and customers | Carrier coverage, update sources, timestamps and responsibility for acting on alerts |
These categories overlap. A platform may combine rate management, quoting and visibility while connecting to an existing operational TMS.
The buying decision should reflect the work your team needs to complete, rather than whether a product describes itself as an all-in-one solution.
FCL and LCL require different pricing logic.
For FCL, check whether the software distinguishes container quantities, equipment types, trade lanes and charge bases. A charge per container should not be treated as a charge per shipment.
For LCL, ask the provider to demonstrate volume- and weight-based calculations, minimum charges and separate origin and destination fees.
| Pricing requirement | FCL evaluation | LCL evaluation |
|---|---|---|
| Shipment inputs | Container type, quantity, cargo details and route | Packed dimensions, total volume, gross weight and cargo details |
| Main freight basis | Commonly per container, subject to the offer | May use weight/measurement, with supplier-specific rules |
| Minimum charges | Check minimums attached to individual services | Test freight and local-charge minimums separately |
| Local charges | Distinguish per-container and per-shipment amounts | Distinguish volume, weight, shipment and document charges |
| Amendments | Recalculate when equipment or quantity changes | Recalculate when measured weight or volume changes |
For example, assume an LCL tariff explicitly charges on the greater of cubic metres or metric tonnes, with a one-unit minimum. A shipment measuring 4 m³ and weighing 1.5 tonnes would use 4 chargeable units under that tariff.
Treat this as a test case, not a universal rule. The system must apply the actual supplier’s basis, minimums and rounding.
A searchable rate is only useful if it applies to the shipment.
Check whether the software records:
Ask what happens when a carrier changes a rate after a customer quote has been sent. The software should help the team identify affected work without silently rewriting the original commercial record.
Comparing base ocean freight alone can produce the wrong result.
Test whether the software distinguishes:
Every amount should retain its charging basis: per container, shipment, document, weight or volume.
An unknown destination charge should remain visibly unconfirmed. Treating it as zero makes an incomplete offer appear cheaper.
The customer quotation should preserve the service scope while keeping internal buy costs and profit calculations appropriately restricted.
Evaluate:
VelocityOS documents quote templates, approval controls, structured cost breakdowns, PDF and link sharing, and quote-status tracking in its quote management offering.
A customer accepting a quotation is not the same as a carrier confirming space.
The handoff into operations should preserve the accepted quote and create a clear record of what still needs confirmation.
Check how the software transfers:
The team also needs to know who supplies, checks, submits and approves each document. Software can organize these responsibilities, but the responsible parties still need to review the information.
| Information or document | Responsibility to establish |
|---|---|
| Commercial invoice and packing list | Who provides the information and checks it against the booking |
| Shipping instructions | Who prepares, reviews and submits them |
| Weight information and VGM, where applicable | Who provides and submits the required data |
| Draft bill of lading | Who reviews details and approves corrections |
| Customs-related information | Which party or broker handles the relevant process |
| Release instructions | Who verifies that the required release conditions have been met |
A useful visibility workflow tells the team what changed and what to do next.
Evaluate how the software handles milestones such as booking confirmation, gate-in, loading, departure, transshipment, arrival and delivery, where data is available.
For each update, check:
Do not interpret milestone visibility as continuous GPS tracking. Ask providers to demonstrate actual data coverage and how missing or delayed updates appear.
VelocityOS describes shipment visibility and team coordination through its operations tower. Confirm the event sources and coverage required for your carriers and lanes.
Before selecting another platform, decide which system should own each record.
For example, your commercial platform may own quotations while the TMS owns the operational shipment record. Both systems need agreed references and update rules.
| Data object | Integration question |
|---|---|
| Customer | Which system creates and maintains the main customer record? |
| Rate | Is the full rate structure exchanged, or only a selected price? |
| Quote | Are versions, acceptance and exclusions preserved? |
| Booking | What triggers creation, and how are duplicates prevented? |
| Shipment event | Which source provides updates, and how are conflicts handled? |
| Document | Are files exchanged, linked or stored in one system? |
| Error | Who receives the alert and confirms successful recovery? |
VelocityOS documents connections for rates, bookings, shipment updates and documents through its TMS integration. Confirm the exact objects, direction of exchange and implementation scope for your existing system.
The following shipment, prices and references are hypothetical. They demonstrate a workflow, not a live carrier offer or a claim that every step is automatically available in a particular product.
Assume a customer requests shipment of one 40-foot dry container of ordinary, non-hazardous goods from Shanghai to Jebel Ali.
The requested service covers the ocean movement and the listed terminal and documentation charges. Inland transport, customs clearance, duties, taxes, insurance and contingent charges are excluded.
| Cost component | Illustrative buy amount |
|---|---|
| Ocean freight per container | USD 1,700 |
| Fuel surcharge | USD 200 |
| Origin terminal handling | USD 180 |
| Destination terminal handling | USD 220 |
| Documentation per shipment | USD 50 |
| Total buy cost for the defined scope | USD 2,350 |
The pricing team records the supplier reference, equipment, route, validity conditions and charge bases. It checks that the planned shipment qualifies for the offer.
Assume the forwarder applies a USD 300 commercial markup.
Customer selling price = USD 2,350 + USD 300 = USD 2,650
The quote includes the service scope, selling price, validity, exclusions and terms. Internal buy costs remain available to authorized staff.
The customer accepts quote Q-1042, version 2. The acceptance is stored against that version.
Operations receives the cargo details, accepted quote reference, selected offer, charges and requested routing.
The team submits the booking request. The shipment remains awaiting carrier confirmation until a confirmation is received.
Once confirmed, operations records the carrier booking reference, schedule and relevant cutoffs. Document tasks are assigned to named owners.
Suppose the carrier changes the planned departure.
The operations team checks:
The original accepted quote remains traceable. Any commercial revision is recorded separately rather than silently replacing what the customer accepted.
Ask each shortlisted provider to use your own sample shipments.
For a broader comparison of pricing capabilities and providers, use the freight rate management software comparison.
Not necessarily. Ocean freight software can focus on rates, quotes or visibility, while a TMS typically manages operational shipment workflows. Some platforms combine these functions; others connect separate tools.
It can, but support should be tested. FCL and LCL use different shipment inputs and charging structures. Ask the provider to calculate your own examples, including minimums and local charges.
No. Customer acceptance confirms agreement to the quotation’s terms. Carrier space and booking details still require confirmation through the applicable booking process.
Not always. A connected rate, quote or visibility platform may address the gap while keeping the existing TMS. Confirm data ownership, integration coverage and operational responsibilities before choosing this approach.
No. Update availability depends on the connected data sources and their coverage. Check how the software distinguishes estimated and actual events and displays missing or outdated information.
Prioritize the workflow causing the most errors or delays. Test pricing accuracy, quote-to-operations handoff, document ownership and exception handling before expanding the scope.