Freight is often one of the largest controllable expenses on a P&L of a growing company, and yet often one of the least understood by senior leadership. Most senior managers have a grasp of the cost per unit of sale to several decimal places. However, when asked what a single late truck move would cost or why the freight operations for the prior quarter came in at 9% above budget, senior managers often struggle to provide an accurate answer.
The biggest gap in understanding freight for most organizations is the infrastructure required to manage it. As an organization grows, managing freight typically is still a patchwork of spreadsheets, phone calls with truckers, WhatsApp groups, and month-end reconciliations against invoices received. Each of these components can function properly, but collectively they create unknown losses that are impossible to identify and therefore impossible to remove from the profit & loss statement.
This guide will outline what you need to do to modernize your freight and, more importantly, in what order you need to do it. Freight modernization is not a technology project; it is a management project.
What “modern freight operations” actually means
This post will explore the meaning of the term ‘freight operation’ prior to outlining steps to improve the way freight operations are managed.
To serve modern customers effectively, it is important that four key aspects of freight operations be coordinated in a very integrated way on one system using the same real-time data: capacity procurement, load planning, trip execution, and carrier payment.
The way in which savings are compounded in a freight business that has embarked on digitalization therefore depends on continuity in the four steps of procurement of capacity, planning of shipments, execution of transportation, and payment to carriers. In many cases where digitalization of tracking or digitalization of invoicing has led to modest savings, these savings have tended to plateau quite quickly.
Key benefits of getting this right
- Lower freight spend, through better capacity sourcing and higher vehicle utilization
- Fewer service failures, because delays are detected while they can still be fixed
- Less administrative labor, as follow-up calls and manual document checks fall away
- Faster settlement cycles, which improves carrier relationships and negotiating position
- Decision-grade data, so lane and carrier decisions rest on evidence rather than instinct
How to modernize freight operations: A 7-step approach
Step 1: Measure your actual cost-to-serve, lane by lane.
Modernization that stalls does so because it fails to measure the actual cost-to-serve for each lane in detail. Before taking action, the freight cost (base rate plus detention and demurrage plus fuel uplifts plus damages to goods plus administrative hours per shipment) needs to be accurately established for each individual lane.Modernization that stalls does so because it fails to measure the actual cost-to-serve for each lane in detail. Before taking action, the freight cost (base rate plus detention and demurrage plus fuel uplifts plus damages to goods plus administrative hours per shipment) needs to be accurately established for each individual lane.
The last two points, however, are often forgotten by companies when it comes to determining the actual cost of freight. In many cases, the administrative costs (man hours) to process a shipment can far exceed the base rate that is quoted by the carrier. In addition, the cost of detention and demurrage for both pick-up and delivery can also greatly affect the overall cost of a shipment.
Note: If it takes you more than a day to get the cost for a lane, then the difficulties you encounter determining the cost for that lane are your first major finding.Note: If it takes you more than a day to get the cost for a lane, then the difficulties you encounter determining the cost for that lane are your first major finding.
Step 2: Separate what you should contract from what you should bid.
There are various kinds of shipments, best served by different kinds of procurement. High-volume lanes on steady streams of freight operations should be contracted, with volume paying for lower rates. Fluctuating, seasonal, or low-volume lanes may often be undercut on the spot market. Others are too small or too urgent to be handled through any form of bidding and are simply best assigned to preferred service providers on a case-by-case basis.
Disciplining oneself to decide beforehand which rule to apply to each lane (based on all known factors) is far more valuable than deciding on the spot whether to use a tender or to negotiate a lower price with a trusted partner.
With a properly segmented view of your shipping needs, procurement savings are typically achieved before any system is brought on-line.
Step 3: Choose a system that covers the whole lifecycle, not one stage of it
This is the decision that determines your ceiling.
The market offers many point solutions to solving individual aspects of managing your freight operations (tracking, bidding, freight audit, etc.). Each solution is very good at what it does but then creates a new interface or integration boundary that requires data to be re-keyed and thus often drifts or requires reconciliation.
In contrast to those point solutions, a platform that offers procurement, planning, execution, and accounting on one layer of data as a Freight Transport Management System (FTMS) allows for the control of all contract and spot bids, for the selection of the appropriate vehicles and routes, and for the compliance check of all executions.
When evaluating options, ask three questions:
- Does a rate agreed at bidding flow automatically into the invoice, without human handling?
- Can a system track a shipment in real time and detect an exception (e.g., delay, routing change) mid-trip, or will it only find out about it after the fact?
- Are the AI-driven recommendations on specific routes and carriers reviewable and overridable by the transport planners, or will the system make decisions that the transport planners cannot alter?
Number three distinguishes between real freight operations software and demos. It is the cost of one unreviewed automated decision to send a truck to an alternate location.
Step 4: You cannot escape a fragmented carrier base; plan for one.
Enterprise buyers often fail to realize the majority of their carrier base is fragmented, with their largest carriers possibly having modern telematics but the long tail not having anything close to this level of tracking and visibility. As a result, a visibility strategy based on GPS tracking of vehicles will deliver excellent coverage for around 30% of your freight, and visibility will be ‘blank’ for the remaining 70% of your freight, with blind spots not being evenly distributed but instead concentrating on your smallest, least accountable partners.
Why GPS alone isn’t enough for freight visibility
That’s where Libera’s 50+ configurable contracting options come in. Instead of forcing every carrier through one rigid success metric, Libera lets you decide what “reliable transporter” means for your business from metrics like on-time performance, compliance, responsiveness, and cost adherence, in whatever combination matters to you, and configures the system around it.
Tracking methods not adopted by your carriers don’t provide visibility. And visibility without a decision framework behind it doesn’t tell you who to trust.
Step 5: Automate compliance before you automate anything else
Documentation failure is arguably the least sexy problem in logistics and potentially most expensive. One missing e-way bill, one expired insurance certificate, or one incomplete LR could result in a detention and resulting penalties, impacting subsequent service commitments and having far-reaching effects.
Automating the pre-dispatch check is usually high-return because it is deterministic. This means that in automating the pre-dispatch check, your system will verify that all required documents have been completed before you dispatch the vehicle. In addition to the above, the system will also automatically create e-way bills and keep Part B details up-to-date in one repository in lieu of the physical and digital copies of documents. There is no human judgement required in this type of work.
You will see the results of this step sooner than most other steps.
Step 6: Make proof of delivery the start of payment, not the end of the trip.
Currently, in most companies, proof of delivery (POD) is considered an end process of a delivery to archive a signature on a hard copy and close a trip. Finance then has to recollect the same information weeks after to approve an invoice.
By swapping the archival function of the POD with the trigger event for the payment of goods, proof of delivery can become the closing of the trip and be the starting point for the settlement of payment with the Buyer.
Your freight operations rates will fall if your carriers are paid faster and disputed less.
Step 7: Deploy in weeks, and expand from a working core.
Enterprises have had less than satisfactory experiences with large implementations of enterprise logistics software over the last 20 years or so. This has been for a variety of reasons but often the scope has been attempted to be covered in as much detail as possible before the software has been launched. The organization soon gets tired of waiting for it to start delivering.
We deploy in weeks, not months, and this is possible because we have a narrow working core that can be configured in a few days to connect various systems to validate on real shipments for a very small subset of configurations for a go-live within 7 days from the configuration.
Start with your highest volume lanes and prove the numbers. Once you have a working system for 40% of your freight operations, it will likely grow to cover 100%.
Key tips before you begin:
- Assign a single owner. Freight modernization crosses procurement, operations, and finance. Without one accountable executive, it becomes everyone’s second priority.
- Baseline before you deploy. If you don’t record the current cost to serve, service levels, and admin hours, you will not be able to prove the return later.
- Bring carriers in early. They are users of the system, not subjects of it. Adoption on their side determines whether yours works.
- Watch the exception rate, not the dashboard count. A system that surfaces four hundred alerts is reporting; one that surfaces the twelve that need action is managing.
- Insist on override. Any AI recommendation your planners cannot inspect and reverse will eventually be ignored—or worse, followed when it shouldn’t be.
Conclusion
Most importantly, modernizing freight has little to do with how well the individual pieces of technology work to automate different tasks of the process. Rather, the key question for the leadership team is how to treat freight as a connected process to be optimized by a single owner.
Many companies with big budgets for logistics are not performing any better than smaller companies. The difference is that the better companies have organized their procurement, planning, execution, and payment functions as one process, rather than as four separate functions.
For most businesses, that is where the next several points of margin are sitting, unclaimed and entirely visible once you go looking.
About the Author:
Sheetal Kumar Ajamera is Senior Principal Architect at Libera, where he leads the engineering behind the platform’s freight procurement, planning, execution, and invoicing modules. He has spent his career architecting large-scale supply chain and ERP systems, with a focus on turning fragmented logistics processes into connected, data-driven platforms. At Libera, his work centers on the AI agents that power real-time rate benchmarking, load optimization, and billing reconciliation for shippers across India.
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