Missing PODs? Most tools read them. Few go get them.
Key Takeaways
Updated November 3, 2026
Most POD tools read proof of delivery after it arrives. Few go and get it when it doesn’t. For manufacturers and distributors that ship with outside carriers, missing PODs are usually a follow-up problem: nobody is assigned to request the document, chase the carrier, and escalate when it does not come. This guide compares the three jobs of POD software and how to evaluate each. Wilson, by Cartage, is an AI logistics coordinator that requests every POD after delivery, follows up until it arrives, matches it to the right load, and files it.
- POD software has three jobs: chase (get the POD from the carrier), capture (record it at delivery), and verify (read and check it).
- Capture fits companies that control the drivers. Most manufacturers use outside carriers, so capture tools do not reach most of their loads.
- Verification only works on PODs that arrived. If PODs are missing, chasing comes first.
- A chasing tool should be judged by PODs on file, matched to the right load, within a set time, not by messages sent.
- Wilson, by Cartage, requests the POD after delivery, follows up by email, phone, or API, escalates when it is still missing, and keeps delivered and POD filed as separate statuses.
- Before paying from the Wilson Wallet, Wilson audits each invoice against the POD and the rate confirmation; customers can require a signed POD before payment releases.
Why do POD tools miss the real problem?
POD tools miss the real problem because most of them start when the document arrives. For a manufacturer shipping with outside carriers, the hard part is getting it to arrive. An AI logistics coordinator should start at the delivery event and own the POD until it is on file.
Hypothetical example: a distributor of plumbing supplies ships 300 LTL and truckload loads a month with 12 carriers. Carriers mark loads delivered, but signed PODs come back on their own for only some of them. The rest wait until billing needs one, a customer disputes a shortage, or accounts payable asks before paying a carrier. Then a coordinator emails, waits, calls, and sometimes waits a week. The distributor’s POD scanning tool works well, on the PODs it receives.
Why PODs do not come back by themselves
- The carrier’s driver gets a signature, but the document sits in the terminal until someone asks.
- The carrier posts the POD in its portal, and nobody at the shipper checks the portal.
- The POD is sent to a generic address and never matched to the load.
- The receiver signs a different document, such as its own receiving form.
- The carrier sends an unreadable photo or a page with no load number.
None of these is a document-reading problem. Each one needs someone to ask, check, or follow up. That is the chasing job.
What a missing POD costs
A missing POD delays customer invoicing when the customer requires proof. It weakens the shipper’s position on shortage or damage claims, which often have time limits. It holds up carrier payment when the company pays only on proof, or it leads to paying without proof. And it takes coordinator time at the worst moment: weeks later, when the carrier’s memory and records are hardest to reach.
Who usually owns the POD today
In many teams, nobody owns the POD until someone else needs it. Logistics books and tracks the load, then moves to the next one. Billing needs the POD to invoice the customer. Accounts payable needs it to pay the carrier. Customer service needs it when a customer disputes a delivery. Each team asks logistics when it needs the document, often weeks later. The result is many small, late requests instead of one timely one.
Assigning the POD to the load, from delivery to filing, fixes the ownership problem. An AI logistics coordinator can hold that assignment on every load, so the request goes out when the carrier’s memory is fresh and the document is easiest to find.
LTL and truckload are different
LTL PODs usually come from the delivering terminal and are often posted in the carrier’s portal by PRO number. Truckload PODs often travel with the driver and reach the carrier’s billing office later. Parcel carriers usually record a delivery scan and sometimes a signature. A chasing process should know where each carrier’s PODs live and ask there first, which is why carrier-specific rules matter more than a single reminder template.
What a POD proves
A signed POD proves that the receiver accepted the freight, when, and in what condition. It supports the customer invoice, the carrier invoice check, and any claim. A carrier’s delivered status proves less: it shows the carrier reported delivery, not that the receiver signed for the right count without exceptions. That is why the signed document matters, and why “delivered” should not close the load on its own.
The three jobs of POD software: chase, capture, and verify
POD software does three different jobs, and most products specialize in one. An AI logistics coordinator that runs execution covers chasing as part of the load, and checks the POD when it arrives.
| Job | What it does | Who it fits | What it does not do |
|---|---|---|---|
| Chase | Requests the POD from the carrier after delivery, follows up, and escalates when it does not arrive | Shippers using outside carriers | Record signatures at the dock |
| Capture | Records signatures, photos, and notes at delivery, usually in a driver app | Companies with their own drivers or carriers that agree to use the app | Reach carriers that do not use the app |
| Verify | Reads a received POD, extracts fields, and checks it against the order | Teams that receive PODs but need them checked | Get PODs that never arrived |
Chase
Chasing starts when the carrier reports delivery. The tool requests the signed POD through the carrier’s channel, waits a set time, follows up, tries another channel, and escalates to a person when the POD is still missing. The result is a POD on file for the right load, or a named owner for the gap.
Capture
Capture records the proof at the moment of delivery: a signature on a phone, photos of the freight, and notes about damage. It is excellent when the company controls the driver, for example with a private fleet. With outside carriers, many drivers will not install or use a shipper’s app, so capture covers only part of the loads.
Verify
Verification reads a received POD and checks it: the right load number, a signature and printed name, the delivery date, and notes about shortage or damage. It is useful once PODs arrive, and it catches problems that people miss when they skim. But it cannot help with PODs that never came back.
Which job comes first
For most manufacturers and distributors with outside carriers, chasing comes first, because you cannot verify a POD you do not have. Verification comes next, because a POD that arrives for the wrong load or without a signature is not proof. Capture fits only where the company controls the delivery.
Why many POD tools start with verification
Reading documents is a problem software has solved well: extracting a load number, a date, and a signature from an image is a contained task. Chasing involves many outside parties, different channels, and judgment about when to escalate. That is why many products start with verification and leave chasing to people. For shippers with outside carriers, the order is backwards: the hard, time-consuming part is the chase.
For a broader view of how POD collection fits with status updates and follow-up, see how AI automates shipment follow-ups, PODs, and status updates.
Combining the three jobs
A company does not have to choose only one job. A shipper with a small private fleet and many outside carriers might use capture on its own trucks and chasing on everything else, with verification on every POD that arrives. What matters is that every delivered load has an owner for its POD, whichever job produces it, and that every POD is checked before it is used for billing or payment.
How to evaluate a tool that chases PODs
A tool that chases PODs should be judged by how many PODs end up on file, matched to the right load, within a set time. An AI logistics coordinator should show the full path for each load, from delivery event to filed document, including the loads where the carrier did not answer.
| Criterion | Good result | Weak result |
|---|---|---|
| Trigger | The request starts at the delivery event, automatically | Someone has to notice a missing POD |
| Channels | Email, the carrier’s portal or API, and phone | Email only |
| Follow-up | Repeats at a set interval and changes channel | One request, then nothing |
| Escalation | A named person gets the load and the history when the window passes | The load stays open with no owner |
| Matching | The POD is matched by load and PRO number, not by sender | Documents filed by email subject |
| Status | Delivered and POD filed are separate statuses | Delivered treated as done |
How Wilson chases PODs
When the carrier reports delivery, Wilson requests the signed POD from the carrier. It works with carriers through email, API, EDI where supported, and phone calls where configured, and contacts drivers directly by phone or text when the carrier shares driver contact information. It follows up until the POD is received and filed on the shipment; if it is still missing past the window the company set, Wilson escalates to the team with the history of each request.
Questions to ask a vendor
- What starts the POD request, and how soon after delivery?
- How many follow-ups, through which channels, and how far apart?
- What happens with carriers that only answer by phone?
- Who gets the escalation, and what do they see?
- How is a POD matched to the right load when the page has no load number?
Hypothetical example: a POD that took three tries
A load delivers Thursday afternoon. Wilson requests the POD Thursday evening by email. No answer Friday morning; Wilson checks the carrier’s portal by PRO number, finds nothing, and sends a second request. Monday morning, Wilson calls the terminal, which emails the POD within the hour. Wilson matches it by PRO number, sees a signature and printed name, and files it. The distributor’s billing team never had to ask.
Setting the window
The company should set how long after delivery a POD should be on file before it escalates. A common approach is a short window for LTL carriers that post PODs online and a longer one for truckload carriers whose paperwork travels with the driver. The window should also reflect the customer: if a customer needs proof to release payment, its loads may need a shorter window. Wilson follows the window the company sets for each case and escalates when it passes.
Escalation that a person can act on
An escalation should give the person everything needed to finish the job: the load, the carrier, the delivery date, each request sent and through which channel, and any answer received. With that, the person can call the right contact once. Without it, they start over.
Chasing at scale
At ten loads a week, a coordinator can chase PODs by hand. At a few hundred, the follow-up gets skipped, especially on busy days and for small loads, and the backlog grows until month end. Chasing at scale needs the same steps on every load, every day: request at delivery, follow up on schedule, change channel when needed, and escalate with history. That consistency is what an AI logistics coordinator adds.
A good chasing tool also learns where each carrier keeps its PODs. Some post them online within a day, some send them only on request, and some need a call to the terminal. Rules per carrier make the first request the right one, which shortens the chase more than adding reminders.
How to evaluate capture and verification
Capture and verification tools should be evaluated on the loads they actually reach. An AI logistics coordinator review should count how many of the company’s loads a capture tool covers, and how many problems a verification tool catches on real PODs.
Evaluating capture
- What share of our loads move with drivers who will use the app?
- What happens on loads where the driver does not use it?
- Does the app capture the receiver’s printed name, not only a signature?
- Are photos and damage notes tied to the load record?
- Can the captured POD reach our customer and our invoice check?
If most loads move with outside carriers that will not use the app, capture covers a small share of the problem. It can still be useful for a private fleet or a dedicated carrier.
Evaluating verification
| Check | Why it matters |
|---|---|
| Right load | A POD for another load is not proof for this one |
| Signature and printed name | A stamp or driver note without a receiver signature may not hold up |
| Delivery date and time | Needed for customer invoicing and detention checks |
| Shortage or damage notes | Start a claim on time and stop payment of the full amount |
| Pallet or piece count | Must match what shipped on the signed BOL |
| Readability | A blurry photo may need a replacement copy |
How Wilson checks a received POD
Wilson matches each POD to the load and checks it against the order and the signed BOL. If the POD has no signature, belongs to another order, or notes damage or a shortage, the load goes to the right person before payment. If the page is unreadable or incomplete, Wilson asks the carrier for a better copy. See what to do when the carrier delivered but has not returned the signed POD for the full process.
Verification without chasing
A team that buys verification first often finds that the tool works well on half its loads and has nothing to read on the other half. The missing half is still chased by hand. That is why the order matters: chase, then verify.
Hypothetical example: a POD for the wrong order
A carrier emails a POD for a load to the plumbing distributor’s main warehouse in Denver. Wilson reads the PRO number and the consignee and sees that the page belongs to a different load delivered the same day. Instead of filing it, Wilson keeps it off the load, tells the carrier which PRO number it needs, and requests the correct document. The correct POD arrives the next morning and is filed. Without the check, the wrong page would have been filed, the right one never requested, and the customer’s dispute two weeks later would have had no proof.
When the POD is a photo
More carriers send PODs as phone photos. A photo can be valid proof if it is readable and shows the signature, printed name, date, and load reference. A cropped or blurry photo is not. Verification should check those elements rather than accept any image, and the request for a better copy should go out the same day, while the driver or terminal can still find the original.
What happens after the POD arrives: matching, exceptions, and payment
After the POD arrives, it has three uses: closing the load, answering the customer, and checking the carrier invoice. An AI logistics coordinator should carry the POD into each of them, not only store it.
Closing the load
Delivered and POD filed are separate statuses. A load is closed when the signed POD is on file and matched, not when the carrier marks it delivered. Wilson keeps the two apart, so the team can see which delivered loads still lack proof.
Answering the customer
Customers often need the POD to release payment or to receive inventory. Wilson can notify the internal team when the POD is filed, and the company decides which customers receive POD updates and through which channel. After pickup, Wilson also sends the customer the signed BOL.
Checking the carrier invoice
Before paying from the Wilson Wallet, Wilson audits each carrier invoice against the POD and the rate confirmation. Customers can require a signed POD before payment releases, so an invoice that arrives first waits until delivery is proven. If the POD notes damage or a shortage, or any invoice line does not match what was booked, the whole invoice waits for a person; Wilson does not make partial payments.
Exceptions on the POD
| Problem | What Wilson does | Who decides |
|---|---|---|
| No signature | Asks the carrier for the signed copy | Nobody, unless the carrier cannot provide it |
| Wrong order on the page | Asks for the correct POD and keeps the wrong one off the load | The load owner, if the carrier insists |
| Shortage or damage noted | Flags the load before payment and tells the load owner | The load owner, on claims and credits |
| Unreadable | Requests a clear copy | Nobody, unless no copy exists |
Hypothetical example: a POD that stopped a payment
The plumbing distributor’s carrier invoices a load before the POD arrives. Because the company requires a signed POD before payment, the invoice waits. When the POD arrives, it notes two cartons short. Wilson tells the load owner, who files a claim; the invoice waits for a person instead of being paid in full. Without the POD rule, the full amount would have been paid and the claim argued afterward.
Keeping the record
Every POD request, follow-up, and answer is saved on the load with change history. If a customer disputes delivery months later, the record shows when the POD was requested, when it arrived, who signed it, and any notes. Records are searchable and exportable, so finance and customer service can find a POD without asking logistics.
A POD that is filed but never used is only half the value. The point of chasing is to have proof at the moments that need it: when the customer is invoiced, when the carrier is paid, and when a delivery is disputed.
A test kit for POD software
A POD tool test should use the company’s own delivered loads, including the ones where PODs never came back. An AI logistics coordinator should be scored on PODs on file, matched, and used, not on requests sent.
Build the test set
- Ten loads delivered in the last month, across your main carriers.
- Two loads whose PODs never arrived.
- One POD with no load number or a wrong load number.
- One POD with a shortage or damage note.
- One load with a carrier that only answers by phone.
Score each tool
| Measure | How to score |
|---|---|
| PODs on file within the set window | Share of the test loads |
| PODs matched to the right load | Share of filed PODs |
| Escalations with history | Yes or no, for the two missing PODs |
| Exceptions caught | Did it catch the shortage note and the wrong load? |
| Use downstream | Did the POD reach the invoice check and the customer? |
What to measure after rollout
- Days from delivery to POD on file, average and worst cases.
- Share of loads with a POD on file within the window.
- Invoices held for a missing POD, and how long they waited.
- Claims filed within the carrier’s time limit.
- Coordinator time spent on POD requests.
Most teams start Wilson on a few lanes and expand from there; timing depends on scope. Start with lanes whose carriers return PODs least reliably, so the comparison is clear.
Warning signs
- A tool that counts requests sent, not PODs filed.
- “Delivered” treated as complete.
- Capture claims that assume every carrier’s driver will use an app.
- Verification that only works on PODs someone already found.
Questions for your own team
- How many delivered loads last month still have no POD on file?
- Who asks for PODs today, and when?
- Which carriers return PODs least reliably?
- How often do we pay carrier invoices without a POD?
- How many shortage or damage claims missed the carrier’s time limit?
The answers usually show that the gap is in chasing, and that it is concentrated in a few carriers and lanes. Those are the best places to start.
How Wilson starts
Wilson gets an email address on the company’s domain and is onboarded like a new coordinator, with the company’s carriers, their POD channels, the windows for each, and who to escalate to. It starts with assisted execution and runs routine requests automatically within the rules as reliability is proven. Wilson has no subscription or platform fee; pricing is a percentage of the freight it coordinates, with pricing scaling down as volume grows, and Enterprise pricing is custom.
Hypothetical example: results after the first lanes
The plumbing distributor starts Wilson on its four LTL lanes with the slowest POD returns. Before, about a third of PODs on those lanes were still missing two weeks after delivery. After two months, nearly all are on file within the window, two wrong-load PODs were caught before filing, and one shortage claim was filed in time. Billing stopped asking logistics for PODs on those lanes, and the team adds the next lanes.
FAQs
Why are PODs missing so often?
Because nobody is assigned to chase them. Carriers deliver and the document waits until someone asks. An AI logistics coordinator such as Wilson, by Cartage, requests the POD at delivery and follows up until it is filed.
Do POD reading tools solve missing PODs?
No. Reading and verification work on PODs that arrived. The AI logistics coordinator chases the missing ones first, then checks each one it receives.
Does Wilson need drivers to use an app?
No. The AI logistics coordinator requests PODs from carriers by email, API, EDI, or phone, and contacts drivers directly when the carrier shares their contact information.
Can we require a POD before paying the carrier?
Yes. Customers can require a signed POD before payment releases from the Wilson Wallet; the AI logistics coordinator audits each invoice against the POD and the rate confirmation.