Every Doc Tied to the Load.
Atlas TMS images and stores every freight document against the load, customer, and carrier it belongs to, BOLs, PODs, carrier packets, and invoices, retrieved electronically in seconds so nobody digs through email or a filing cabinet to find paperwork again.
Trusted by leading importers & manufacturers
Freight document management software captures, images, and stores every piece of paper a shipment generates and ties each one to the load, customer, and carrier it belongs to. Instead of a BOL in an email, a POD in a scanner folder, and a carrier packet in a filing cabinet, every document lives against its load in one library, indexed and retrievable electronically in seconds.
In Atlas TMS the document library is woven through the operation rather than parked to one side. A POD a driver uploads when a load delivers, the carrier packet with authority and insurance from carrier management, and the customer and carrier invoices all land against the right record automatically, so documents accumulate where the work happens.
The module is a tool you license and run, and it feeds the rest of your workflow. The invoices and PODs it stores are the same documents freight audit and payment matches against, and the proof-of-delivery a customer wants sits beside the milestones in shipment tracking, so document management is the shared filing system underneath every other module rather than a separate archive nobody keeps current.
< 30s
To retrieve any document
0
Paper files to search
24h
Demo response
Six things the document module does so every freight document is captured once and found in seconds.
List the document types you handle and how each should be classified.
Turn on scan, email, mobile, and portal capture and map them to loads.
Define which documents a load needs before it can bill or close.
Route new documents into the library indexed against their loads.
Import existing archives if needed and apply your retention policy.
Paperwork scattered across inboxes, scanners, and filing cabinets is a daily tax: minutes lost finding a POD, invoices held for a missing BOL, and documents nobody but their author can locate. Imaging every document against its load removes that tax.
Atlas TMS turns freight paperwork from a search problem into a filing system where every document is captured once and found in seconds.
Documents arrive from everywhere, so the module captures from everywhere: scanners, inbound email, mobile uploads at the dock, and self-service uploads through your carrier and customer portals, all indexed to the correct load on intake. The POD a driver uploads and the invoice a carrier submits land in the same library your team scans into, so there is one filing system regardless of how a document arrived.
That shared library feeds the rest of Atlas TMS. The invoices and PODs it stores are what freight audit and payment matches against, the proof of delivery sits beside the milestones in shipment tracking, and documents can be pushed to or pulled from other systems through the platform's integrations, so imaging is a shared backbone rather than a standalone archive.
Who can view, upload, share, or delete a document is governed by role-based access, so sensitive paperwork like rate confirmations and invoices is visible only to the people who should see it, and a customer or carrier in a portal reaches only their own documents.
Every capture, view, share, and deletion carries a user identity and timestamp, so a document's handling is an audit trail you can walk when a shipment, a charge, or a compliance request comes into question, and retention rules keep records for exactly as long as your policy requires.
Freight document management software captures, images, and stores every document a shipment produces, then ties each one to the load, customer, and carrier it belongs to so it can be retrieved electronically in seconds. Instead of BOLs in email, PODs in a scanner folder, and carrier packets in a cabinet, every document lives against its load in one indexed library. In Atlas TMS it is a module you license and run, and documents arrive through scanning, email, mobile capture, and portal uploads, all landing on the right record automatically. The result is that finding a document means opening its load rather than searching an inbox, and paperwork stops being a scattered, person-dependent search problem.
They touch documents but do different jobs. Shipment tracking is about a load's status and location as it moves; document management is about the paperwork that load generates, imaged and filed. Freight audit and payment is about checking a carrier's charges and paying them; it consumes documents but does not exist to store and retrieve them. Document management is the shared filing system underneath both: it captures and indexes the POD that tracking references and the invoices that audit matches. Keeping it distinct matters because the value here is imaging and instant retrieval of any document, tied to its load, which is a different capability from following a shipment or reconciling a charge, even though all three use the same files.
It handles the full range of freight paperwork: bills of lading, proofs of delivery, rate confirmations, customer invoices, carrier invoices, and complete carrier packets including authority and insurance, plus receipts, photos, and any other file a shipment generates. Each type is classified on intake so it is retrievable by type as well as by load. Handling carrier packets by type is useful because the authority and insurance documents captured during carrier onboarding stay attached to the carrier record, while shipment documents attach to loads. Because every type shares one library indexed to loads, customers, and carriers, you retrieve a signed BOL, a POD, or an invoice the same fast way regardless of which kind of document you need.
Through whatever channel a document actually arrives on. You scan paper documents into the load, forward inbound emails so their attachments index automatically, snap photos from a phone at the dock, and let carriers and customers upload directly through their portals. Every one of those channels lands the document on the correct load, indexed by reference and classified by type, so it does not matter how a document reaches you, it ends up in the same library filed against its shipment. Meeting documents where they originate is what keeps the library complete: a POD a driver uploads from a phone and a BOL your clerk scans both become retrievable records against the same load without anyone re-filing them.
You open the load and its documents are right there, so retrieval is a click rather than a search. You can also search across the library by reference number, customer, carrier, or document type when you do not have the load in front of you. Because every document was indexed to its load, customer, and carrier at capture, there are no orphaned files that only their author can find, and no dependence on remembering which inbox or folder a scan went into. In practice this turns a common request, a customer or auditor asking for a specific signed document, from an afternoon of digging into a few seconds of opening the right record and pulling the file.
Indexing happens at capture using the load reference and other identifiers on the document, so a scan, email, or upload is matched to its load, customer, and carrier as it comes in rather than filed loosely and sorted later. When a document arrives through a portal, it is already attached to the load the carrier or customer uploaded it against. For channels like inbound email, the software reads references to route the attachment to the correct record. This indexing discipline is the whole point: a document that is not tied to its load is effectively lost, so the module is built to make that tie automatic, which is why retrieval by opening a load is reliable rather than hit-or-miss.
Yes, and this is one of its most useful controls. You define which documents a load needs before it can bill or close, a POD before invoicing, for example, and the module flags any load missing a required document so it does not move forward incomplete. Missing-document alerts and a ready-to-bill view let your team see at a glance which loads are held up on paperwork and chase exactly those. The payoff is fewer invoices going out without their backup and fewer disputes over missing PODs, because the system catches the gap before the load bills rather than after a customer refuses to pay a charge that lacks proof.
Yes. Through the customer and carrier portals, each party reaches the documents for their own freight self-service, so a customer downloads a POD or invoice without emailing your team and a carrier retrieves a rate confirmation without a call. Portal access is scoped, so a customer sees only their shipments' documents and a carrier only theirs, never anyone else's paperwork. This offloads a steady stream of document requests from your team while giving customers and carriers faster answers than waiting on an email. The same library your operation files into serves those self-service retrievals, so there is no separate copy to maintain for external access.
The document library is the shared filing system beneath the other modules rather than a separate archive. The invoices and PODs it stores are exactly what freight audit and payment matches against, the proof of delivery sits beside the milestones in shipment tracking, and documents captured through carrier onboarding stay on the carrier record. Because it is one platform, a POD imaged once serves tracking, billing, and audit without being scanned or stored again. For systems outside Atlas TMS, documents move in and out through the platform's integrations, so an ERP or an external archive can push or pull files. This shared-backbone design is why document management multiplies the value of every other module instead of duplicating storage.
Yes. Onboarding can include importing your existing electronic documents so historical paperwork lives in the same indexed library as new documents, retrievable the same way. How much you migrate is a decision based on how far back you need instant retrieval versus longer-term archival: many operations bring in recent years for active retrieval and keep older records under a retention policy. We map how your current documents are stored and how they are referenced so the import ties them to the right loads, customers, and carriers where that data exists. The goal is that after go-live your team has one place to look for any document, new or historical, rather than a new system for new paperwork and an old cabinet for everything before it.
For a team already on Atlas TMS, the module can be configured and live in about two to three weeks, since the loads, customers, and carriers documents index against already exist. The work is defining your document types, turning on your capture channels, and setting required-document rules, none of which is heavy technical effort. Migrating a large historical archive adds time depending on volume and how cleanly the old files are referenced, so that is often done in a second phase after new documents are already flowing into the library. The software stands up quickly; the pacing item is usually deciding how much history to import and making sure your capture channels are mapped so every new document indexes correctly from day one.
Yes. Access is role based, so who can view, upload, share, or delete a document is controlled, and sensitive paperwork like rate confirmations and invoices is limited to the people who should see it, while portal users reach only their own documents. Data is encrypted in transit and at rest, and every capture, view, share, and deletion carries a user identity and timestamp, giving you an audit trail for any document. Retention and archival rules keep records for exactly as long as your policy or your customers' requirements demand and dispose of them on schedule. Because freight documents are both commercially sensitive and often required for audits and claims, this combination of controlled access, logging, and retention is central to how the module is built.
Document management is designed to be the shared library the other modules draw on, so its fullest value comes when the loads, customers, and carriers it indexes against live in the same Atlas TMS. It can run as your imaging and retrieval system while other functions sit elsewhere, and it will still capture, index, and retrieve documents and hand them to external systems through integrations. But the tightest payoffs, required-document checks before billing, PODs feeding audit, portal self-service retrieval, all come from the connected data. During the demo we map how documents move through your operation and configure the module to fit, so you get instant retrieval tied to real loads rather than just another file store.
