Data Security in Cloud-Based TMS Platforms: What Carriers and Brokers Should Know

A cloud-based TMS stores some of the most sensitive operational data in your business: driver records, shipper contracts, settlement figures, proof of delivery, and billing details. Cyberattacks targeting logistics companies rose 61% in 2025, and the FBI reported $725 million in cyber-enabled cargo theft losses in the same year, a 60% year-over-year increase.

The security controls built into your TMS are what stand between your freight operations and a breach that shuts you down.

What Data Your TMS Actually Holds

Carriers and brokers often think of their TMS as a dispatch tool. It’s more than that.

A cloud-based TMS touches driver PII, customer and shipper contact records, load rates and contract terms, freight billing data, proof of delivery documents, driver settlement figures, EDI transaction records, and API credentials connecting to your carriers, load boards, and accounting software.

If any of that gets accessed without authorization, or held for ransom, you’re not just dealing with a security incident.

You’re dealing with FMCSA compliance exposure, customer trust damage, and in some cases, financial fraud where bad actors manipulate load records to steal freight or redirect payments.

Forward Air lost an estimated $7.5 million in revenue after a ransomware attack encrypted its systems and disrupted customs documentation across terminals. That wasn’t a hypothetical. That was a real carrier, real freight, and real dollars.

The Threat Your TMS Is Already Facing

The logistics sector is one of the most targeted industries in the U.S. Detected threats to transportation and shipping rose 11% in Q1 2025 alone, according to Trellix. Ransomware accounts for 38% of all transport-sector attacks, followed by DDoS at 24% and phishing at 18%, per a 2025 Maticmind Cyber Defence Center report.

The FBI documented a specific and growing tactic: attackers gain unauthorized access to TMS platforms and load boards, then flood freight networks with fraudulent listings, hijack identities, and double-broker loads to unsuspecting drivers. Settlement funds get redirected. Bills of lading get altered.

This isn’t just about IT. It’s about what happens to your loads, your drivers, and your carrier relationships when someone else gets into your system.

The Security Features That Actually Matter in a Cloud TMS

Role-Based Access Control (RBAC)

Every person in your organization does not need access to every part of your TMS. A dispatcher doesn’t need to see settlement rates. A driver app user shouldn’t be able to pull billing records.

Role-based access control lets you assign specific permissions by job function. A user gets access to what they need to do their work, and nothing more. This limits the damage a compromised account can cause, and it reduces the risk of internal data exposure.

When evaluating a cloud TMS, ask how granular the role settings are. Can you control access by module, by data type, or only by broad role categories?

Multi-Factor Authentication (MFA)

Stolen credentials are one of the most common entry points for freight fraud and data breaches. A username and password alone are not enough protection.

MFA requires users to verify their identity through a second method, typically a code sent to a phone or an authenticator app. Microsoft research shows MFA blocks over 99.9% of account compromise attacks. That’s not a small margin.

For a TMS that connects to load boards, accounting platforms, and carrier networks, an unprotected login is one phishing email away from a breach.

Encryption at Rest and in Transit

Your data has two vulnerable states: when it’s sitting on a server (at rest) and when it’s moving between your devices and the cloud (in transit).

A secure cloud TMS encrypts both. Industry-standard protocols include AES-256 for stored data and TLS 1.3 for data in transit. Without both, an intercepted data packet or a server access event can expose plaintext records: driver SSNs, customer rates, POD images, and payment details.

Ask your TMS vendor which encryption standards they use and whether they can provide documentation. Vague answers here are a red flag.

IP Restrictions and User Permissions

IP restrictions let you limit TMS access to specific locations or approved networks. A user logging in from an unrecognized IP triggers a block or an additional verification step.

Combined with user permission settings that control what each account can view, edit, or export, this layer prevents both external attackers and unauthorized internal access from pulling sensitive records.

Audit Logs and Activity Monitoring

An audit log records who did what, and when. Every login, every data export, every record change gets a timestamp and a user ID.

This matters for two reasons. First, if there’s a breach, you can trace exactly what was accessed and when. Second, for compliance, particularly as FMCSA moves toward mandatory electronic recordkeeping for broker transactions, having a clean activity log shows you maintained proper records and access controls.

Audit logs are also your first internal deterrent. Employees and contractors behave differently when they know their actions are logged.

Cloud Backup and Disaster Recovery

A ransomware attack encrypts your data and demands payment to restore it. If your TMS vendor maintains isolated, encrypted backups that aren’t connected to your live environment, you can recover without paying the ransom.

Ask specifically about backup frequency, how long backups are retained, and how quickly the vendor can restore operations after an incident. Uptime monitoring and a documented disaster recovery plan are table stakes, not bonus features.

Cloud TMS vs On-Premise: The Security Reality

This comes up often, and the answer is more nuanced than cloud equals secure or on-premise equals safe.

On-premise TMS solutions put security responsibility on your internal IT team. You control the hardware, the access, and the patching schedule. For large operations with dedicated IT staff, this can work well. For most carriers and brokers operating with lean teams, it creates gaps: unpatched software, inconsistent backups, and no 24/7 monitoring.

A well-managed cloud TMS provider handles security infrastructure at scale. They maintain dedicated security teams, run continuous monitoring, and push security patches across all clients simultaneously. When one client’s environment faces a new threat pattern, the entire platform benefits from the response.

IBM’s 2025 Cost of a Data Breach Report found that breaches involving multiple environments, including hybrid cloud and on-premise combinations, cost an average of $5.05 million, compared to $4.01 million for on-premise breaches. The complexity of mixed environments adds risk.

Cloud is not automatically safer. A cloud TMS with weak access controls, no MFA, and no audit logging is more dangerous than a well-maintained on-premise system. The question is whether your cloud TMS vendor has built security into the platform or bolted it on after the fact.

Compliance You Can’t Ignore

U.S. freight operations face a growing compliance burden tied directly to data handling.

FMCSA’s proposed broker transparency rule mandates electronic recordkeeping for broker transactions, with records accessible within 48 hours of request. If your TMS can’t produce clean, auditable transaction records on demand, you’re looking at a compliance gap.

Beyond federal rules, many shippers and enterprise accounts now require vendor security reviews before awarding freight contracts. They want documented evidence of your data protection practices: how you store shipment data, who can access it, and how long you retain it.

Carriers moving temperature-sensitive, high-value, or government freight often face additional requirements around data security and chain-of-custody documentation. Your TMS needs to support those requirements, not create workarounds for them.

Questions to Ask Before You Buy a Cloud TMS

When evaluating platforms, get direct answers to these questions:

• What encryption standards do you use for data at rest and in transit?
• Does the platform support MFA, and is it required or optional?
• How granular are your role-based access controls?
• What does your audit log cover, and how long are logs retained?
• What is your backup frequency and disaster recovery time objective?
• Do you conduct third-party security audits or penetration testing? Can you share results?
• What is your incident response process if a breach occurs?
• Does the platform support IP restrictions or single sign-on (SSO)?

A vendor that struggles to answer these questions clearly is telling you something about how seriously they take platform security.

How LoadStop Handles TMS Data Security

LoadStop is built for carriers, freight brokers, and hybrid fleets that can’t afford downtime, data exposure, or compliance gaps.

The platform includes role-based access control that lets you set granular permissions by user and function. Multi-factor authentication is built in. Data is encrypted at rest and in transit. Activity logging records actions across your account so you have a clean audit trail for every user, every session, and every record change.

IP restrictions let you control where your TMS can be accessed from. Monitoring tools give you visibility into who is doing what inside the platform, and when. LoadStop’s cloud infrastructure includes backup and recovery designed to keep your operations running even if an incident occurs.

For carriers tracking loads in real time, shipment visibility and data security aren’t separate concerns. The same system that gives your shipper live load status is also handling your rate data, driver records, and billing information. That system needs to be locked down from login to log out.

If you’re running automated billing, PODs, and driver settlements through your TMS, the financial data flowing through the platform is exactly what attackers target. LoadStop’s access controls and audit logging are designed to protect that layer specifically.

Protect Your Freight Data with LoadStop

Your TMS holds more sensitive data than most carriers and brokers realize. The right security controls protect that data, support your compliance requirements, and keep your operations running if an attack occurs.

Ready for a more secure cloud-based TMS? See how LoadStop gives carriers and brokers access controls, MFA, encryption, audit logging, and compliance-focused safeguards built into the platform from the start.