Safety Is not a Characteristic. It is the Basis of Your Freight ERP.
As we speak’s freight forwarding ERP suite is excess of an operational system. It shops crucial and confidential information, together with customs declarations, industrial invoices, banking info, buyer information, cargo documentation, and the credentials of staff, brokers, and companions throughout your world community.
On the similar time, these platforms are extra built-in than conventional techniques ever have been. Buyer portals, EDI integrations, APIs, cell purposes, and third-party companies have considerably expanded the assault floor.
Regardless of this, safety remains to be handled as an afterthought throughout ERP evaluations. Most shopping for choices deal with options, automation, ease of use, and pricing, whereas safety turns into a guidelines merchandise mentioned solely after the product demo.
That method is turning into more and more dangerous.
Each software program platform will finally encounter vulnerabilities and shortcomings. What separates a mature ERP vendor shouldn’t be whether or not vulnerabilities exist, however how securely the platform is architected, how vulnerabilities are disclosed, how shortly they’re resolved, and the way transparently the seller communicates all through the method.
Should you’re evaluating a freight forwarding ERP, these are the ten questions each vendor ought to be capable to reply with confidence.
Listed below are ten questions each freight forwarder, customs dealer, and logistics service supplier ought to ask any freight forwarding ERP vendor, whether or not present or potential, earlier than trusting them with operational and buyer information.
1. How is delicate information encrypted, and are encryption keys distinctive per buyer?
Encryption alone does not assure safety. The true query is how cryptographic keys are managed. Keys ought to be generated uniquely for every buyer atmosphere, by no means hardcoded into the appliance. A shared key creates a single level of failure the place one breach has the potential to influence each deployment.
2. How are customer-facing portals (monitoring, reserving, doc entry) secured individually from the core system?
Many forwarders don’t understand that the portal their prospects use to trace a cargo, guide cargo, or entry paperwork usually runs on a distinct codebase, with totally different authentication logic, than the core ERP. Ask how that portal is hardened, examined, and remoted, and whether or not a compromise of the portal might ever be used to achieve something past it.
Push additional on three issues. First, the codebase: Is the portal engineered as a part of the identical platform, or is it bolted on with its personal separate safety mannequin that have to be maintained? Second, role-based entry management: Are you able to outline precisely what every buyer login is allowed to see and do, making certain that one buyer can by no means view one other’s shipments, charges, or invoices? Third, the audit path ought to embody versioning. Does the system log each portal motion, together with who seen a doc, who uploaded or accepted it, who created a reserving, and when, in order that any entry could be reconstructed after the very fact?
3. What does your vulnerability disclosure and patching course of really appear to be?
Each critical freight forwarding vendor may have vulnerabilities discovered of their merchandise over time, whether or not by inside QA, by prospects, or by exterior safety researchers. What separates a mature vendor isn’t an ideal report; it’s a quick, clear, well-practiced response. Ask: what’s your common time from disclosure to patch? Do you proactively notify affected forwarders? Is there a public safety contact or a bug-bounty program?
Then ask which secure-coding requirements they really construct and check in opposition to. The present business baseline is the OWASP Prime 10:2025, the newest version of essentially the most widely known record of crucial net utility dangers, now led by damaged entry management, alongside the OWASP Utility Safety Verification Commonplace (ASVS) for verifiable testing. A vendor that may title the requirements it codes to, and present the way it assessments in opposition to them, is treating safety as engineering, not advertising and marketing.
4. Are you independently audited or licensed (SOC 2, ISO 27001), and might we see proof?
Self-reported safety claims are simple for any software program vendor to make. Third-party attestations will not be. Ask for present SOC 2 Kind II reviews, ISO/IEC 27001:2022 certification, or equal impartial audit proof, and test the dates. A certification from three years in the past with no latest renewal tells its personal story.
5. How is authentication dealt with for “passwordless” or email-link login options?
Many cargo monitoring and notification emails despatched by freight platforms embody a one-click login hyperlink so prospects don’t have to recollect a password. Handy, however solely as safe because the token behind that hyperlink. Ask how these tokens are generated, how lengthy they continue to be legitimate, whether or not they are often reused, and whether or not they grant entry to something past the precise cargo referenced.
Then ask what protects the login itself. Multi-factor authentication (MFA) for customers dealing with delicate operations, CAPTCHA or equal bot safety to blunt automated credential assaults, and an enforced password coverage overlaying complexity, rotation, and lockout after repeated failed makes an attempt are the distinction between a handy login and an uncovered one.
6. Is the platform constructed as one built-in system, or assembled from a number of acquired or legacy codebases?
That is an structure query with actual safety implications. Programs that grew by way of years of acquisitions or bolt-on modules usually have inconsistent safety fashions between elements: what’s safe within the core ERP isn’t essentially safe within the bolted-on visibility device or the older integration layer. Ask distributors immediately whether or not the platform you might be evaluating was engineered as one system or stitched collectively from a number of. One coherent platform, with the identical encryption, authentication, and entry guidelines throughout operations, finance, the client portal, and integrations, is structurally simpler to safe than a decade of assembled components.
7. What’s your incident response plan, and have you ever ever had to make use of it?
A vendor that claims “we’ve by no means had an incident” isn’t essentially reassuring; it might simply imply they haven’t been examined, or haven’t disclosed. A extra helpful reply describes an actual, rehearsed course of: detection, customer-notification timelines, root-cause evaluation, and remediation. Ask whether or not they run tabletop workout routines or simulated assaults internally.
A mature vendor received’t be improvising this. Underneath ISO/IEC 27001:2022, incident administration planning and preparation is a required, documented management. Controls A.5.24 by way of A.5.27 cowl planning, evaluation, response, and studying from incidents, written into the knowledge safety coverage relatively than left to goodwill. Ask to see that it exists on paper earlier than an incident, not after.
8. How do you isolate buyer information in a multi-tenant cloud atmosphere?
If the platform is cloud-hosted and multi-tenant, your information technically shares infrastructure with different forwarders’ information. Ask how that isolation is enforced, logically, on the database degree, and on the community degree, and what must fail for one buyer’s information to develop into seen to a different.
9. Who can entry our information internally, and the way is that entry logged and managed?
Exterior attackers aren’t the one danger. Ask how the seller controls and audits its personal staff’ entry to buyer information, whether or not that entry is logged, and whether or not you’ll be notified if an inside entry coverage have been ever violated. Ask particularly about time-based entry: is inside entry granted just for the window it’s really wanted after which robotically expires, relatively than left standing open indefinitely? Standing, everlasting entry is a far bigger assault floor than entry scoped to a process and a timeframe.
10. What safety tasks are ours, what are yours, and is that written down?
Safety is shared between vendor and forwarder: the seller secures the platform, however you might be accountable for issues like consumer provisioning, password coverage, and who in your group will get entry to what. Ask for that break up in writing. A vendor that may’t clearly state the place its duty ends and yours begins, most likely hasn’t thought it by way of.
Two vendor-side practices are value asking about by title. Background verification (BGV) of the staff who can contact buyer information, so belief in your information is backed by vetted folks relatively than assumed. And a documented data-classification scheme, so that each class of data, from a public monitoring milestone to a confidential industrial bill, has an outlined dealing with rule. When information is classed, “who can see what” stops being a judgment name.
11. What’s your catastrophe restoration technique, and has it been examined?
A catastrophe restoration plan is just useful if it really works when wanted. Ask how the seller ensures your operations keep on-line throughout outages or cyber incidents.
Is the catastrophe restoration plan frequently examined by way of failover drills?
What are the assured RTO (Restoration Time Goal) and RPO (Restoration Level Goal)?
Does the platform assist automated failover throughout a number of areas or information facilities?
Are backups encrypted, immutable, and examined for profitable restoration?
Can crucial freight operations proceed throughout a disruption?
How and when will prospects be notified throughout an incident?
Why This Belongs in Each Freight Forwarder’s RFP
None of those questions assumes unhealthy religion on any vendor’s half, together with ours. They’re merely the questions that separate distributors who deal with safety as a advertising and marketing line from those that deal with it as an engineering self-discipline. A platform constructed as one coherent system, with constant authentication, encryption, and entry practices throughout each module, from the core ERP to the client portal, cell entry, and integrations, is structurally simpler to safe than one assembled from a decade of bolted-on components.
