For a network where every party sees the same shipment
Supply Chain Software Development
A supply chain problem is rarely one broken system, it is several correct systems that disagree with each other. This practice builds and extends transportation management, shares visibility across shippers, carriers and customers, and integrates EDI with trading partners who require it. The network layer is the actual deliverable.
How a shared visibility layer gets built here
TMS integration, EDI translation and the permissions that keep every party seeing the right thing.
90 secSample frame · video pending01Before a partner integration starts
EDI integration or a modern API connection is a real decision.
The choice usually gets forced by a partner's requirement rather than chosen deliberately. Four questions settle what the connection actually needs to do.
What does your trading partner actually require?
A large retailer or distributor often mandates EDI regardless of preference. A newer partner may support a modern API instead, which is simpler to build.
How many trading partners must you support?
A handful of partners on one standard is manageable either way. Dozens of partners with varied requirements favor a translation layer built to scale.
How fast does data need to move between systems?
Batch EDI transactions suit overnight order cycles fine. Real-time visibility commitments usually need an API alongside any EDI connection.
What happens when a document fails validation?
A failed EDI transaction can sit unnoticed until a partner calls. Monitoring built into the integration catches it the same day instead.
| EDI integration | Modern API connection | |
|---|---|---|
| Partner requirement | Often mandated by large retailers | Common with newer partners |
| Data timing | Typically batch, overnight | Can be real-time |
| Failure handling | Needs deliberate monitoring | Errors surface faster by default |
| Best fit | Established retail and distribution partners | Newer or smaller trading partners |
02Agreed before the build starts
The ledger that keeps a supply chain build honest
Supply chain engagements go wrong when who owns which party's data gets assumed rather than agreed. The ledger below sets out what each party contributes, what gets built, what returns, and what stays under your control.
- Your side
You bring
- Current carrier relationships and how loads get tendered today
- Existing warehouse management or ERP systems it must connect to
- The volume and variety of shipments you actually move
- Our side
We build
- A TMS that plans, tenders and tracks loads across carriers
- Integration with the warehouse management system it has to coexist with
- Rate and carrier logic built around your actual network, not a generic template
- Your side
You receive
- A production TMS coordinators use instead of spreadsheets and calls
- Warehouse and transportation data that finally agree with each other
- Reporting on carrier performance across your actual lane mix
Never leaves you
- The carrier relationships and rate negotiations
- Ownership of the warehouse operation and its priorities
- The decision on which carriers and lanes to use
Where the line sitsThe system plans and tracks the network; the carrier relationships and rate decisions stay yours.
03From carrier tender to shared visibility
Four stages, each closing on evidence
Supply chain systems that get abandoned usually skipped a stage here. This system closes each one with something a coordinator or partner could actually rely on.
Map the network before touching a system
Carrier tendering, warehouse handoffs and partner requirements are mapped as they actually run, before a TMS or integration gets designed around assumptions.
Mapped against how loads actually moveBuild the TMS around existing warehouse systems
The transportation system is built to coexist with the warehouse management system already running, not to replace it without a clear reason.
Built to fit the warehouse system already runningValidate EDI or API connections against real documents
Integration is tested against real transaction sets from an actual trading partner, catching format mismatches before a partner's system ever sees one.
Tested against a real trading partner's dataShip with failure alerts, not silent drops
Every transaction and shared status update ships with monitoring, so a failure surfaces the same day instead of showing up as a partner complaint.
Live with monitoring on every transaction
04What actually moves the number
Four drivers, priced from the assessment
Supply chain software work is priced against the scoping assessment, because these four factors change effort by multiples.
Number of trading partners and EDI transaction sets
A handful of partners on a common standard cost far less than dozens of partners each with their own document requirements.
Warehouse and ERP systems already in place
A single, modern warehouse system integrates cheaply. Several older systems with inconsistent data cost meaningfully more to reconcile.
Number of parties needing shared visibility
Visibility shared with one carrier is simpler than a platform serving shippers, carriers and customers with different permissions at once.
Real-time requirements versus batch processing
Overnight batch processing costs less than a system committed to real-time visibility across every party in the network.
05Evidence and proof
Networks judged on what every party stopped disputing.
Supply chain proof is fewer status calls and a partner deadline actually met. Every record here waits for written client approval before production.
Explore case studiesA shared visibility platform cut status-check calls across three carriers.
Tern's shippers, carriers and customers each worked from different, often outdated shipment status. A shared visibility layer gave every party the same view, cutting status-check calls sharply.
- Status-check calls and emails
- -38%
- Parties on one shared view
- 3
An EDI integration ended manually re-keyed orders with a major retail partner.
Orra Systems faced a retail partner mandating EDI on a deadline neither system was built for. A translation layer connected the systems and removed the manual re-keying entirely.
- Manually re-keyed orders
- Eliminated
- Retail partner deadline
- Met
Our customers finally see the same shipment status our own team sees, which used to never match.
Sample · pending client approval
06Read this first
When a full TMS build is the wrong answer
Building a custom transportation system for a handful of weekly shipments is over-engineering. The exits are marked plainly. When a build is justified, it runs on standard EDI and API integration patterns with the warehouse and carrier systems you already operate.
- System integration
You move a handful of shipments a week
An existing carrier portal or a freight broker often covers this volume faster than a commissioned TMS nobody has justified yet.
- Product discovery
Your carrier network is still being negotiated
Building integration around carrier terms that keep changing means rebuilding constantly. Settle the network first, then build the system.
- Team extension
You need supply chain engineers, not a delivery team
When your team already owns the network strategy and just needs extra hands, team extension fits better than a commissioned build.
| Shape | Best when | You direct | We carry |
|---|---|---|---|
| Scoped build | Network and partners are settled | Partner and access decisions | System design and delivery |
| Delivery pod | Partner needs will keep evolving | Product priorities each cycle | Engineering and integration work |
| Team extension | Your leads own the network strategy | Roadmap and standards | Named engineers and continuity |
07Straight answers
Asked before a supply chain software budget is approved.
01Do you build a custom TMS or integrate with one we already use?
Both, depending on whether an existing TMS fits your carrier network and warehouse systems. A genuine gap justifies a custom build; a near-fit usually justifies integration instead.
02How do you give shippers, carriers and customers the same visibility?
A shared visibility layer serves every party from the same underlying data, with permissions matched to what each one is meant to see. Update frequency is tuned to what each party actually needs.
03Do you support EDI integration with our retail trading partners?
Yes, EDI translation is built between your systems and each partner's required transaction sets. Validation catches a malformed document before a partner's system rejects it.
04Can the TMS work alongside our existing warehouse management system?
Yes, it is built to coexist with the warehouse system you already run rather than replace it without reason. Warehouse and transportation data are reconciled so both finally agree.
05What does supply chain software development cost?
Priced against the number of trading partners, existing warehouse systems and real-time visibility requirements, from the scoping assessment. A handful of partners costs far less than dozens.
06What happens when an EDI transaction fails?
Monitoring built into the integration surfaces a failure the same day, rather than letting it sit until a partner calls. This is standard on every connection we build.
07Do you work with multiple carriers, or just one?
Multiple, and rate and carrier logic is built around your actual lane mix rather than a generic template. Carrier relationships and rate decisions stay entirely yours.
08How is this different from a fleet management platform?
Fleet management covers vehicles you own. This practice covers the network layer between shippers, carriers and customers, including partners whose vehicles you never touch.