For 3PL, fulfillment, and last-mile operators who've outgrown packaged TMS and WMS, and the logistics-tech teams that need a platform built around their own shipping logic, not someone else's template.
Real-time PowerBI visibility and automated data workflows across the fulfillment network, manual reporting retired.
Rebuilt around their proprietary Xparcel ship-method logic, plus billing and payment tracking on a C# / React stack.
Most logistics operators we talk to are stuck on one of four things, and none of them are solved by another packaged TMS.
Off-the-shelf TMS and WMS are built for the median shipper. If your routing, rate-shopping, or ship-method logic is what makes you competitive, you end up forcing your real workflow into someone else's data model, or paying for a dozen integrations to glue the gaps. The software fights the operation instead of running it.
Orders in one system, carrier scans in another, exceptions surfacing in an inbox a day late. When a customer asks where their shipment is, someone goes digging across three tools. Manual reporting eats a full headcount, and you're making routing and capacity calls on yesterday's data.
The rules that decide carrier, service level, and cost per package are your margin. Right now they're half in a spreadsheet, half in tribal knowledge, and impossible to audit or scale. When that person is out, or when you add a lane or a carrier, the whole thing wobbles.
Invoice creation, carrier-cost reconciliation, customer billing, and payment tracking run in separate systems that don't agree with each other. Every disputed charge is a manual hunt. Margin leaks through the cracks between the tools, and nobody can tell you exactly where.
These are solved by software built around how your network runs: your routing, your ship-method logic, your billing reconciliation, your integration map.
A single source of truth across your fulfillment or delivery network, live shipment status, carrier-scan ingestion, and dashboards your ops team reads on a phone, not a weekly export. This is the ShipNetwork pattern: we replaced manual reporting with automated data workflows and delivered 100% real-time visibility.
Your routing, rate-shopping, and service-level rules modeled in software you own, not bolted onto a packaged tool. FirstMile runs proprietary ship-method logic (their Xparcel decisioning) balancing speed, cost, and service per package. We rebuilt the platform that holds it, so the logic that makes them competitive is preserved and extensible.
Invoice creation, carrier-cost reconciliation, customer billing, and payment tracking that actually tie back to the shipment. Two-way integration with your accounting and carrier systems, queued with retries and a full sync log, so a disputed charge is a lookup, not an investigation.
Where it earns its keep, an AI-assisted layer for ETA prediction and route or rate recommendation, built with the same production rigor as the rest of the platform. Optional, not the headline. Most operators start with visibility and custom logic first, then add prediction once the data is clean.
Your ops lead, your billing owner, and whoever holds the shipping logic in their head. We map the real workflow, dock-to-delivery, exceptions, billing, before we write a line of code.
A small senior team, your platform taking shape in working increments. You meet the engineers in Week 1 and talk to them every week, not a marketplace, not a rotating cast.
Code, architecture, deployment pipeline, and documentation are yours. We can stay on for phase-2 work; the IP is yours from day one.
Traditional offshore dev shops quote 16 to 24 weeks for an MVP. Our team, running comparable scope with AI-accelerated engineering, compresses that to 8 to 12 weeks, without the offshore-commodity quality tax.
ShipNetwork runs US-based fulfillment centers with 1-day fulfillment and 1–2-day ground delivery guarantees. They'd outgrown an MVP and were running operations on manual reporting. We delivered a full modernization in 4 months: PowerBI dashboards for real-time visibility across the fulfillment network, automated data workflows replacing the manual exports, and a web-and-mobile platform.
FirstMile is a logistics provider for eCommerce retailers whose proprietary Xparcel technology picks the optimal ship method per package. We rebuilt their Darwin platform, the system holding the Xparcel shipping logic plus invoice creation, billing management, and payment tracking, on a C# backend with a React frontend and a full DevOps pipeline, responsive across web, mobile, and iPad.
Need route optimization specifically? Geospatial routing transfers cleanly from our field-operations work, including the ArcGIS routing we shipped for a dispatch platform.
Custom logistics software is a platform built around your specific operation, routing, rate-shopping, ship-method logic, tracking, and billing, rather than a packaged TMS or WMS you configure to fit. It's worth building when the configuration work inside a packaged tool costs more than a rebuild, when the logic that makes you competitive can't be modeled in the off-the-shelf product, or when you need integrations the vendor's catalog doesn't have. Below roughly 3PL-mid-market scale on a standard workflow, packaged TMS is usually the right call. Once your workflow is the differentiator, custom wins.
A bounded logistics platform (real-time tracking, custom shipping logic, and billing or accounting integration) typically runs 8 to 12 weeks for a first production release, versus the 16 to 24 weeks an offshore commodity shop would quote for comparable scope. We move faster because our team uses AI-accelerated engineering internally, not because we cut corners on quality. A single focused feature is shorter; a full multi-module platform is longer, and we scope the shape with you in Week 1.
Directly. ShipNetwork (eCommerce fulfillment) and FirstMile (last-mile and parcel) are both production logistics platforms we shipped, both published as case studies on this site. ShipNetwork was a 4-month fulfillment modernization with real-time PowerBI visibility; FirstMile was a full platform rebuild preserving their proprietary Xparcel ship-method logic. The outcomes on both pages are real and client-approved.
Two differences. First, you get a small senior team, not a marketplace of individuals or a 1,000-engineer offshore pool. The engineers on your platform have shipped production software for a decade; you meet them in Week 1 and talk to them weekly. Second, we've shipped this domain, we land the first call already understanding ship-method decisioning, carrier-scan ingestion, and billing reconciliation, because we built it for ShipNetwork and FirstMile. We're a US-contracted team (Salt Lake City plus Tirana, US-business-hours overlap), so accountability sits under US law even though the engineering is distributed.
Yes, integration is core scope, not an afterthought. We build carrier-scan ingestion, accounting and billing sync (queued with retries and a full sync log), and WMS or TMS connections where APIs exist. Where the only path is a brittle web portal rather than a real API, we'll tell you that upfront and scope it separately, because the maintenance cost is real and we won't bury it in a quote.
You do. Code, architecture, deployment pipeline, and documentation are yours, with no per-seat licensing and no vendor lock-in built into the deal. Most operators keep us on for phase-2 work, but the IP is yours from day one.
The parent practice: senior US-contracted teams building custom platforms across verticals, on an AI-accelerated timeline.
For 3PL, last-mile, and fleet operators whose dispatch and routing overlap with field-service work, including ArcGIS geospatial routing.
When a packaged TMS wins, when a custom build pays back, and the honest math between the two.
The three ceilings mid-market 3PLs hit, what staying costs, and the migration path that never rips and replaces.
Why the integration gap exists, the three walls operators hit, and how to tell a connector from a custom build.
A 15-minute call, operator to engineer. No deck, no pitch. You tell us where the network goes dark and where margin leaks; we tell you whether a custom build is the right move, and if it isn't, we'll say so.