A build-to-order Frappe app that scores every ERPNext order against your live carrier mix and recommends the optimal carrier and service by cost, transit time, lane reliability, and RTO risk. ECOSIRE designs, builds, installs, and supports it for your specific carriers and rules. Built to order by ECOSIRE for ERPNext v15, v16 — indicative price from $499.00 USD; request a quote for a scoped proposal.

A build-to-order Frappe app that scores every ERPNext order against your live carrier mix and recommends the optimal carrier and service by cost, transit time, lane reliability, and RTO risk. ECOSIRE designs, builds, installs, and supports it for your specific carriers and rules.
现在无需付款。此操作会向我们的团队发送报价请求——我们会通过邮件跟进价格和后续步骤。
Native ERPNext ships with a Shipping Rule DocType that applies flat or slab-based charges by amount or net weight, and you can wire manual carrier accounts, but it makes no decision for you. Every Delivery Note still asks a human to guess which carrier and which service level to use, and that guess ignores the things that actually move margin: real cost at the destination pincode, promised transit time versus the customer SLA, how reliably a given carrier performs on that specific lane, and the probability that a COD order to a low-quality address comes back as an RTO (return-to-origin). For a scaling seller pushing hundreds or thousands of Sales Orders a day, those manual picks quietly leak freight spend and rack up failed deliveries that ERPNext core has no way to predict or prevent.
Server-side recommendation engine triggered on `Sales Order` and `Delivery Note` via `hooks.py` doc events (`validate`/`on_submit`)
Ranks every eligible carrier + service level per order by estimated landed cost, transit window, lane reliability, and RTO risk
Dedicated `Carrier Profile`, `Lane Performance`, `Shipping Recommendation`, and `RTO Risk Score` DocTypes for auditable, queryable decisions
RTO-risk probability model using payment mode (COD vs prepaid), address-quality signals, destination zone, and order value
Address-quality scoring that flags incomplete pincodes, PO-box/undeliverable patterns, and mismatched city/zone before dispatch
Cost-vs-speed optimization that weighs the order's customer SLA against carrier rate cards and expected transit time
We build a proper Frappe app (its own smart_shipping module and app, versioned in a git repo) that turns carrier selection into a scored, auditable decision inside ERPNext. New DocTypes — Carrier Profile, Lane Performance, Shipping Recommendation, and RTO Risk Score — hold your carrier accounts, per-lane reliability history, and the model output. A hooks.py doc event on Sales Order and Delivery Note (validate / on_submit) calls a whitelisted server-side method that assembles the order's features (destination pincode/zone, chargeable weight and dimensions, declared value, payment mode, address-quality signals) and returns a ranked list of carrier + service options, each with an estimated landed cost, expected transit window against the order's SLA, a lane-reliability score, and an RTO-risk probability. The recommendation is written back to the order and surfaced in the Delivery Note UI via a client script, so your dispatch team sees "recommended: Carrier B — Express, ₹X, ~2 days, 4% RTO risk" with the runner-up options one click away — and can override with a captured reason.
The intelligence layer starts as an explainable model (gradient-boosted / logistic scoring on your historical delivery outcomes) rather than a black box, so every recommendation shows the factors behind it. Auto-allocation rules let you set policy — for example, force express when the customer SLA is under 48 hours, cap on cost otherwise, or block COD to addresses above an RTO-risk threshold — while always allowing a manual override. A Frappe scheduler event (scheduler_events hourly/daily) continuously retrains and recalibrates the model from newly closed deliveries, updating each carrier's lane-performance and on-time rates so the system gets sharper as your real outcomes accumulate. Everything is exposed through the Frappe REST API and whitelisted methods, so your storefront, OMS, or a WMS can request a recommendation before an order is even confirmed, and role profiles / permission rules keep model configuration and override rights scoped to the right teams.
Because this is build-to-order, nothing is a generic download. After a short scoping call we confirm your exact carriers, rate cards, lanes, SLA definitions, and the outcome data available for training, then build against your ERPNext v15 or v16 instance. You get the installable app source for your version, deployment on a staging site for UAT with a rollback plan, technical and user documentation, a training session for your dispatch team, and a post-go-live support window. Typical delivery is 2-4 weeks from confirmed scope, depending on how many carriers and how much history we integrate.
Runs high-volume order fulfillment on ERPNext and wants carrier picks made automatically by cost and reliability instead of by rule-of-thumb, without adding headcount as volume grows.
Loses margin to return-to-origin on cash-on-delivery orders and needs RTO-risk and address-quality scoring to block or reroute the riskiest shipments before they ever leave the warehouse.
Juggles several carrier contracts and lanes and needs a single scored view of which carrier truly performs best per destination, with per-lane on-time and RTO history to renegotiate rates.
Wants shipping intelligence delivered as a clean, documented Frappe app with proper DocTypes, whitelisted APIs, and role permissions that they can maintain and extend, not a fragile pile of custom scripts.
在 ecosire.com 上购买许可证并从您的帐户仪表板下载 AI Carrier Selection & Smart Shipping for ERPNext 应用程序 ZIP。
将 ZIP 解压到您的 bench 的 apps 文件夹中,或者使用解压缩的应用程序的路径运行“bench get-app”。
运行 `bench --site SITE_NAME install-app APP_NAME`,然后运行 `bench migrate` 以安装 AI Carrier Selection & Smart Shipping for ERPNext 并应用其架构。
打开您站点上的 ECOSIRE 许可证设置并激活您的许可证密钥。需要免费的 ecosire_connect 和 ecosire_license_client 应用程序。
| 标准 | 伊科西尔 | 定制建造 | 竞争对手 | 奥杜本机 |
|---|---|---|---|---|
| Carrier decision | AI ranks every carrier/service per order automatically | Whatever logic you have time to code | Usually a manual dropdown or single-carrier connector | |
| RTO & address-quality risk | Scored probability blocks/reroutes risky COD orders | Possible but you build and train it yourself | Rarely offered | |
| Cost-vs-speed optimization | Weighs landed cost against the order's SLA | Depends on your in-house effort | Basic rate compare at best | |
| Continuous learning | Scheduler retrains from closed-delivery outcomes | You own the ML retraining pipeline | Static rules, no learning | |
| Fit to your carriers | Built to your exact carriers, lanes, rate cards | Fully bespoke but slow and costly to build | Only the carriers the vendor supports | |
| Explainability & override | Shows scoring factors; override with reason captured | Only if you build the UI for it | Often a black box, limited override | |
| Support & maintenance | Post-go-live window + git handover from ECOSIRE | Your team owns all maintenance | Generic vendor support queue | |
| Delivery model | Build-to-order, ~2-4 weeks from confirmed scope | Months of in-house dev and QA | Instant install but generic fit |
No. This is build-to-order. ECOSIRE designs, builds, installs, and supports the app for your specific carriers, rate cards, lanes, and rules. There is no instant download — the value is that it fits your actual ERPNext setup and delivery data rather than being a generic connector.
Typical delivery is 2-4 weeks from confirmed scope. The exact timeline depends on how many carriers and service levels we integrate and how much historical delivery data we train the model on. We lock the estimate during the scoping call before any work begins.
Every build includes a post-go-live support window for fixes, model tuning, and questions. You also receive the full git repository, so your own team can maintain it. Ongoing support, retraining, and compatibility updates for future Frappe/ERPNext releases are available as a continued engagement.
We build and test against Frappe/ERPNext v15 and v16. During scoping we confirm your exact version and site setup so the app is packaged and validated for your environment, and we deploy to a staging site for UAT before touching production.
The engine scores each eligible carrier and service on estimated landed cost, transit time versus the order SLA, lane reliability, and RTO risk, then returns a ranked, explainable recommendation showing the factors behind it. Auto-allocation rules can apply your policy automatically, and dispatch staff can always override any pick with a captured reason.
Ideally your historical delivery outcomes — orders with carrier used, destination, weight/value, payment mode, and whether they delivered on time or came back as RTO. The more history, the sharper the scoring. Where data is thin, we start with sensible cost-and-SLA rules and let the scheduler-driven learning improve accuracy as real outcomes accumulate.
No. The app adds its own DocTypes and doc-event hooks and writes recommendations back onto the Sales Order and Delivery Note; it complements native Shipping Rules rather than replacing your workflow. It is scoped by role permissions and validated on staging with a rollback plan so your production process stays intact.
A build-to-order Frappe app that scores every ERPNext order against your live carrier mix and recommends the optimal carrier and service by cost, transit time, lane reliability, and RTO risk. ECOSIRE designs, builds, installs, and supports it for your specific carriers and rules.