Courier delivery
How to choose courier service software
Courier service software pays off not through a list of checkboxes in the price sheet, but through how well it covers your real tasks: taking orders, assigning them to field staff, routes and delivery confirmation. Let's break down the criteria for choosing a delivery management system, so you don't overpay for extras or find yourself without something essential a month after rollout.
Where to start: define your tasks, not a feature list
The main mistake when choosing is to compare programs by the length of their feature list. The winner isn't the system with the most checkboxes, but the one that covers your process from taking an order to confirming it was done. So you should start not with a market survey, but with a description of how your work is set up today and what hurts about it.
Answer a few questions for yourself before the first demo:
- Segment. Courier delivery, field service (installation, repair, surveys) or distribution with sales reps — their processes and requirements are different.
- Team size. How many field staff work per shift now, and how many there will be in a year.
- Order sources. Where orders come from: website, CRM, 1C, Excel exports, phone.
- Bottleneck. What exactly eats up time — manual dispatching, calling couriers, lost orders or disputed "delivered / not delivered".
Once the tasks are named in your own words, the choice stops being guesswork: you compare systems not in the abstract, but by whether they solve your specific problems.
Selection criteria: what the software must do
Good courier service software covers the whole order cycle, not a single piece of it. The minimum set, without which a system quickly hits a ceiling:
- Order intake and dispatch across field staff — manually and by rules, so the dispatcher isn't sorting orders in a spreadsheet.
- Live map routes — you can see where each courier is right now and how they move between stops.
- Route optimization that accounts for delivery windows and constraints, not just a list of addresses in order.
- A field mobile app with photo reports and checklists.
- A customer portal with statuses, so clients don't call the dispatcher for updates.
- On-site proof of completion — a photo, a checklist, a result marker.
Check whether one system covers these points at once, rather than being taped together from three services. For example, the "Courier management" module in itlogist combines order intake and dispatch, map routes, a mobile app with photo reports and real-time statuses — the entire dispatch loop lives in one window. That's handy to assess as a single criterion: how many scattered tools one system replaces.
Integrations: the system shouldn't live in a vacuum
Delivery software almost never works in isolation. Orders are born in a CRM or an online store, items and documents live in an accounting system, and some data still travels through Excel. If the new system can't exchange data with them, you simply add one more place to key data in by hand — and get extra manual work instead of automation.
That's why the list of supported integrations is one of the decisive criteria. At the selection stage, check how the system connects to your tools. itlogist works out of the box with the key sources of orders and data:
- 1C — exchanging orders and data with your accounting system.
- AmoCRM and Bitrix24 — orders arrive straight from your CRM.
- Excel — loading orders from an export, if the process hasn't moved to a CRM yet.
A practical test at the demo: ask to see how an order from your source gets into the system, is assigned to a field employee and sends a status back. If the whole path runs without manual copying, the integration is real, not "on paper".
The field mobile app is the heart of the system
However convenient the dispatcher's screen is, the real data enters the system from the courier out in the field. If the field app is awkward, it simply won't get filled in — and you'll be back to "where are you?" calls and spreadsheets. So the mobile part deserves scrutiny no less than the dispatcher side.
What to look at in the mobile interface:
- Barrier to entry. In itlogist the field employee works through a mobile web interface — with no mandatory app install from a store. The courier opens a link and immediately sees their orders and route.
- Photo reports and checklists at every stop — so completion is recorded by a snapshot and a marker, not by words.
- Statuses along the way — accepted, in transit, delivered, rescheduled, refused — which the field employee changes themselves and the dispatcher sees in real time.
- The route at hand — the sequence of stops and navigation without switching between apps.
A simple rule: the fewer actions the app demands from the courier, the fuller and more honest the data you later rely on for control and planning.
Rollout, timelines and cost of ownership
The license price is not the same thing as the cost of ownership. A long launch, expensive setup and months of training can outweigh any attractive subscription. So at the selection stage, assess separately how quickly the system will actually work on your processes and whether it locks you in tightly.
What's important to clarify before signing:
- Launch time. itlogist is built for a quick start — live in 7 days, with no long-term contracts, so you can test the system on your own orders without a months-long rollout project.
- Scaling flexibility. The system should suit both a small team and a growing one: itlogist works for teams of 5 to 100 field staff.
- Commitments. The absence of long contracts lowers the risk: if the process doesn't fit, you're not locked into a multi-year agreement.
One more caution against a common mistake: don't pick a system by the promised "savings percentages" from presentations. The real effect depends on your routes, stop density and staff discipline, so it's fairer to test it on your own data in a pilot than to trust averaged figures.
A checklist before you decide
Let's gather the criteria into a short list that's handy to take to a demo and use to compare options against each other:
- Covers the whole cycle — from taking an order to confirming completion, not a single stage.
- Dispatch and routes — orders are assigned to field staff, routes are visible on a map and optimized with windows and constraints in mind.
- A convenient mobile app — low barrier to entry, photo reports, checklists, statuses.
- Integrations with your systems — 1C, CRM and Excel exchange data without manual entry.
- Transparency for the customer — a portal with statuses instead of calls to the dispatcher.
- Fast launch and flexible terms — a short start and no long contracts.
If a system passes on these points with your real orders, not on a demo example, that's the right choice. Everything else (interface details, branding) is secondary: what matters is that the dispatcher and couriers work faster in it than with spreadsheets and calls.
FAQ
How is courier service software different from a regular CRM?
A CRM stores clients and deals but doesn't manage delivery in the field. Courier service software handles order intake and dispatch, map routes, the field employee's work in a mobile app and proof of completion. Often they work together: an order comes from the CRM (AmoCRM, Bitrix24), while it's carried out and monitored in the delivery system.
Do couriers need to install a separate app?
In itlogist the field employee works through a mobile web interface — with no mandatory app install from a store. The courier opens a link, sees their orders and route and changes statuses as the work goes. That lowers the barrier to entry and makes onboarding new staff easier.
How quickly can the system be launched?
itlogist is built to go live in 7 days and with no long-term contracts, so you can test the software on your own orders without a months-long rollout project. That's convenient for a pilot: you assess the effect on real routes, not from a presentation.
Which systems does the software integrate with?
Out of the box, itlogist works with 1C, AmoCRM, Bitrix24 and Excel. Orders come into the system from your sources, get assigned to field staff and send statuses back — with no manual copying of data between tools.