Logistics software is tested in the field, not in the office: an app that works on the driver's phone, keeps working when the connection drops, and proves the delivery when it happens. On the office side, it must show which vehicle is carrying each order, at what time and at what cost.
In freight and logistics, software bridges two ends: the order the customer placed and the work the vehicle actually did. Without that bridge, the phone starts ringing — "where is the truck", "was it delivered", "did the paperwork arrive". Good software answers most of those questions without a call.
Fleet size, the type of work (urban distribution, long haul, project freight) and the number of integrations set the scope. A core with orders, a driver app and proof of delivery ships quickly; route optimisation, a subcontractor portal and accounting integration come in a second phase.
Real products, not references on paper.
Business-purpose, working-hours tracking is possible with proper notice and contractual terms. The problematic areas are out-of-hours tracking, use beyond the stated purpose and undefined retention. These need explicit written rules from the start.
Yes, if it is designed offline-first. Actions are stored on the device and sent in order when connectivity returns; conflict rules and duplicate-send prevention must be designed in.
It depends on the ERP's API, database access or file-transfer options. One-way or two-way flows can be built for orders, stock, accounts and invoices; what matters is agreeing which system is the master.
It delivers real savings as vehicle count and daily stops grow. In small fleets, orders, status and proof of delivery must work properly first; optimisation is the second step on top of that.
Let us define the scope, the technology and the roadmap together; then split the work into stages with clear deliverables.
