Final Mile

Last Mile Delivery Software

The final leg is the shortest distance and the largest share of delivery cost. Software helps by improving what happens per stop, not per kilometre.

Drop density, failed attempts and time spent at the door drive last-mile economics far more than routing distance does.

Where the cost actually is

Per stop, not per kilometre.

  • Drop density and clustering
  • Delivery windows
  • First-attempt success rate
  • Cost per delivery

What is last mile delivery?

Last mile delivery is the final stage of a parcel's journey — from the local hub or depot to the recipient's door. It is typically the shortest leg in distance and the most expensive one per parcel.

The reason is that costs stop scaling with distance and start scaling with stops. A vehicle covering twenty deliveries in one neighbourhood is dramatically cheaper per parcel than one covering twenty deliveries spread across a city, even where total distance is similar.

That is why last-mile software focuses on drop density, delivery windows and first-attempt success rather than pure route distance. A failed delivery does not cost a little extra — it roughly doubles the cost of that parcel.

What It Covers

Delivery Planning

Group the day's shipments into runs by area and capacity, so drops cluster instead of criss-crossing the same streets.

Route & Sequence

Order stops within a run, respecting delivery windows and access constraints rather than optimising distance in isolation.

Rider Management

Shifts, availability, assigned load and performance, so capacity planning is based on what people can actually do.

Live Status

Where a run has got to, what is completed and what is at risk — while there is still time to act on it.

Proof of Delivery

Signature, photo or OTP captured at the door, attached to the shipment and available immediately.

Reattempts & Exceptions

A failed attempt starts a defined follow-up, because an unmanaged reattempt is the most expensive parcel in the network.

Improving last-mile performance

01

Increase drop density

Cluster deliveries geographically. This has more effect on cost per parcel than any other single change.

02

Raise first-attempt success

Confirm addresses, notify recipients ahead of arrival, and offer a window. Every avoided reattempt is a whole delivery saved.

03

Reduce time at the door

Scanning, OTP and proof capture should take seconds. Across a run of sixty stops, small delays compound into hours.

04

Handle failures immediately

Capture the real reason at the door and decide the next step there, rather than discovering the problem at depot close.

05

Measure per stop

Cost per delivery, first-attempt rate and stops per hour tell you more than total distance travelled ever will.

Common Questions

Frequently Asked Questions

Because cost is driven by stops rather than distance. Each delivery needs a vehicle to stop, someone to find the address, make contact and complete handover — and that time does not reduce as the route gets shorter.

The number of deliveries within a given area. Higher density means less travel and waiting between stops, which is the single biggest lever on last-mile cost per parcel.

It helps, but less than most people expect. Sequencing stops sensibly saves time; it does not fix low drop density or a poor first-attempt rate, which usually cost more.

It varies by area, parcel type and whether recipients are told in advance. Rather than aiming at a benchmark, measure your own rate and track whether changes move it — a failed attempt roughly doubles the cost of that parcel.

Yes, where your operation offers them. Windows constrain sequencing, so planning has to account for them rather than treating them as a preference.

Last mile focuses on planning and economics of the final leg — density, windows, attempt rates. Delivery management covers executing and closing deliveries. They overlap, and in most systems are built together.

In practice yes. The sequence, scanning, proof capture and COD recording all happen on the move, and paper manifests remove the visibility the system exists to provide.

Yes, where those partners expose APIs. Many operations run their own fleet in dense areas and use partners for outlying ones, and the system needs to show both in one view.

Let's talk about your requirement

Tell us how your operation runs today and what you need it to do. We will come back with what it would take — and what we would not recommend building.