Ingka Group acquires Locus! Built for the real world, backed for the long run. Read here>Read the full story>
Ingka Group acquires Locus! Built for the real world, backed for the long run. Read the full story

Route Planning

Optimize across 250+ real-world constraints including time windows, vehicle capacity, driver hours, and traffic patterns so every route delivers maximum stops without breaking SLAs.

Scale all-mile efficiencies with optimal routes

Locus’ Route Planning System leverages advanced algorithms to plan ideal routes for scheduled, dynamic, and recurring fulfillment models on a unified platform. It helps businesses manage vehicle journeys and schedules while improving driver performance and distribution operations, to deliver more on a single route.

1.5B+

Total deliveries optimized

$320M+

Savings in logistics costs

99.5%

On-time deliveries

Solve key route planning challenges

route planning infographic image

Real world ready route planning with Locus fireworks routing

Real-time Re-optimization against Exceptions on the Ground

Real-time re-optimization against exceptions on the ground

Automatically identify instances of current and potential delays in real-time and course correct to accommodate SLA breaches or ad hoc tasks.

Dynamically Plan Routes and Vehicle Assignment across Legs

Dynamically plan routes and vehicle assignment across legs

Leverage capacity-led routing for route first, mid and all-mile with high delivery efficiency and minimal cost. Utilize cloud-based system intelligence to ensure every shipment moves through the right nodes for effective cost control and robust chain of custody.

Drive on-ground Resilience with Predictive Routing

Drive on-ground resilience with predictive routing

Automatically reassign unplanned tasks or at-risk SLAs to best-suited service technicians to ensure task allocation accuracy and fairness.

Stay on Time, Every Time

Stay on time, every time

Reconfigure at-risk SLAs and ad hoc tasks within minutes to always stay SLA compliant. High SLA adherence enhances customer experience while boosting brand trust and recall.

Trusted by 360+ Enterprises Globally

Nestle logo
Unilever logo
Makro logo
Watsons logo
Blue Dart logo
Dairy Farm logo
Tata 1MG logo

Latest Locus insights

resource image 1
Glossary

What is Route Planning in Logistics? Definition & Overview

resource image 2
Infographics

How to Choose the Right Route Planning Software

resource image 3
Blog

How Advanced Route Planning Benefits Fleet Drivers

resource image 4
Blog

Setting Up Efficient Delivery Routes for Your Drivers

Convert your logistics operations to a revenue generator

Frequently Asked Questions

Locus's Route Planning System is the Transportation Planning & Optimization module within its Decision-Intelligent TMS — using 250+ real-world constraints to plan optimal routes for scheduled, dynamic, and recurring fulfillment across first, mid, and last mile.

Locus's route optimization increases fleet utilization by up to 90% by building denser, constraint-aware routes that maximize stops per vehicle while respecting driver hours, delivery windows, and vehicle capacity.

Yes. Locus continuously monitors active routes for delay risk and re-optimizes in real time — reassigning at-risk tasks and SLAs before breaches occur, not after.

Locus provides dynamic routing and vehicle assignment across first-mile, mid-mile, and last-mile legs — using cloud-based intelligence to ensure every shipment moves through the right nodes at the right cost, with full visibility across the network.

Locus identifies at-risk deliveries and re-routes them within minutes to preserve SLA compliance — enabling 99.5% on-time delivery rates across 360+ global enterprise customers.

Locus has optimized 1.5B+ deliveries, generated $320M+ in transit savings, improved fleet utilization by up to 90%, and maintains 99.5% on-time delivery for 360+ global enterprises across 30+ countries.

Yes. Locus uses predictive routing to identify at-risk deliveries before delays materialize — automatically reassigning unplanned tasks to the best-available vehicle or driver based on capacity, location, and SLA priority, with human override built in.