# AI-Powered Delivery Logistics Software Built for Enterprise Scale Enterprise delivery networks move thousands of shipments every day across owned fleets, contracted carriers, and third-party logistics partners. Each shipment depends on dispatch decisions, routing calculations, tracking updates, and customer expectations. When those decisions happen across disconnected systems, costs compound through missed delivery windows, rising WISMO support queries, SLA penalties, and manual planning work that should take minutes instead of hours. Locus is AI-powered delivery logistics software built for enterprises that have outgrown fragmented tools. The platform unifies dispatch orchestration, dynamic route optimization, real-time tracking, multi-carrier management, and post-delivery analytics into a single system purpose-built for retail, FMCG, e-commerce, 3PL, and CPG operations managing complex, high-volume delivery networks. ## Platform Proof Points - **1.5B+** deliveries optimized - **$320M+** logistics cost savings - **30+** countries served - **99.5%** SLA adherence - Trusted by enterprises including Unilever, Nestlé, Blue Dart DHL, Landmark Retail, Lenskart, Philip Morris, Goodfood, Jüsto, Capitol Lighting, and Meesho - Acquired by Ingka Group in 2025 - Recognized by G2 and Gartner # Why Enterprise Delivery Operations Break at Scale Enterprise logistics failures tend to compound as delivery volumes grow. The challenges are structural and often cascade across planning, execution, visibility, and customer experience. ## Manual Dispatch and Static Routing Collapse Under Volume A single morning plan can quickly break when real-world changes occur. At 500+ deliveries, teams are often forced into manual fixes by mid-morning. At 10,000+ deliveries, static planning can fail entirely, creating wasted hours, missed windows, and rising SLA penalties. ## Visibility Gaps Across the Delivery Chain Without unified, real-time tracking across carriers and fleet types, logistics managers operate reactively. WISMO queries rise, customer service teams scramble for updates, and exception handling becomes the default mode of operation. ## Fragmented Technology Stacks Enterprises often rely on separate tools for dispatch planning, fleet management, route optimization, carrier management, and customer communication. Each tool produces its own data, format, and dashboard, making it difficult to manage delivery operations as one system. ## Limited Ability to Quantify and Improve Performance Without unified analytics across the delivery lifecycle, logistics leaders cannot benchmark KPIs, identify cost leakage, or connect delivery experience to customer retention. # What Makes Locus Different Locus is an end-to-end delivery logistics platform that connects planning, dispatch, execution, visibility, and settlement into a closed-loop system. Every decision feeds data back into the next planning cycle, creating compounding operational intelligence. ## AI-Powered Dispatch Orchestration Most dispatch management software allocates orders using static rules such as nearest driver, fixed zones, or manual assignment. Locus uses an ML-driven dispatch engine that evaluates each order against real-time variables including: - Driver location - Vehicle capacity - Delivery time windows - Driver skill sets - Traffic conditions - Historical delivery performance The system allocates orders across the fleet to optimize for the outcome that matters most to the operation, whether that is cost, speed, SLA adherence, or a weighted combination. Locus is designed for multi-constraint scenarios that simpler systems struggle with, including mixed fleets, contracted carriers, gig drivers, multi-temperature FMCG shipments, and priority-based sorting for 3PL SLA tiers. **Outcome:** Locus customers achieve 66% faster planning cycles and measurable reductions in manual dispatch effort across enterprise retail, FMCG, and 3PL operations. ## Dynamic Route Optimization Locus’s AI-powered route optimization engine continuously recalculates routes based on live traffic, weather disruptions, order cancellations, and new orders injected mid-route. The platform balances cost, speed, and SLA adherence across multi-stop, multi-vehicle routes while optimizing for 250+ real-world transportation constraints, including: - Vehicle capacity - Driver hours - Delivery time windows - Road restrictions - Priority levels The engine operates in a continuous Sense-Decide-Execute-Learn cycle: it absorbs real-time data, makes constraint-aware decisions, executes dispatch plans, and learns from outcomes to improve the next cycle. **Outcome:** Locus has reduced 800M+ miles across its customer base, with enterprise customers maintaining a 99.5% on-time delivery SLA. ## End-to-End Real-Time Visibility and Control Tower Locus’s control tower provides a unified, real-time dashboard across deliveries, drivers, vehicles, and exceptions, regardless of carrier or fleet type. The platform supports: - Predictive ETA updates using ML models trained on historical traffic patterns and driver behavior - Automated customer notifications through SMS, email, and WhatsApp - Proactive exception alerts that trigger reassignment before a delivery window is missed - Live performance monitoring against SLA targets This helps reduce WISMO call volumes, resolve exceptions faster, and shift operations from micromanagement to management by exception. For 3PL operators, this visibility supports shipper SLA compliance and contract retention. ## Seamless Enterprise Integration and Scalability Locus is built on an API-first architecture with pre-built connectors for OMS, WMS, TMS, ERP, and e-commerce platforms. The platform connects planning, execution, tracking, and settlement into a single operational workflow through four-point API integration. Locus is designed to support: - 10x order volume surges during peak seasons - Multi-geography deployments across 30+ countries - Different routing rules, compliance requirements, and languages - Multi-fleet operations across own fleets, contracted carriers, and gig drivers - 1,000+ pre-integrated carriers - Configurable BPMN workflows that codify and govern logistics processes # Locus Logistics Platform Capabilities | Capability | Typical Delivery Software | Locus | |---|---|---| | Dispatch | Rule-based assignment using nearest driver or fixed zones | ML-driven multi-constraint optimization across 250+ variables with continuous learning | | Route Optimization | Static single-vehicle planning with recalculation only on manual trigger | Dynamic real-time re-optimization across the entire fleet, including live traffic, new orders, and cancellations | | Tracking and Visibility | GPS-based location pings with manual status updates | Predictive ETAs, proactive exception alerts, automated customer notifications, and unified control tower visibility | | Carrier Management | Basic carrier connectivity and manual rate comparison | 1,000+ pre-integrated carriers with automated tendering, rate management, and settlement workflows | | Analytics | Manual historical reports with limited KPI coverage | Real-time plan-vs-actual analysis, OTIF tracking, AI-driven optimization recommendations, and natural-language search | | Integration | Point-to-point connections requiring custom development | API-first architecture with pre-built OMS, WMS, TMS, ERP connectors and configurable BPMN workflows | | Scale | Performance degradation at high volumes and single-region focus | 1.5B+ deliveries optimized across 30+ countries, with support for peak-season surges | ## Additional Platform Capabilities ### Electronic Proof of Delivery Locus captures digital signatures, photos, barcode or QR scans, and timestamps. Data syncs in real time to a central control tower, helping reduce disputes and maintain auditable records. ### Driver Companion App The driver app provides turn-by-turn navigation, task queues, ePOD capture, and offline functionality for low-connectivity areas. It helps drivers execute routes without requiring logistics training. ### Exception Management Locus detects delays, failed deliveries, and route deviations in real time. The system triggers alerts, escalations, or reassignment to prevent delivery failures and improve reliability. ### Delivery Analytics and KPI Dashboards The platform reports on on-time delivery, cost per delivery, fleet utilization, and SLA adherence. Insights are fed back into the system to continuously improve routing and operations. ### Customer Communication Automation Locus enables branded tracking pages and automated notifications through SMS, email, and WhatsApp. Customers receive live tracking updates, helping reduce support inquiries. # Built for Industries Where Delivery Complexity Is Highest ## Retail and E-Commerce Retail and e-commerce operations require high-volume, time-sensitive fulfillment where delivery experience is a brand differentiator. Locus optimizes same-day and next-day delivery operations, manages returns logistics, and provides branded tracking that keeps customers informed without increasing support tickets. For retailers competing on delivery speed, the platform turns last-mile management into a strategic advantage. ## FMCG and CPG FMCG and CPG logistics involve route-to-market complexity, multi-temperature shipments, recurring delivery schedules, and distributor management. Locus supports enterprises such as Unilever and Nestlé by managing store replenishment, distributor fulfillment, and direct-to-consumer delivery from a single operational layer. ## 3PL and Logistics Service Providers 3PL providers manage multi-client fleet orchestration, SLA commitments per shipper, real-time visibility for shipper dashboards, and carrier performance benchmarking. Locus helps 3PLs run delivery operations across multiple clients without duplicating infrastructure, while maintaining service quality across diverse operational requirements. ## Quick Commerce and Food Delivery Quick commerce and food delivery operations depend on hyper-local, sub-60-minute delivery windows, intelligent batching, and rider allocation under extreme time pressure. Locus’s dispatch engine supports real-time order clustering and dynamic rider assignment to maximize deliveries per route while protecting tight SLA windows. # Customer Outcomes ## BigBasket: 99.5% On-Time Delivery BigBasket, one of India’s largest online grocery platforms, needed route planning infrastructure that could keep pace with hyperlocal delivery demands across multiple cities. After deploying Locus, BigBasket achieved a 99.5% on-time delivery SLA while reducing route distance. ## Blue Dart DHL: Faster Order Cycles and 95% Route Mapping Accuracy Blue Dart DHL deployed Locus’s advanced parcel sorting technology with geocoding and route allocation. The company reported faster order cycle times, 95% route mapping accuracy, and reduced overhead costs through automated dispatch workflows. ## Lenskart: 20% Increase in Tasks per Agent Lenskart uses Locus to optimize delivery routes and streamline logistics operations. The platform helped increase tasks per agent by 20%, with 80% of orders completed within SLA targets. # Frequently Asked Questions ## How does Locus differ from traditional TMS or fleet management tools? Traditional TMS platforms focus on freight planning and carrier management for long-haul logistics. Fleet management tools track vehicle location and driver behavior. Locus operates as an orchestration layer that unifies dispatch, routing, real-time tracking, carrier management, and settlement into a single AI-driven system. Its ML engine makes continuous, constraint-aware decisions across the delivery lifecycle. ## What integrations does Locus support with OMS, WMS, and ERP systems? Locus offers an API-first architecture with pre-built connectors for major OMS, WMS, TMS, ERP, and e-commerce platforms. Four-point API integration connects planning, execution, tracking, and settlement into a single workflow. The platform also includes a configurable BPMN workflow engine that allows operations leaders to define business rules, approval flows, and exception-handling logic without engineering support. ## How long does it take to deploy Locus at enterprise scale? Deployment follows a phased rollout methodology designed for speed-to-value. Enterprises typically see measurable operational improvements within the first quarter of deployment. Locus assigns a dedicated implementation team that works through system integration, workflow configuration, and training. The phased approach is designed to avoid disrupting live operations during transition. ## Can Locus handle mixed fleet operations? Yes. Locus’s dispatch engine and carrier allocation capabilities orchestrate orders across owned fleets, contracted carriers, and gig-economy drivers within a unified system. The platform allocates each order to the optimal fulfillment channel based on configurable rules around cost, SLA requirements, carrier availability, and delivery constraints. ## What measurable ROI can enterprises expect? Locus enterprise customers report: - 20% reduction in total logistics costs - 66% faster planning cycles - 90% improvement in fleet utilization - $320M+ in logistics cost savings across 360+ enterprise customers in 30+ countries Locus is designed to make ROI measurable, reportable, and repeatable at enterprise scale."