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Vikrama.
Logistics

Route scoring, demand prediction, and fleet intelligence. Decisions that compound efficiency.

We build the systems that turn logistics data into operational advantage.

Logistics is a decision machine: which route, which warehouse, which carrier, when to reorder. Most of these decisions are still manual or rule-based. We build AI systems that optimize routes, predict demand, and give you real-time visibility across the supply chain.

Why AI in Logistics is different.

Logistics is the industry where small percentage improvements translate to massive dollar savings. Last-mile delivery accounts for 53% of total shipping costs. Route optimization alone can save 15-25% on fuel and time. Demand forecasting that is 5% more accurate can free up billions in working capital across the supply chain.

The companies deploying AI for route optimization and demand forecasting are seeing 30% faster deliveries and 65% fewer stockouts. The ones running static routes and spreadsheet forecasts are absorbing cost increases they could have avoided.

The complexity is not the algorithm. It is the data. Logistics data lives in TMS, WMS, ERP, carrier APIs, IoT sensors, and weather feeds. Getting that data clean, connected, and flowing in real-time is 80% of the work. The optimization model is the easy part.

The Problems That Slow You Down

01

Route planning is manual and suboptimal

Dispatchers plan routes based on experience and fixed zones. Dynamic conditions like traffic, weather, and demand shifts aren't factored in.

02

Demand forecasting misses by 20-30%

Overstock in some warehouses, stockouts in others. The forecast runs on historical averages, not real-time signals.

03

Last-mile delivery is the cost black hole

Last mile is 50% of shipping cost. Failed deliveries, return trips, and narrow time windows compound the problem.

04

Supply chain visibility is 48 hours behind

You find out about delays after they've already cascaded. No real-time tracking, no predictive ETAs, no exception alerting.

These aren't pitch deck scenarios. Every use case maps to a system pattern we've built and deployed in production.

What We Build in Logistics

Network Demand Forecasting

VP Supply Chain
Problem

5-15% excess inventory, frequent OTIF misses; spreadsheet-driven forecasts siloed by region.

System

Hierarchical XGBoost/LSTM on orders, POS, promotions, weather, events, with an optimization layer for replenishment by SKU-location.

Up to $1B inventory cost reduction at scale, 65% fewer stockouts.

Dynamic Route Optimization

Head of Transportation
Problem

Static routing tools; 10-30% extra miles, missed delivery windows, fuel overspend.

System

ML + ILP solver on orders, fleet constraints, traffic, service levels, with continuous re-optimization and predictive ETA.

30% faster deliveries, significant fuel savings.

Warehouse Pallet Intelligence

VP Operations
Problem

Manual counting causes 2-5%+ inventory errors, congestion, safety incidents, high labor costs.

System

Vision-guided robots with CNN pallet detection + SLAM navigation, demand-forecast restocking into WMS.

99% pallet accuracy, 40% lower labor cost, 80% safety improvement.

Cross-Border Documentation Agent

Head of Global Logistics
Problem

Hours per shipment copying data across BOL/invoices/customs; discrepancies trigger inspections, five-figure penalties per container.

System

LLM agent ingests BOL/invoices/packing lists, reconciles fields, validates HS codes, submits customs forms via API/RPA.

70-90% documentation automated, clearance times slashed.

Logistics Document Processing

VP Operations
Problem

3PLs manually key thousands of BOL/POD/rate confirmations. 1-3 day lags, billing errors.

System

GenAI doc pipeline reads scanned docs, extracts references/quantities/accessorials, validates against shipments, pushes to TMS/ERP.

70-90%+ automation rate, cycle times and errors dramatically reduced.

Fleet Predictive Maintenance

Head of Fleet Operations
Problem

Vehicle breakdowns cause missed deliveries, emergency repairs, under-utilization.

System

Time-series on telematics/sensors for failure prediction and service scheduling into fleet maintenance systems.

50% downtime reduction, 30% maintenance cost savings.

Carrier Performance Analytics

VP Logistics
Problem

SLA breaches, damage, invoice errors persist unchecked. No granular carrier scoring.

System

ML on TMS/ERP/service data, producing carrier KPI scores by route/region, trend detection, and LLM executive summaries.

Improved OTIF, logistics cost reduction.

Control Tower Exceptions Agent

Head of Control Tower
Problem

Control towers drown in tracking feeds/EDI; exceptions discovered late, fire-drills, poor CX.

System

LLM+event-stream agent flags anomalies (missed scans, dwell, ETA drift), proposes mitigation, drafts customer notifications.

Better on-time performance, reduced manual exception handling.

Building the system is half the job. Growing the business around it is the other half.

How We Grow Logistics Brands

AEO for TMS Software Queries

Head of Marketing
Problem

Logistics firms miss 52% of "best TMS software" to ChatGPT; zero-clicks reduce demos 33%.

Build

Schema feature matrices, ROI calcs, Perplexity tracking to trial funnels.

41% AI citation growth, 27% lead traffic in 6 months.

LinkedIn Ads for Procurement Leads

Demand Gen Director
Problem

LinkedIn CPL $85-130 for ops tools; under 9% SQL.

Build

Supply chain VP targeting, case studies, HubSpot scoring/nurture.

CAC 31% down to $70, pipeline 2.1x.

HubSpot Lead Scoring for TMS Demos

Marketing Ops Lead
Problem

2.5K leads/quarter; 65% unqualified.

Build

HubSpot workflows (ROI tools, visits), sequences, CRM sync.

Demo pipeline 44% growth, cycle 24% shorter.

Frequently asked questions

AI moves fast. Stay ahead.

No spam. One actionable email per week on AI systems and growth.

Every late delivery is a decision that could have been made earlier.

Start with a logistics data assessment. We'll identify where AI delivers the fastest cost savings.