PyTorch · CUDA · Four model families

We Train the Models, Not Just the Dashboard

Graph neural networks for routing, quantile models for demand, telemetry models for maintenance, and vision for warehouses — all trained in PyTorch on NVIDIA GPUs, and fitted to your own operating data rather than a generic benchmark.

Technology Overview

Driving Intelligent Logistics Through Innovation

Makzom is built on a modern AI-powered technology stack designed to process operational data in real time, automate complex workflows, and deliver predictive insights that improve logistics performance.

Our platform integrates advanced AI models, real-time analytics, cloud infrastructure, and intelligent automation into one scalable ecosystem — the technology foundation for modern logistics across fleets, warehouses, and supply chains.

AI-powered logistics technology operations center

Purpose-Built Models

Four model families, one per logistics problem.

Streaming Telemetry

GPS, sensor and scan events processed as they arrive.

GPU-Accelerated Training

PyTorch with mixed-precision on NVIDIA hardware.

Quantified Recommendations

Every output carries expected impact and confidence.

Model Architecture

The Models Behind Every Recommendation

Makzom trains its own models rather than wrapping a general-purpose API. Each problem in logistics has a different structure, so each gets an architecture suited to it.

Learned Route Optimization

Graph neural networks + constrained routing solver

Graph neural networks over road-network topology learn edge-level travel cost from historical trip and traffic data. A vehicle-routing solver consumes those learned costs to generate multi-stop routes under capacity, time-window and driver-hour constraints.

Probabilistic Demand Forecasting

Temporal sequence models with quantile regression

Sequence models trained on historical shipment volume, seasonality and external demand signals produce probabilistic forecasts. Quantile outputs give capacity and inventory decisions explicit confidence intervals rather than a single point estimate.

Predictive Maintenance

Temporal convolutional & recurrent models on telemetry

Models over vehicle telemetry streams — engine, brake, tyre and fuel sensors — score component degradation and estimate remaining useful life, surfacing likely failures before they become roadside breakdowns.

Warehouse Computer Vision

Fine-tuned detection & segmentation backbones

Detection and segmentation backbones fine-tuned on warehouse and yard imagery handle pallet and label recognition, load verification and damage detection from standard camera feeds.

Training & Acceleration Stack

Framework
PyTorch
Compute
NVIDIA CUDA GPUs (cloud)
Training
Mixed-precision, distributed data-parallel
Inference target
TensorRT-optimised serving
Platform Architecture

Designed for Scalability, Performance, and Reliability

Makzom uses a cloud-native architecture that securely processes large volumes of logistics data while maintaining high availability and performance.

Multi-AZ Cloud Deployment
Authenticated REST & Webhook APIs
Connector & Normalization Layer
GPU Inference Service
Stream Processing Pipeline
Time-Series & Feature Store
Operations Console
Model Monitoring & Drift Detection
Cloud-native logistics platform architecture operations center

Cloud-native by design

Secure, scalable, and always available.

Integrations

Connect with the Systems You Already Use

A connector layer normalizes data from the systems you already run, so models train on your history without a rip-and-replace migration.

Logistics team connecting enterprise systems through Makzom integrations
ERP Systems
Warehouse Management Systems (WMS)
Transportation Management Systems (TMS)
GPS & Telematics Platforms
IoT Devices & Sensors
Barcode & RFID Systems
CRM Platforms
Business Intelligence Tools
Security

Your Operating Data Stays Yours

Models train on your data to serve your network — never pooled into a shared model sold to anyone else. Encrypted in transit and at rest, with access scoped per role.

End-to-End Data Encryption

Secure Cloud Infrastructure

Role-Based Access Control

Multi-Factor Authentication

Secure API Authentication

Continuous System Monitoring

Automated Backups

High Availability Architecture

Why Our Technology

Built for the Future of Intelligent Logistics

Makzom combines advanced AI technologies with enterprise-grade infrastructure to help businesses modernize logistics operations and scale with confidence.

In-House Trained Models

Confidence-Scored Forecasts

Impact-Ranked Recommendations

Trained on Your Own Data

WMS & TMS Connectors

Role-Scoped Encrypted Access

Open APIs, No Lock-In

Continuous Model Retraining

Enterprise AI logistics operations center with secure cloud infrastructure

Enterprise-grade AI infrastructure

Built to scale securely with your operations.

Business Impact

Technology That Delivers Measurable Results

Makzom helps businesses leverage AI and intelligent automation to improve operational efficiency and drive sustainable growth.

  • Fewer empty miles per route
  • Earlier warning on vehicle failures
  • Less overstock and fewer stockouts
  • Lower fuel spend per delivery
  • Faster warehouse throughput
  • Fewer manual dispatch decisions
  • Measurable on-time improvement
  • Forecasts you can staff against
Impact We Design For

Results that compound as you scale

Average efficiency gain

+62%

YoY
Target Cost Reductionup to -35%
Availability Target99.9%
Target Productivity Gainup to +40%
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Experience the Technology Behind Smarter Logistics

Discover how Makzom’s AI-powered technology platform can help your business optimize logistics operations, automate workflows, and achieve greater operational efficiency.

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