Transportation Logistics Automation (TMS)

A significant reduction in costs for medium-sized and large logistics enterprises of any industry operating in large areas using

   

Their own, hired vehicles and special equipment

Mobile employees (drivers, freight forwarders, repair crews, inspectors, sales representatives, etc.)

Unique route optimization tool

Effective satellite tracking

Analysis of any sensors (fuel consumption, mileage, downtime)

Mobile machine vision technology

And other innovative features

The solutions are developed on the basis of the Optimum SmartGIS geographic information system of the TMS class (Transportation Management System), they can work in a complex or separately, depending on the goals of the customer.

The use of this system significantly enhances the control of compliance with traffic regulations and safety measures during movement and regular maintenance.

Key benefits

• Planning routes with own highly efficient multi-parameter calculation engine
  High speed and quality of automatic calculation of optimal routes, taking into account road conditions, vehicle type, carrying capacity, body volume, flight cost, carrier rating, delivery windows (40+ calculation parameters).
• Satellite monitoring
  Unique algorithms for processing satellite data. Smoothing, filtering stops, fake data, etc. Possibility of integration with external sources of monitoring data.
• Maps
  CDC's own mapping service based on maps from the OpenStreetMap project, as well as support for Yandex.Maps and other similar services, are available.
• Mobile app
  Support for Android and Linux-based OpenSource solutions.
• Comprehensive automation
  Planning + Monitoring + mobile application = the ability to compare "plan-fact" thanks to tightly and seamlessly integrated components of one common system.
• Multifunctional mobile solution for drivers, forwarders, couriers
  Viewing the route, alarm button, receiving payment for delivery, full support for offline mode, driver control using mobile machine vision.
• Fast scaling
  Support for geographically distributed projects across the entire country (hierarchical directories, access rights, data separation with a single database and analytics).
• Onsite system installation
  The ability to deploy the entire complex from a client without elements in the "cloud", in accordance with information security requirements, including the mapping engine.
• Artificial Intelligence
  Using computer vision in processing and analyzing data on sensors, drivers, cars (having our own Machine Learning practice).
• Situation Сenter
  The server part of the system provides for work in the “Situation Center” mode on several large screens with the display of information on different routes and activities.
• Fuel level monitoring
  As well as monitoring the readings of installed sensors (for example, body opening, temperature in the body).
• Escalation of alarms
  Violations of the planned route are automatically highlighted on the map and in the absence of a logistician's reaction within the scheduled time frame, the system transmits notifications along the chain of supervisors.
• Monitoring of special equipment
  Installation of the system on trucks, excavators, loaders, dump trucks, tractors, bulldozers, concrete mixers, rollers, etc. together with on-board navigation and communication equipment and various sensors.
• Control of on-board navigation and communication equipment
  On-board navigation and communication equipment with a satellite navigation receiver is installed on vehicles for regular transmission of telematic information via GSM/GPRS networks to the server (also commonly called “tracker”).
• Sensor monitoring
  The sensors are connected to on-board navigation and communication equipment to transmit data (CAN-LOG module, sensors for lifting the body of a dump truck or crane boom, fuel consumption (refueling and draining), mileage, operating and idle time, etc.).
• Traffic safety control in a mobile application
  Accounting for sudden braking/acceleration, sudden lane changes/maneuvers, speed control. The data is used to monitor violations and generate a personal driver rating.
• Monitoring the driver's behavior
  Recognition and analysis of the situation inside the car at the request of a logistician or in automatic mode (overspeeding, timer...), incl. using mobile machine vision.

Efficiency

1. Reducing route planning time by 3-12 times, while optimizing it by at least 25%
2. Reducing the cost of operating transport and special equipment
3. Improving the efficiency of couriers, drivers, freight forwarders, etc.
4. Strengthening the discipline of compliance with safety and traffic regulations
5. Getting a tool for fast and high-quality analytics on the plan/fact comparison, fuel consumption and other indicators
6. Cross-industry solution, ready to scale