DRUZA 2.0 platform
Use Areas
_______________
Functionality:
— Monitoring of assets and resources of the enterprise
— Communication with employees
— Collision avoidance
— Security systems
— Accounting for the use of medium and large-sized tools
— Automatic inventory
— Determination of the route
— Managing the rules of being in the territory
— Employee / alien identification system
Functionality:
— Monitoring of assets and resources of the enterprise
— Communication with employees
— Collision avoidance
— Security systems
— Accounting for the use of medium and large-sized tools
— Automatic inventory
— Determination of the route
— Managing the rules of being in the territory
— Employee / alien identification system
Human Resources
The tracking system makes it possible to collect accurate information (with an accuracy of 35 cm) about the movements of personnel across the territory of the enterprise. This provides qualitatively new opportunities for working with a team:
Location
Determination of the exact location of an employee on the territory of the enterprise at any time.
1
Мovement statistics
Travel statistics for a specific time (hour/day/etc track)
2
Danger areas
Preventing unwanted presence of employees in certain areas
3
Action forecast
Predicting team actions for tracking groups of employees
4
Behavior patterns
Determination of patterns of behavior and their analysis for employees
5
Patterns for groups
Determination of patterns of behavior of units and their analysis
6
Logistics
The analysis of accurate tracking of enterprise objects serves as the basis for the following technological processes:
1. Definition of 3D indoor and outdoor vehicles: automatic vehicles (AGV), tractors, industrial units (eg gantry cranes), containers, and tools.
2. Automatic planning of stages of transport tasks (AutoID).
3. Monitoring navigation and route optimization.
4. Scheduling the time of loading and unloading in the chain of cargo transportation.
5. Built-in smart sensors track highly specialized load data such as cold chain monitoring.
6. Manufacturer independent management of autonomous transport systems (ATS) and material handling equipment (MHE)
2. Automatic planning of stages of transport tasks (AutoID).
3. Monitoring navigation and route optimization.
4. Scheduling the time of loading and unloading in the chain of cargo transportation.
5. Built-in smart sensors track highly specialized load data such as cold chain monitoring.
6. Manufacturer independent management of autonomous transport systems (ATS) and material handling equipment (MHE)
Logistics
The analysis of accurate tracking of enterprise objects serves as the basis for the following technological processes:
1. Definition of 3D indoor and outdoor vehicles: automatic vehicles (AGV), tractors, industrial units (eg gantry cranes), containers, and tools.
2. Automatic planning of stages of transport tasks (AutoID).
3. Monitoring navigation and route optimization.
4. Scheduling the time of loading and unloading in the chain of cargo transportation.
5. Built-in smart sensors track highly specialized load data such as cold chain monitoring.
6. Manufacturer independent management of autonomous transport systems (ATS) and material handling equipment (MHE)
2. Automatic planning of stages of transport tasks (AutoID).
3. Monitoring navigation and route optimization.
4. Scheduling the time of loading and unloading in the chain of cargo transportation.
5. Built-in smart sensors track highly specialized load data such as cold chain monitoring.
6. Manufacturer independent management of autonomous transport systems (ATS) and material handling equipment (MHE)
Financial planning
The control system is the backbone of the analytical system. The main function is to store and archive the collected data. An API interface is provided for communication with external systems, as well as integration modules with internal systems of the enterprise (for example, 1C, SAP and other ERP systems). The added analytical modules are designed to solve specific problems.
Assets and resources
1. OEE Overall Equipment Effectiveness
2. Collection of information
3. Increase in margin / profitability
2. Collection of information
3. Increase in margin / profitability
Logistics
1. Reducing the cost of fuels and lubricants
2. Reducing cold chain costs
2. Reducing cold chain costs
Staff
1. Rationing of work
2. Optimization of employee movement
2. Optimization of employee movement
Security Service Benefits
3 security perimeters
In secure facilities, areas with a high level of clearance may be fenced off not only by their identification perimeter but also by surrounding security perimeters with a lower threshold of access.
Collision avoidance
The analytical system has the ability to calculate the movement of vehicles. The overlap of the paths of employees and vehicles makes it possible to predict collisions. In places with difficult visibility, this eliminates the possibility of accidents.
Emergency prevention
Tracking allows you to determine a possible danger, (for example, being in an unfavorable zone) and prevent it through feedback.
Informing
Personal beacons enable feedback