The software allows you to:

• Conduct pre-flight inspections of the UAV;
• Draw up flight assignments for UAV on an electronic topographic map (ETM);
• Read and write the flight assignments of the UAV;
• Launch and land the UAV;
• Control the UAV during flight in automatic and semi-automatic modes;
• Manage the target loads of the UAV during flight;
• Operate antenna-feeder devices in automatic and manual modes;
• Receive and display information received from the UAV, including displaying the UAV location on the ETC;
• Receive and display NSA location information, including displaying the NSA location on the ETC. ZALACommander;
• Software for target designation. Operating system: Android.

ZALA Commander allows you to:

• Display your own location and the locations of other groups and beacons on images downloaded from a map service;
• Indicate target coordinates from the command post;
• Display the location, azimuth, and distance of the target;
• Coordinate ground units with the assistance of the BIA.

All teams equipped with the mobile device can quickly communicate with each other and the control centre. And the commander of the control centre, having data on coordinates, direction and speed of movement of the groups, can manage their actions.

ZALA Mobile - Software for remote control and landing of UAV. Operating system: Android

The software is installed on a mobile phone with Bluetooth, Java support and allows you to control the BWS by connecting to the beacon via Bluetooth:

• Picking a BIA number;
• Display the location of the UAV, start point and figure centre relative to the beacon location;
• Maintain real-time communication with other NSAs or ZALA Mobile operators;
• Manage the BIA.

Сообщение Управление появились сначала на ZALA — Беспилотные системы (БПЛА), беспилотные воздушные суда (БВС).

Intelligent information system for identification and classification of various objects on terrain images obtained from unmanned aerial vehicles.

An advanced computer vision system based on artificial intelligence and machine learning that identifies technical defects and anomalies from aerial photography. The programme processes images significantly faster than a human, and with a level of accuracy that surpasses that of a human.

Artificial intelligence based software solution to identify terrain changes that have occurred over different time periods.

The software provides detailed information about the state of the ground surface for different times and allows to evaluate all changes. The applied algorithms allow multi-stage analyses to detect and classify changes of dozens of different types. The system has many useful functions, such as: filtering of change masks by their characteristics, search by coordinates, measurement of change size, layer-by-layer data display, selection of areas of interest for point analysis and others.

A global monitoring system combining data processing, storage and transmission functions.

The programme provides access to information at all stages of air patrolling: viewing online broadcasts, viewing the results of automatic decryption, orthophotomaps, photo and video materials, viewing detected changes. The customer gets prompt access to all materials of monitoring of its infrastructure for timely taking measures to eliminate detected violations.

The use of global monitoring system in technological processes of the enterprise allows to increase the speed of management decision making, improve interaction between production units, as well as to organise work with the Contractor.

These technologies, among other things, are designed for information modelling and aeromonitoring at all stages of engineering surveys, construction and operation of capital construction projects.

Сообщение Обработка данных появились сначала на ZALA — Беспилотные системы (БПЛА), беспилотные воздушные суда (БВС).

The virtual reality mode turns the hardware and software module into a full-fledged flight simulator, allowing operators to regularly maintain their skills at a high level and to teach additional skills of UAV control. Initially, the simulator was intended for technicians, allowing them to hone their skills in pre-flight training and post-flight inspection of the drone. Today, the virtual reality simulator is adapted for training and practising command actions of UAS Operators.

The simulator allows practising the full cycle of work with the complex from deployment to landing of the UAV. All virtual reality objects in the simulator behave similarly to material reality objects. The flight task is formed individually for each user, taking into account the complexity of the task, the type of aircraft being flown, weather conditions and terrain for the simulated flight.

The virtual reality simulator is also used for advanced training and retraining of UAV Operators.

The introduction of a virtual reality simulator maximises the effectiveness of training in a classroom environment, while eliminating all operational risks.

Сообщение Обучение появились сначала на ZALA — Беспилотные системы (БПЛА), беспилотные воздушные суда (БВС).