The Australian company "Rubicon Water Pty Ltd" is one of the world's leading companies in the implementation of digital technologies in water management. The company has installed more than 30 thousand automated water management sluices in 15 countries of the world, and these sluices cover a total of 1.5 million hectares of irrigated land.

A contract worth 18.2 billion soums was signed between the Ministry of Agriculture and the Australian company "Rubikon Water Pty Ltd" in the Yukorichirchik district of Tashkent region at the AKIS - Agroservices Center in the Kamashi-Mirishkor canal of Kashkadarya region. 

As a result of the implementation of the project, a total of 6.5 thousand hectares of land will satisfy the need for 43 million liters of water.

Within the framework of this contract, a total of 28 automated water control sluices in the 13.8 km long section of the Kamashi (10.2 km) - Mirishkor (3.6 km) canal of Kashkadarya region, measuring equipment for farms using this canal, remote control software support from the center and mobile applications for farmers will be introduced.

Currently, 50-60 cubic km of water resources are used annually in Uzbekistan for the needs of various sectors of the economy. Approximately 90 percent of these resources are used for agricultural needs.

In the decision of the President "On measures to further improve the activities of the Ministry of Water and Agriculture of the Republic of Uzbekistan" in the rational use of water resources and the introduction of the automated system of the sector, a number of tasks are set for the radical improvement of the water management system, including the wide introduction of digital technologies in the management of the water management system.

As a result of the implementation of the project, it is expected that water retention will increase to 70%, water supply from irrigation canals to crops will increase from 37% to 90%, and rational use of water will increase to 97%.

A separate SCADA telemetry and remote control system will be created on the basis of new generation radio devices for online monitoring and management of the elements of the water supply network. 

• 2008:  Building a new digital microwave backbone for national telecommunications carrier Uzbektelecom in the vital Fergana Valley region in Uzbekistan
• 2009:  Building a new DWDM fiber optical backbone for national telecommunications carrier Uzbektelecom, for an international communications line, expanding the existing international Trans Asia and Europe fiber optical backbone
• 2011:  Deployment of Cisco equipment to upgrade telecom management system for microwave backbone, expanding regional backbones of Tashkent-Bukhara, Bukhara-Karshi-Termez-Denau for national telecommunications carrier Uzbektelecom
• 2013:   Upgrading and expanding the existing international switching centers in Uzbekistan, for national telecommunications carrier Uzbektelecom, deploying next generation technology of IP Multimedia Subsystem
• 2014-2016:  Deployment of a nationwide digital terrestrial transmission network in Uzbekistan for national broadcast transmissions authority CRRT
• 2019-2020:  Delivery of a project to upgrade transport network and IP Multimedia system core for national telecommunications carrier Uzbektelecom
• 2021:  Delivery of a regional pilot project to implement automation of an irrigation canal in agriculture-rich Kashkadarya region of Uzbekistan
• 2022:   Contract signed to build 3 regional datacenters, DWDM fiber optical backbone and MPLS system

The main mission of the project was the development of the terrestrial digital broadcasting network of the Republic of Uzbekistan.

The project  for  "Uzbektelecom" JSC was done in cooperation with NEC Corp., Juniper Networks and Ribbon Communications Operating Company Inc. During the project our company could accomplish following problems:

• Development of backbone telecommunication networks, information and communication infrastructure of based on DWDM/IP/MPLS technologies to provide multipurpose services to consumers with high reliability and resiliency;

• Provision of supplement infrastructure components (power supply systems, air conditioning systems, tools, measuring instruments) for the construction of a DWDM backbone network.

• Modernization of the microwave equipment for radio-relay communication lines due to 4400-5000 MHz frequency band allocation;

• Modernization of the existing IMS switching center in order to expand the range of services between various operators and providers, to ensure the transit of voice traffic between circuit and packet switching networks, to upgrade existing automatic telephone exchanges.