Trusted by market leaders in Uzbekistan
Connect your on-premise infrastructure, Colocation, and UzCloud cloud resources into a single secure network. Dedicated L2/L3 channels, low latency, TAS-IX peering, BGP or static routing, and channel redundancy for critical services.
Trusted by market leaders in Uzbekistan
Seamless integration of your own infrastructure with UzCloud resources for scaling without rebuilding application architecture.
Use L2 connectivity to move services to the cloud while preserving the current network topology and IP addressing.
Set up private channels for working with corporate systems, databases, and internal services without going through the public internet.
Data synchronization and connectivity between the primary site and the UzCloud backup environment for disaster recovery scenarios.
For organizations that need to connect offices, server rooms, Colocation, and cloud resources into a single private network.
For projects where some services stay on-site while others are migrated or scaled in the cloud.
For ERP, CRM, financial systems, internal APIs, and databases where private connectivity, stability, and predictable performance matter.
For companies that need a backup site, geo-distribution, and fault tolerance at the network infrastructure level.
Transmit traffic over secure channels without relying on the public internet as the primary transport.
The shortest traffic path within the national operator's infrastructure and local connectivity for latency-sensitive services.
Select and change channel speed to match current load and project requirements.
Implement transparent site linking at the data link layer or routed connectivity between subnets.
Connectivity tailored to different architectural requirements and the customer's existing network model.
Prioritization of voice, video, transactions, and other sensitive traffic types within the secure channel.
Transparent linking of remote sites at the data link layer. Suited for hybrid cloud, IP-preserving migration, and scenarios where keeping the existing network model matters.
Traffic routing between different subnets via BGP or static routing. Suited for secure remote access, network segmentation, and DR scenarios.
Fault-tolerant schemes via independent links and backup routes for critical infrastructure.
Prioritization of mission-critical traffic within the channel for financial systems, VoIP, video calls, and internal transactional services.
We clarify sites, IP addressing, and requirements for speed, redundancy, and security.
We design an L2 or L3 connectivity option for your architecture and operational scenarios.
We organize the connection, configure routing, and verify service availability.
If needed, we test backup routes, channel switching, and service behavior during failures.
As load grows, bandwidth can be increased and the network environment expanded further.
Get a consultation from a solutions architect. We'll help you choose an L2/L3 connection scheme, assess your current architecture, and prepare a project for your needs.
Find answers to common questions about our services.
L2 connectivity links sites at the data link layer and lets you preserve the existing network topology and IP addressing. L3 connectivity is built on routing between subnets and suits more segmented and manageable network scenarios.
Yes. Such tasks typically use L2 connectivity, which lets you move part of your infrastructure to the cloud without changing the IP plan or the interaction logic between systems.
For L3 connectivity, BGP or static routing can be used — depending on the project architecture, fault-tolerance requirements, and your current network model.
Yes. For critical services, a fault-tolerant connection scheme can be designed with backup routes and independent physical lines.
Specific connection parameters are determined per project and depend on the connection point and architecture.
It depends on your current infrastructure and the chosen scheme. During pre-sales and design, the UzCloud team helps determine the required parameters and connection setup.
Traffic is transmitted over dedicated channels without relying on the public internet as the primary transport, which increases isolation and reduces the risk of unauthorized access.
Yes, we build fault-tolerant connection schemes via independent physical routes to keep your services running continuously.
Yes, we provide local traffic exchange within TAS-IX, which lets Uzbekistan-focused services run faster and without unnecessary external routes.
The cost is calculated individually and depends on the connectivity type, bandwidth, redundancy scheme, routing, and connection point.
Get a free consultation with a solutions architect. We'll help plan your migration and optimize costs.
