kelvasy01Connectivity
Internet that works together
Multi-WAN routing, load balancing and failover. Bring Starlink, fibre and fixed connections into one considered MikroTik configuration.
Discuss your setup ↗A network that fits.
From the start.
Connect your providers, sites and equipment with a practical design for the environment you actually run.
Let’s talk ↗01 / THE WORKLess complexity.
Less complexity.
More connection.
A router is only part of the picture. We design the paths between your providers, your equipment and the people who rely on them.
02Subscriber access
Access with a clear set of rules
Hotspot portals, RADIUS and PPPoE. Organise authentication, user profiles and bandwidth around the people using your network.
Discuss your setup ↗03LAN & Wi-Fi
Every space, connected
Structured LANs, switching and Wi-Fi for classrooms, workspaces and shared environments.
Discuss your setup ↗04Operations
Keep the network within reach
VPNs, firewalls, monitoring and remote support. Practical control beyond the installation.
Discuss your setup ↗02 / ENGINEERING IN PRACTICEThree providers.
Three providers.
One connected environment.
Two Starlink connections. One TelOne connection. A MikroTik router to bring them together.
Project note · Multi-WAN integrationTHE ENVIRONMENT 3 WAN / 1 GATEWAY
Starlink Connection 01
Starlink Connection 02
TelOne Connection 03
MikroTik gatewayRouting · Load balancing
LANWi-FiUsers
Connection diagram · simplified project architecture
Bringing the connections together.
The work was integrating two Starlink connections and TelOne on a MikroTik router for load balancing. Multiple providers needed to become one manageable network configuration.
Make the routing deliberate.
A multi-WAN design needs to account for traffic distribution, connection tracking and what happens when an upstream link changes. Those are the decisions behind the configuration—not simply adding three cables.
HOW WE DELIVERThe complete job.
The complete job.
Not just the router.
Our usual delivery process connects the design to the physical installation and the final configuration. The scope is agreed for each site.
Plan the network.
Network design and a clear layout for the connectivity, equipment and network segments.
Network designPrepare the infrastructure.
Mount the poles and cabinets. Route the cabling and label it so the installation is easier to follow.
Pole mounting · Cabinet mounting · Cable routing · Cable labellingInstall the equipment.
Mount access points, install network devices and set up wireless bridges where the design calls for them.
Access point mounting · Device installation · Wireless bridge setupConfigure the network.
Set up the routers and switches, configure VLANs and bridge segmentation, then adopt and configure access points.
Router configuration · Switch setup · VLAN configuration · Bridge segmentation · Access point adoptionTest and hand over.
Test the installed network and hand the working setup over to the school.
Testing · Handover