MultiWAN Bonding

Unlike load balancing, which routes traffic between links, bonding actively merges them—splitting and reassembling packets across all available connections at once.
This aggregates bandwidth in real time to increase throughput, improve reliability, enable seamless failover, and maintain stable sessions.

Multi-WAN is ideal where:

• Uptime is business-critical

• A single circuit represents unacceptable business risk

• Minimum bandwidth thresholds need to be achieved

• Locations are rural with substandard speeds on single carriers

• Large scale events where downtime cannot be tolerated

• Temporary or evolving sites that require fixed line reliability

Key architectural considerations include:

• Availability of networks? Does the location have access to multiple carriers / connectivity types?

• Installation location? Metropolitan, Rural, Internal, External?

• Traffic prioritisation needs? VPN, VoIP, cloud platforms or operational systems.

• Monitoring depth? Alerting, performance analytics and SLA requirements.

These decisions influence router specification, technology mix, bonding configuration and resilience modelling.

Deployments use enterprise-grade equipment from vendors including Ericsson, Starlink, Teltonika and Ubiquiti.
If time permits, we’ll carry out an in-depth onsite survey to assess environmental conditions, measure carrier performance, review any existing connectivity, and identify the optimal locations for hardware installation.
Following the survey, we’ll provide a comprehensive data report outlining expected throughput, along with a site-specific, step-by-step installation guide.
On installation day, our engineers will validate the survey findings (where available) to confirm site conditions haven’t changed, then install the equipment in the agreed locations.
Once deployed, our Network Operations Centre (NOC) will remotely optimise each component to ensure performance aligns with the anticipated results.

• Carrier diversity matters. Using two circuits from the same underlying carrier, will not provide true resilience.

• Bonding performance depends on link quality. Significant speed disparity between links can affect aggregation efficiency.

• Ongoing monitoring is essential. Multi-link environments benefit from proactive oversight as carrier conditions change frequently.

• Cellular considerations. Where no cellular coverage exists at the installation location, satellite will be the only viable option.

• Landlord permissions. Many of these technologies need to be installed or roofs or walls with clear views of the sky or the horizon and this usually requires landlord approval.

Warehousing and logistics launches — new distribution centres or temporary overflow sites that need resilient connectivity from day one, often before permanent circuits are in place.
Construction and infrastructure projects — sites where connectivity conditions evolve as the build progresses, fixed-line isn't yet available, and downtime delays contractors and slips timelines.
Temporary and pop-up locations — retail pop-ups, events, film locations and seasonal operations where high-performance connectivity is needed quickly and reliability cannot be compromised.
Remote and rural locations — sites where no single carrier provides sufficient coverage or speed, and where combining mobile networks or adding satellite is the only way to achieve workable throughput.
Business continuity environments — organisations where primary circuit failure has immediate operational impact and a bonded failover solution is built into the resilience model from the outset.