EVENTS & LIVE ENVIRONMENTS
Event Connectivity & Broadcast Infrastructure
High-capacity fibre backhaul and rapidly deployable wireless networks for live broadcast, international sport, festivals, tourism and temporary venues. Review our event connectivity case study or discuss an event deployment.
EVENTS & LIVE ENVIRONMENTS
High-Performance Connectivity for Events, Broadcast & Live Environments
Fibairo delivers high-capacity, rapidly deployable connectivity for live events, enabling reliable broadcast, streaming and operational communications in complex and high-demand environments.
From international sporting events to festivals and tourism infrastructure, our networks are designed to perform under pressure.
TESTED & PROVED
Built for Live Environments
Live events require infrastructure that can be deployed quickly and perform without compromise.
Multi-gigabit wireless deployment
Dedicated fibre backhaul integration
Broadcast-grade uplink capability
Temporary and semi-permanent infrastructure
Resilient, redundant network design
USE CASES
How We Implement Our Service
International sporting events
- High-capacity network infrastructure for global audiences
- Real-time data delivery for broadcast, operations and security
- Scalable deployments across multiple venues and locations
Cycling, marathon and endurance events
- Rapid deployment across long-distance and moving routes
- Reliable connectivity in remote or hard-to-reach environments
- Live tracking, timing systems and event coordination support
Music festivals and outdoor events
- High-density connectivity for large crowds and peak demand
- Temporary infrastructure designed for fast setup and breakdown
- Seamless coverage across stages, vendors and production zones
Tourism and seasonal infrastructure
- Flexible connectivity solutions for peak seasonal demand
- Reliable coverage for visitor attractions and temporary sites
- Scalable infrastructure that adapts to fluctuating footfall
Coastal and rural event environments
- Connectivity solutions designed for challenging environments
- Strong signal performance in low-coverage or remote areas
- Resilient systems built to withstand weather and terrain conditions
Broadcast and media production
- Dedicated bandwidth for live streaming and content delivery
- Low-latency connections for real-time production workflows
- Secure and stable infrastructure for uninterrupted broadcasting
CASE STUDY
UCI Cycling World Championships (Dumfries)
During the UCI Cycling World Championships, Fibairo deployed a high-capacity wireless network to support global broadcast coverage of para-cycling events in Dumfries.
Working in collaboration with The Crichton Trust, a temporary mast was installed at the Crichton Memorial Church — a landmark building dating back to 1897 — providing an elevated position for signal distribution.
The Challenge
Rural and distributed event location
High bandwidth demand for live broadcast
Requirement for rapid deployment
Limited existing infrastructure
The Solution
Temporary high-capacity wireless mass deployment
Point-to-point link spanning over 3km
Integration with local infrastructure
Stable high-throughput connectivity across the event footprint
The Outcome
Sustained speeds exceeding 700 Mbps
Reliable live broadcast streaming to global audiences
Seamless coverage of para-cycling events
Demonstrated capability to deliver infrastructure in challenging environments
WHY CHOOSE US
Why Fibairo for Events
Rapid Deployment
Infrastructure deployed quickly without reliance on civil works.
Broadcast-Grade Performance
Designed to support live streaming, media production and real-time operations
Flexible Architecture
Temporary, permanent or hybrid deployments tailored to the event.
Scalable Beyond the Event
Infrastructure can be extended to support long-term use cases including tourism and local business connectivity.
BEYOND EVENTS
Event deployments often act as the foundation for longer-term infrastructure.
Rapid, flexible deployment without civil works. Our advanced wireless solutions cover 60 GHz mesh, point-to-point links, indoor high-density environments, and scalable campus networks.
- Permanent tourism infrastructure
- Public Wi-Fi platforms
- Local business connectivity
- Smart city and regional digital infrastructure