Case study · ongoing project

Coast 2 Coast Karting: modernising a live network without switching it off.

Timing systems, CCTV, reception displays, phones, staff devices and remote viewing all depend on the same infrastructure at this Cornwall karting venue. Coastal Connectivity was brought in to diagnose recurring issues, connect previously isolated systems, and build a practical route to a more reliable, manageable network - in phases, without the venue closing.

Client

Coast 2 Coast Karting, Cornwall

Environment

Live leisure venue with business-critical timing, CCTV, displays, phones and staff connectivity

Core challenge

Unmanaged legacy networking and mixed services made faults difficult to isolate

Coastal scope

Network diagnostics, point-to-point wireless, CCTV integration, reception viewing, fault isolation and phased infrastructure upgrade

Nine live circuit camera feeds monitored on one wall at reception

The challenge.

The site had grown organically over time. Multiple systems had been added for different operational needs, but much of the underlying switching and distribution remained unmanaged - so timing equipment, CCTV, displays and general business traffic could influence one another, and fault-finding often started with limited visibility.

The venue needed to stay open throughout. Any change affecting timing, reception or CCTV had to be approached carefully, particularly where existing equipment had unclear dependencies or had been configured by third parties. The project became a combination of hands-on fault diagnosis, selective upgrades and longer-term network engineering.

Timing, CCTV, displays and business traffic mixed on one unmanaged network
A remote CCTV command unit cut off from reception
Third-party and application faults hard to tell apart from network faults
The venue had to remain fully operational throughout

Multi-head PTZ camera cluster at the karting circuit

What Coastal Connectivity did.

Before making broad changes, the main network paths were traced, critical systems identified, and behaviour tested under real operating conditions - distinguishing genuine network faults from application or third-party equipment issues.

A remote CCTV command unit needed reliable connectivity back to the main site. A point-to-point wireless bridge was commissioned and tested, restoring staff access to the remote NVR/XVR without anyone travelling to it. Reception's own CCTV viewing was integrated and improved, with a local workflow for exporting footage to USB and lower-cost decoder options investigated to avoid unnecessary spend.

The next phase was then designed rather than rushed: a managed UniFi gateway and switching core with logical separation between CCTV, business devices and specialist systems, retaining serviceable existing equipment and staged for out-of-hours deployment.

Telescopic camera mast used during the network and CCTV assessment at the circuit

Diagnosing before committing.

A telescopic camera mast was used as part of assessing coverage and sight lines across the circuit. Testing from height before committing to a permanent mounting position is a more reliable way to place a camera than estimating from the ground - it is diagnostic work, not a finished installation.

That is the pattern for the whole project: understand what is actually happening before specifying a fix, and prove each change before relying on it.

The result, so far

The most important outcome is improved control. Remote CCTV is back online, with reception able to access systems located away from the main building over the site wireless link. Network symptoms can now be tested systematically, helping separate infrastructure problems from third-party software or device faults - and CCTV monitoring and footage export are more accessible from reception than before.

Existing equipment has been retained where it remains suitable, so spend is focused on the core components that actually improve reliability and visibility, and there is now a clear upgrade path away from a largely unmanaged network towards a structured, supportable design.

An ongoing improvement project

This is not a finished rip-and-replace job. Coastal Connectivity is continuing to modernise the site in stages, with the next phase centred on the managed core network, cleaner distribution and controlled migration of existing services. That phased approach is deliberate: it reduces risk, protects business continuity, and lets each improvement be verified before the next one starts.

Why it is relevant to other venues

Small and medium-sized businesses often accumulate network equipment over many years. Individual systems may work, but the combined environment can become fragile and difficult to support. The approach here has been to understand what is already there, preserve what works, solve the immediate operational problems, and build a sensible route to a more reliable network - without forcing an unnecessary full replacement.

Fault isolation & troubleshooting Managed network & VLAN design Point-to-point wireless links CCTV networking & remote viewing Legacy network upgrades Out-of-hours staged deployment

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