Critical connectivity · Business continuity
We give organisations the means to keep communicating when local infrastructure is damaged, networks are overloaded or work moves beyond the reach of standard media. We combine independent transmission technologies with redundancy architecture, management and operating procedures.
Where we start
Two links from two operators are not always redundant – not if they share the same duct, the same UPS or depend on the same cloud service. That is why critical connectivity design starts with a dependency map, not an equipment catalogue.
Resilience architecture
Resilience is a property of the whole system. We design it in layers – from power and media to network and services – with monitoring and procedures covering everything.
The whole system, not just the link
It covers people, power, transmission media, voice and video services, monitoring and proven procedures for operating during an outage.
Motorola TETRA radios – portable, mobile and fixed – with installations on buildings and in vehicles. Motorola TETRA radios
Crisis team meetings and links to field teams on a platform under the organisation's control. Secure video conferencing
Systems and sites inside the organisation's network, bypassing the public Internet. Starlink PNI L2/L3
Fixed and mobile communications nodes for crisis teams and services. Mobile communications
Private 5G where mobility and control over the network matter. Private 5G
Monitoring in our 24/7 NOC, emergency procedures and regular switchover tests.
Blackout scenario
Power loss is the most overlooked scenario in communications projects. A satellite or LTE link will not help if the router, switch or operator workstation shuts down after a few minutes. We do not assume autonomy – we calculate it from a power budget and service priorities, then verify it in a test.
Which services and workstations must run first.
Consumption of terminals, routers, switches and end devices.
UPS, generator or independent power, with calculated runtime.
Verification under controlled conditions and instructions for the team.
The link needs a working terminal, power and suitable operating conditions. Autonomy depends on the backup power design and on every network element that must stay active, from the terminal to end-user devices.
No solution removes risk entirely. We design to reduce the likelihood and impact of failures: independent media, separate routes, redundant equipment, backup power and procedures. Commitments are defined in the contract for each service.
Regularly and to a plan – an untested backup link often fails when it is needed. We help prepare test and exercise scenarios and document the results.
Let's start with a risk map: which services must keep running, where the single points of failure are and what happens when power is lost.
