Resilience of critical infrastructure
We account for downtime cost and the resilience requirements of key nodes already at the architecture stage.
We assemble the IT and engineering contour of industrial sites taking into account continuous processes, resilience requirements, access zones, and gradual digitalization.
We highlight scenarios that actually affect architecture instead of those that only sound good in a presentation.
We account for downtime cost and the resilience requirements of key nodes already at the architecture stage.
We design control of production and supporting areas with the facility’s operating mode in mind.
We separate access, networks, and critical contours to reduce risks for production and data.
We create a foundation for step-by-step digitalization and automation of production processes.
The combination depends on site maturity, but the logic is always the same: core infrastructure, manageability, and readiness for growth.
We select the solution for the facility’s actual operating mode and the associated maintenance model.
We select the solution for the facility’s actual operating mode and the associated maintenance model.
We select the solution for the facility’s actual operating mode and the associated maintenance model.
We select the solution for the facility’s actual operating mode and the associated maintenance model.
In production, downtime is expensive, gaps between IT and engineering contours are costly, and any solution that cannot be properly supported after launch becomes a burden.
Therefore, we adapt architecture, access rules, redundancy, coverage, support, and digital modules to the site’s real constraints instead of copying a solution from someone else’s facility.
Below are the scenarios with which clients from this industry most often come to us.
Updating the network, servers, and security systems without destroying current processes.
Preparing the IT and engineering base for launching equipment and work zones.
Redundancy, separation of contours, and removal of critical single points of failure.
Data collection, integrations, and creation of the base for further automation.
Describe the scale of the facility, the project stage, and the pain points. We will suggest which contours are better designed together from the start.