Network infrastructure
Structured cabling: the decisions to make before installation starts
Cabling outlives most of the equipment connected to it. The key decisions that determine whether a network is easy to run — or hard to change.

IT & Network Infrastructure
Server rooms, servers, storage, power, cabling and networks — designed around your facility, installed, tested and documented so they can be operated and expanded.
IT & Network Infrastructure
Computers, phones, cameras, access control, Wi-Fi, AV and building systems all depend on the same foundation: the server room, the racks, the power supply and the physical and logical network. When that foundation is improvised, every later change becomes slower, riskier and harder to support.
KMS plans, builds and integrates this foundation as one system — server and communication rooms, servers and storage, virtualization and backup, power redundancy, structured copper and fiber cabling, switching, routing, segmentation and Wi-Fi — with consistent labeling, testing and documentation.
Equipment is added wherever there is space, making rooms crowded, hot and difficult to service.
Unlabeled cables and patch panels and no current diagrams make every change slow and every fault hard to diagnose.
Power, storage and backup are not planned for the criticality of the systems, so one failure can stop operations.
Office, guest, security and building systems share one network without separation or access policies.
We plan the room, the physical network and the logical network together — so the infrastructure supports the architecture and both can be documented.
Current and planned equipment, power needs, connectivity, capacity and recovery requirements are defined before design.
Horizontal copper cabling and fiber backbones where distance or capacity require it.
UPS, power redundancy, backup and recovery provisions matched to the criticality of each system.
Cable lines, network performance and coverage are tested, and the results are documented at handover.
IT & Network Infrastructure
Room layout, rack positioning, airflow, cable management and service access.
Server installation and configuration, NAS / SAN storage and virtualization platforms.
Backup systems and Disaster Recovery infrastructure appropriate to the criticality of the data.
Load calculation, UPS and power redundancy for critical equipment.
Structured cabling, fiber optic backbones, splicing and line testing with consistent labeling.
Switching, routing, LAN / WAN, VLAN segmentation, firewalls and Wi-Fi planned for the actual use of the space.
Existing equipment, space, power, pathways, network and constraints.
Room and rack layout, power and redundancy, cabling, network architecture and specification.
Equipment, materials, schedule and coordination with other parties on site.
Racks, servers, power, cabling, termination, network devices and Wi-Fi.
Cable line, connectivity, coverage and performance tests against agreed criteria.
Diagrams, labeling records, test results and configuration documentation.
Disaster Recovery infrastructure on its own does not guarantee recovery — recovery objectives and procedures are defined and checked together with you. Ongoing administration and monitoring after handover is a separate direction, Managed IT, agreed separately.
IT & Network Infrastructure
A server room and network that work as one documented system: racks organized, power protected, every link tested and labeled — so your team, or any future contractor, can operate, troubleshoot and expand it without guesswork.
Engineering documentation is part of the work, not an extra. Depending on project scope, the handover package includes:
How switches, routers, firewalls and links connect — the reference for troubleshooting and changes.
The address plan, the VLANs and which systems sit in which segment.
What is mounted where in every rack, including patch panels and power.
Installed devices with their location and role.
Outlet and patch-panel numbering, cable routes and labeling records.
Measured results for every spliced and terminated fiber link.
Test reports for the copper links against the agreed criteria.
Drawings and records updated to what was actually installed — not only the original design.
Yes. Many projects start with an audit of the existing room and network. We then reorganize, extend or rebuild depending on what the audit shows and what you agree to.
Yes. We plan and install structured copper cabling and fiber optic links, including splicing and testing, choosing the medium according to distance, capacity and the requirements of each link.
We recommend equipment based on the task and explain the technical and financial differences between alternatives. We are not tied to a single manufacturer.
Agreed documentation typically includes room and rack layouts, network diagrams, labeling records, test results and an equipment list.
Yes. Wi-Fi planning, deployment and coverage audits are part of this direction. Access point placement follows the floor plan and how each space is used, and coverage is checked after installation.
Uninterruptible power supply (UPS) and power redundancy are planned as part of the infrastructure. The required capacity and runtime depend on the equipment and on which systems must stay online.
Yes. We plan network segmentation (VLAN) so guest Wi-Fi, staff, cameras and other devices are separated according to your security requirements.
Network infrastructure
Cabling outlives most of the equipment connected to it. The key decisions that determine whether a network is easy to run — or hard to change.
IT infrastructure
Most small server rooms start as a cupboard with a rack in it — and stay that way until the first summer outage. How to plan space, power, cooling and access so the room supports the business instead of threatening it.
IT infrastructure
A UPS bought by the VA number on the box often fails at the one moment it is needed. A practical sizing method: what it is for, what it must carry, how long it must run — and what should never be plugged into it.
Tell us about the facility, the current equipment and your timeline. KMS will review the scope and propose the next step — usually a site survey and an audit of the existing infrastructure.