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Kenmie designs and installs the copper, fiber, and managed wireless infrastructure that carries business systems across rooms, floors, buildings, and multi-building properties.
Multi-building infrastructure
Structured cabling supports each building, fiber forms the campus backbone, and engineered point-to-point or multipoint wireless links extend service where a physical pathway is not practical.
One connected foundation
Copper is efficient for local endpoints. Fiber carries capacity over longer distances and between network areas. Wireless bridges connect locations where a physical pathway is costly or unavailable. Kenmie selects and integrates each method around the actual property.
Structured connectivity
Copper network cabling provides the dependable wired foundation for workstations, phones, access points, cameras, printers, and other connected systems.
High-capacity backbone
Fiber connects network rooms, floors, buildings, and high-demand systems where distance, bandwidth, or electrical isolation makes copper unsuitable.
One building to another
A dedicated wireless bridge can extend the network between two clear locations when trenching or installing new fiber is impractical.
One location to many
A central wireless distribution point can serve multiple remote buildings or areas from one planned hub, with each link designed around distance and capacity.
Building-to-building options
The property layout and traffic pattern determine the topology. A link should be chosen for the application rather than forced into a one-size-fits-all design.
Dedicated path
Connects one location directly to one other location. It is well suited to linking a main building with a nearby office, shop, warehouse, gatehouse, camera location, or outbuilding.
Shared distribution
Connects a central location to several remote locations. It is useful for campuses, commercial properties, farms, equipment yards, municipalities, and other distributed facilities.
Designed before it is installed
Wireless performance cannot be judged by distance alone, and cable type cannot be selected without understanding pathways and use. Kenmie evaluates the conditions that shape the finished network.
Distance, elevation, obstructions, building materials, mounting locations, and future development influence the connection method.
User traffic, cameras, voice, cloud applications, backups, and future growth determine practical throughput requirements.
PoE requirements, grounding, surge protection, weather exposure, and equipment location are considered as part of the installation.
Managed devices, performance monitoring, firmware planning, alerts, and documentation help keep the connection supportable after installation.
Visibility after installation
WatchGuard Network Detection & Response can analyze supported flow telemetry from Fireboxes, switches, routers, VPNs, and cloud networks to help uncover lateral movement, rogue devices, scanning, and other suspicious behavior.
Designed, installed, and supported by Kenmie
Kenmie treats each project as an operational network, coordinating the physical pathway, selected medium, active equipment, configuration, testing, and information needed to support it later.