We design and implement connectivity infrastructure for offices, buildings, plants, operations centers and remote sites. We integrate switching, routing, Wi-Fi, structured cabling, fiber optics, links, monitoring and redundancy within a documented, scalable architecture.
A stable infrastructure depends on capacity, topology, segmentation, physical media and the real conditions of the site. We review users, devices, applications, sites, traffic, coverage, growth and criticality before defining switches, routers, access points, cabling, fiber or links.
01LAN and WAN network designNetwork architecture for users, applications, sites and business growth.
02Routing and switchingSwitching and routing to carry traffic between users, services, the Internet and sites.
03VLANs, segmentation and QoSTraffic separation, control between networks and priority for critical services.
04Enterprise Wi-FiWireless coverage designed for capacity, density, mobility and interference.
05Structured cablingOrganized physical infrastructure for data, voice, cameras, Wi-Fi and network devices.
06Fiber opticsBackbones and optical links for buildings, campuses, plants, data centers and long distances.
07Racks, cabinets and cable managementPhysical organization of switches, patch panels, power, cabling and communications equipment.
08Links and remote sitesInterconnection of buildings, branches and locations without direct cabling.
09Network monitoring and administrationVisibility of device status, traffic, events, availability and network assets.
10Network redundancy and continuityAlternate paths, failover and redundant equipment to reduce single points of failure.
11Documentation, certification and supportDrawings, inventory, testing and support to operate and maintain the infrastructure.We design LAN and WAN networks based on the number of users, devices, applications, sites, traffic, criticality and expected growth. Before selecting equipment we define topology, capacity, addressing and distribution.
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We implement the infrastructure that carries traffic between devices, VLANs, servers, applications, the Internet and other networks. We configure switches, routers, trunk links and protocols according to the project architecture.
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We segment the network by function, access level or device type to reduce unnecessary traffic and limit exposure. When the service requires it, we apply QoS to prioritize voice, video, telemetry or sensitive applications.
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We design wireless networks considering concurrent users, coverage area, building materials, interference, mobility and capacity. The location and number of access points are defined according to the environment, not by approximation.
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We install structured cabling to connect workstations, cameras, access points, telephony and other equipment. The project covers routes, cable categories, terminations, labeling, organization and testing.
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We implement fiber optic links for backbones and to interconnect buildings, plants and data centers. We select the fiber type, transceivers and terminations according to distance, capacity and growth.
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We design and organize racks and cabinets so the infrastructure is accessible, identifiable and maintainable. We consider space, ventilation, power, growth, patch panels and cable distribution.
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We connect sites, buildings and remote locations with links suited to the distance, capacity, availability and environmental conditions. The solution can combine dedicated links, radio, Internet and secure tunnels.
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We centralize the monitoring of switches, routers, access points, links and other components to know availability, utilization, failures and events. The level of monitoring is adapted to the criticality of the infrastructure.
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We design link and equipment redundancy when the operation requires higher availability. We identify single points of failure and define failover and recovery mechanisms according to the impact of an outage.
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We document the network so equipment, links, ports and routes can be identified after installation. Depending on the scope, we deliver diagrams, inventory, labels, test results, configuration backups and support.
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LAN, Wi-Fi, cabling, racks and links for users, telephony, cameras and business services.
Backbone, fiber optics, segmentation and connectivity for operational areas, equipment and distributed systems.
Core, distribution, fiber and links to integrate several areas under a common architecture.
WAN, links, connectivity backup and monitoring for geographically separate locations.
We identify users, devices, applications, spaces, racks, existing links and site constraints.
We define capacity, coverage, segmentation, availability, security and expected growth.
We prepare the topology, equipment, physical media, addressing, VLANs and connectivity architecture.
We install, configure and integrate switches, routers, Wi-Fi, cabling, fiber and links according to the scope.
We validate connectivity, routes, segmentation, coverage, cabling or fiber and backup mechanisms where applicable.
We deliver inventory, diagrams, results and configuration backups according to the contracted project.
The platform is defined by capacity, compatibility, support, physical environment and operational needs. We can integrate different brands when the architecture requires it.
Yes. First we review users, devices, applications, sites, distances, traffic and growth. With that information we define the architecture and then select the equipment.
Yes. We can integrate copper cabling, fiber, racks, terminations, labeling and testing within the same connectivity project.
Yes. The solution is designed considering coverage, capacity, interference, mobility, PoE and the physical characteristics of the site.
Yes. We design VLANs and policies between segments according to the operation and the required level of isolation.
Yes. We evaluate WAN links, radio, Internet, VPN and backup alternatives according to location, capacity and the required availability.
Share the number of users, devices, sites, floor plans, applications and current connectivity problems. With that information we can define the survey and prepare a technical proposal.
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