Primeloom designs, permits, constructs and lights fiber networks as a single accountable engineering and construction firm. From feasibility study to the last patch panel, one team owns the outcome, and our 24/7 Network Operations Center monitors it once it is live.
A full-service approach where a single engineering and construction firm handles everything. This includes feasibility studies, permitting, trenching, laying fiber cabling, fusion splicing, and installing the network switches and optical line terminals (OLTs).
The physical engineering and installation of infrastructure that happens outdoors. This includes the poles, conduits, cables, and splice enclosures that connect the central office to the end user.
The installation of components inside a building or central office, such as network racks, patch panels, switches, and routers.
Desktop and field surveys, feasibility study, route and splice design, bill of materials and permit packages.
Permitting and right-of-way, then OSP construction: aerial or underground placement, enclosures and drops.
Fusion splicing, OTDR and power-meter certification, ISP installation of racks, panels, OLTs and switches.
As-built documentation and GIS records, then optional 24/7 monitoring by the Primeloom NOC with the digital twin.
Backbone and building-to-building fiber for corporate, healthcare and education campuses.
Fiber-to-the-home and middle-mile builds for cities, cooperatives and internet service providers.
Ruggedized fiber for plants, pipelines, substations and ports, including OT segmentation.
Meet-me rooms, structured cabling and dark fiber interconnects between facilities.
Fiber to towers, small cells and private 5G radios, paired with our wireless and mobility services.
Every route is modeled in the network digital twin and watched by our observability platform.
Yes. Turnkey deployments include permit packages, right-of-way and easement coordination, utility locates and make-ready engineering, so one firm is accountable for the schedule.
It depends on route conditions, existing pole infrastructure, cost and resilience requirements. Our feasibility study compares aerial, underground and hybrid designs with lifecycle costs before construction begins.
Every span is fusion spliced and tested with OTDR and optical power meters against the design loss budget, and you receive as-built documentation, test results and GIS records.
Yes. Our 24/7 Network Operations Center can monitor the fiber plant and active equipment, with the route modeled in our network digital twin for change simulation and outage impact analysis.
Our engineers will assess routes, permitting and costs and give you a realistic construction plan.
