Cost-Per-Pass Modeling: Why Most ISPs Get It Wrong Before Design Starts
The assumptions baked into a cost-per-pass model determine whether your build comes in on budget or over it by 30%.
From our first conversation, until years after the fiber is lit. A complete turnkey solution for startup ISPs and à la carte engineering services for legacy providers — all designed to light your customers at the highest profitability possible.
Feet Permitted YTD
Locations Lit / Month
Years Combined Experience
Proven algorithms to provide your ISP with accurate cost-per-pass predictions before any low level design begins. Bid with math, win with confidence.
Designs based on decades of field experience — the lowest construction cost and the absolute highest customer uptime in the industry.
No confusing workbooks, complex splice charts, or unsafe design aspects. Every foot engineered to be safe, simple, and reliable.
A cradle-to-grave engineering firm. Easy-to-read workbooks, phase-by-phase training, contracted crews for drilling or aerial pulls, and vetted hardware at the best pricing available.
We run proprietary algorithms on your proposed service area — giving you a defensible cost-per-pass number before a single design dollar is spent.
⚡ Delivered in 48 hoursNetwork architecture, hardware selection, market area pinning, and coverage mapping. The blueprint your capital decisions are built on.
Week 1–2Splice charts, cable routing, QoS planning, redundancy design, and permit documentation — engineered for the lowest construction cost and highest uptime.
Week 3–8Proprietary construction hub, phase-by-phase crew training, contracted crews when you need them, and vetted hardware at the best pricing available.
Through commissioningStartup to legacy — networks designed to maximize EBITDA from the first lit subscriber.
Learn morePublic-sector accountability paired with commercial-grade engineering. We deliver both.
Learn moreLeverage existing right-of-way to deploy broadband faster and at lower cost-per-pass.
Learn moreDesigned for serviceability, tenant turnover, and long-term owner economics.
Learn moreBEAD-compliant design for low-density service areas and federal grant reporting.
Learn moreHigh-density fiber interconnects, CWDM/DWDM backbone planning, and campus loops built for scale.
Learn moreThe assumptions baked into a cost-per-pass model determine whether your build comes in on budget or over it by 30%.
Permit timeline variance can be the difference between a 90-day project and a 14-month one.