Address Verification

Ensuring accurate serviceability by validating address data against network boundaries and build feasibility.

Overview

Before any network is designed or deployed, it’s critical to verify which addresses are eligible for service. Engenuity performs detailed address verification to confirm which premises fall within the planned service area and align with engineering constraints. Our team cross-references address records with GIS data, parcel boundaries, and right-of-way accessibility to avoid design errors and construction surprises.

By validating the serviceability of addresses early, we help clients avoid costly redesigns and ensure that every location marked for connection is realistically buildable.

Key Services

We validate every serviceable address against engineering, permitting, and geographic constraints—so you build only where it makes sense.

Premise Validation

We confirm that every address slated for service is accurate, current, and recognized by local authorities and mapping systems.

Premise Validation

We confirm that every address slated for service is accurate, current, and recognized by local authorities and mapping systems.

Premise Validation

We confirm that every address slated for service is accurate, current, and recognized by local authorities and mapping systems.

GIS & Parcel Matching
GIS & Parcel Matching
GIS & Parcel Matching
Right-of-Way Checks
Right-of-Way Checks
Right-of-Way Checks
Buildability Assessment
Buildability Assessment
Buildability Assessment

Our Approach

Address accuracy is essential to a successful fiber build. Our team conducts thorough desktop analysis, matching address lists against GIS layers, parcel data, and permitting constraints. We help clients confirm serviceability before committing to engineering, ensuring every location included in the plan is actually reachable—and worth the investment.

Schedule a free consultation!

Get a free consultation to discuss your project needs and see how Engenuity can accelerate your fiber deployment.

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