Cable Franchise Territories
Geographic boundaries of cable television franchise areas across New York City, derived from the Broadband Data Dig dataset. Each territory identifies the franchise-holding cable provider.
| Namebrand | Cityaddress | The Geomgeospatial | Shape Areaquantity | Shape Lengquantity | Borocdgeographic | Cdgeographic | Borocd 1geographic | Shape Le 1quantity | Shape Ar 1quantity | Colorclassification |
|---|---|---|---|---|---|---|---|---|---|---|
| Time Warner | Staten Island | MULTIPOLYGON (((-74.05379619882063 40.604792994454 | 57022338.0619 | 107871.648682 | 595 | 95 | 595 | 107871.648682 | 57022338.0619 | Red |
| Time Warner | Staten Island | MULTIPOLYGON (((-74.11636336817824 40.563915650375 | 599487727.859 | 157945.93075 | 503 | 3 | 503 | 157945.93075 | 599487727.859 | Red |
| Time Warner | Staten Island | MULTIPOLYGON (((-74.07787148178397 40.579189771119 | 580176006.386 | 200554.847331 | 502 | 2 | 502 | 200554.847331 | 580176006.386 | Red |
Telecom Market Coverage Mapping for ISP Sales Strategy
A sales intelligence team at a competing broadband or fiber provider overlays franchise territory boundaries against census population data to identify neighborhoods where a single incumbent operator holds a large geographic footprint, signaling underserved markets with limited competition and potential customer acquisition opportunity.
Vendor Due Diligence on Cable Operator Footprint
A fintech company building a point-of-sale lending product for home services contractors needs to verify which cable operators are licensed to serve specific NYC districts before signing a co-marketing agreement, using franchise territory data to confirm the operator's geographic scope and avoid contracting with a party whose service area does not match the target customer base.
Insurance Underwriting for Telecom Infrastructure Risk
A commercial property insurer underwriting a policy for cable network infrastructure assesses the total area and perimeter of a franchise territory to estimate exposure concentration, identifying whether a single operator's territory is large enough that a localized disaster event could trigger widespread service disruption claims across multiple community districts.



















