SiteHawk

 

Every successful wireless project begins with selecting the right property.

SiteHawk transforms search-ring coordinates into a structured site-development workflow by automatically identifying and evaluating the strongest candidate parcels within the search area.

Using advanced AI analysis, SiteHawk identifies and ranks the three strongest candidate properties—Target A, Target B, and Target C—by evaluating factors such as:

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• Parcel ownership

• Existing land use

• Zoning requirements

• Terrain and topography

• Floodplain impacts

• Wetlands

• Utility availability

• Fiber proximity

• Airport restrictions

• Environmental conditions

• Site accessibility

• Development constraints

 

The result is a prioritized list of viable candidate properties supported by comprehensive research and mapping.

 

Once candidate properties have been identified, SiteHawk helps generate the information required to support the Site Candidate Information Package (SCIP) process.

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The platform assists with:

• Property research

• Ownership verification

• Mapping exhibits

• Jurisdiction-specific zoning research

• Permitting intelligence

• Tower setback calculations

• Fall-zone analysis

• Compound feasibility

• Utility and infrastructure review

• Environmental screening

 

This allows site acquisition professionals to spend less time gathering information and more time evaluating qualified opportunities.

 

SiteHawk was built from the perspective of professionals who perform wireless site acquisition every day and understand what is required to move a candidate from the initial search ring through due diligence, landlord outreach, zoning, leasing, permitting, and ultimately construction.

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Rather than replacing experienced site acquisition professionals, SiteHawk enhances their workflow by automating repetitive research while keeping the user in control of every critical decision.

 

Traditional SCIP development often requires teams to search dozens of mapping systems, property databases, government websites, engineering drawings, GIS resources, and spreadsheets before a single candidate can be fully evaluated.

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SiteHawk dramatically simplifies that process by organizing the research into one centralized workflow.

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Depending on jurisdictional complexity and available public data, work that traditionally requires weeks of manual research can often be organized into a comprehensive SCIP package in approximately two to three business days.

 

SiteHawk includes an expanding suite of AI-powered tools specifically designed for wireless infrastructure development, including:

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• Automated parcel identification with 0–100 suitability scoring

• Intelligent Target A, B, and C candidate selection

• Satellite, aerial, topographic, FEMA floodplain, zoning, utility, airport, and viewshed mapping

• Jurisdiction-specific zoning and permitting intelligence

• Environmental, infrastructure, NEPA, and Section 106 pre-screening

• Property-owner research, skip tracing, and direct-mail integration

• Tower setback, compound layout, and feasibility analysis

• Interactive 2D and 3D site visualization

• SCIP generation and mapping support

• Site acquisition CRM

• 18-stage deployment milestone tracking

• Lease management and rent comparison tools

• AI-assisted lease review and analysis

• Automated completion of zoning and permitting documentation

• Document intelligence and project record management

 

SiteHawk is designed for organizations involved in every stage of wireless infrastructure development, including:

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• Wireless carriers

• Tower companies

• Site acquisition firms

• Engineering firms

• Infrastructure developers

• Utility coordinators

• Wireless consultants

• Project management teams

 

Whether supporting a single search ring or a nationwide deployment program, SiteHawk provides a faster, more consistent approach to site evaluation, candidate development, and project execution.