Implementation: Tilson self-performs the fiber network deployment or can provide general contractor and construction management services, overseeing third-party construction vendors. This allows us to negotiate with the utilities and avoid expensive and unnecessary moves and pole replacements. 
Our outside plant engineers attend the joint ride-outs with the utility field engineers to plan the make-ready process. Our pole licensing team will submit the pole and conduit license applications to pole and conduit owners and follow the make-ready process through to completion.
Make Ready: Tilson has a team dedicated to pole licensing and make-ready management. If regulatory and environmental due diligence is required, our real estate team partners with several local and national firms and can manage that process through to completion, ensuring full compliance with all government regulations. Additionally, we secure necessary DOT and local land use permits as required. Our team can negotiate utility pole attachment agreements with pole owners, secure necessary easements or leases for private property pole placement or building entrances, obtain licenses for bridge and railroad crossings, and negotiate right-of-way use and franchise agreements with local jurisdictions. Real Estate: Tilson’s in-house real estate team participates in the fiber design and deployment process by securing all necessary agreements and entitlements. They evaluate the logistics of deploying the design and take that field data back to the team who can perform pole loading analyses, create construction drawings, finalize the detailed network design, and provide a complete bill of material with cost estimates. 
Once our engineers have completed a preliminary desktop design, our outside plant engineers evaluate the actual conditions in the field and collect and verify data on utility poles, conduits, buildings, and existing infrastructure.
Network Design: Fiber network design starts with a high-level desktop design planning optimal fiber routes and performing radio frequency modeling for networks with wireless components.
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