Frequently Asked Questions
We provide end-to-end telecom support including outside plant (OSP) engineering, fiber design,
field data collection, surveying, permitting, construction support, and as-built documentation
for fiber and wireless infrastructure projects.
Our projects range from small fiber extensions to large-scale network builds, including FTTH,
backbone fiber, road relocations, utility coordination, and wireless support projects.
We work with telecommunications carriers, engineering firms, municipalities, utilities,
contractors, and private developers.
Yes. We design and support both aerial and underground fiber networks, including pole routes,
conduit systems, and mixed-use deployments.
We primarily serve the southern and Midwest portion of the U.S., but we can support projects
in the contiguous United States as well.
Absolutely. We handle permitting packages, right-of-way documentation, utility coordination,
and agency submittals to help keep projects moving efficiently.
Yes. Our field teams collect accurate field data for new and existing infrastructure using GPS,
LiDAR, and drone systems, as well as traditional fielding methods.
We utilize industry-standard tools such as AutoCAD, GIS platforms, and carrier-specific design
standards to ensure compatibility and accuracy.
Stamped drawings are provided when required through licensed professional engineers,
depending on project jurisdiction and scope.
Yes. We provide construction support services including redline reviews, as-built drawings, and
post-construction documentation.
We follow structured QA/QC processes, standardized checklists, and multi-level reviews to
ensure designs meet client standards and field conditions.
Yes. Our team is structured to scale efficiently, allowing us to support tight schedules and high-
volume workloads without sacrificing quality.
We routinely work within carrier, municipal, and client-specific standards and adapt quickly to
new requirements.
We provide regular progress updates and maintain clear communication with customer project
managers to ensure alignment on scope, schedule, and deliverables.
We bring decades of combined industry experience to every project, pairing technical expertise
with responsive communication and a field-informed approach. This helps reduce rework,
improve constructability, and keep projects on schedule.
When possible, yes. We understand telecom timelines can be critical and will work with clients
to accommodate urgent needs.
Yes. Our experience allows us to flag constructability concerns early and provide practical
insights that help manage costs and field challenges.
You can contact us through our website or directly by phone or email. We’ll review your project
scope and provide a tailored proposal.
Typically we request project limits, client standards, timelines, and any available existing
documentation or mapping.
Yes. We regularly collaborate with engineering firms, contractors, and utility providers to
deliver seamless project execution.
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LiDAR & Advanced Mapping
LiDAR (Light Detection and Ranging) is a remote sensing technology that captures highly
accurate 3D data of existing conditions. In telecom projects, it is used to support fiber design,
utility coordination, topographic mapping, and roadway analysis.
LiDAR provides precise elevation and spatial data, allowing designers to better identify grade
changes, utility conflicts, clearances, and constructability issues—reducing field surprises and
redesigns.
Yes. We utilize mobile and terrestrial LiDAR solutions depending on project requirements, site
conditions, and accuracy needs.
In many cases, yes. High-quality LiDAR datasets allow teams to reference existing conditions
digitally, which can significantly reduce follow-up site visits and improve project efficiency.
LiDAR data is processed and incorporated into AutoCAD and other design platforms to support
base mapping, profiles, cross-sections, and engineered plans.
Yes. LiDAR is especially valuable for roadway corridors, relocations, and DOT projects where
accurate elevations, lane geometry, and right-of-way data are critical.
Absolutely. LiDAR is often used in conjunction with traditional survey methods to enhance
accuracy and fill data gaps, depending on project scope and jurisdictional requirements.
Accuracy depends on the equipment, methodology, and project parameters, but LiDAR typically
provides high-resolution spatial data suitable for engineering and design applications.