The telecom market is at a crossroads. With 5G, IoT, and cloud …
Engineering Services
Advancing infrastructure with specialized engineering services, from route planning and technical design to permitting, traffic control, and pole safety analysis.
25 Years +
experience in telecom industry
20K+
Permitted
20K+
Permitted
Meticulous planning and technical design to deliver efficient, code-compliant infrastructure solutions.
The collected data is thoroughly verified through construction ride-outs, including address verification, to maintain the highest level of accuracy. Comprehensive surveys are then mapped in GIS platforms according to customer requirements. For projects requiring enhanced precision, we utilize 3D photogrammetry and LiDAR to capture complex site details where traditional methods may not be relevant. After construction, our inspectors conduct route inspections to confirm the network is fully protected, proposing solutions and seeking design engineer approval contingent on any issues that arise.
Planning
Planning lays the groundwork for successful telecom projects through feasibility studies, route selection, and risk assessment. Skyde’s planning process optimizes network routes, evaluates costs and benefits, and ensures every project is strategically positioned for efficient, code-compliant deployment.
Feasibility Studies
Route Plans
Planning
During the feasibility studies, we will assess network viability, risks, costs, and benefits of proposed service network provider.
Design
Design transforms concepts into reliable network architectures, forming the foundation of telecom infrastructure. Skyde’s process includes high- and low-level planning using advanced CAD and GIS tools to create detailed layouts for fiber, cables, conduits, and structures. Tailored to client needs, designs ensure performance, compliance, and seamless integration, enabling efficient, scalable deployments.
Optical Budgeting
Calculates total signal loss along the fiber route-including splices, connectors, and passive components-to ensure the received optical power stays within equipment limits. This step is essential for validating network design feasibility and preventing signal degradation.
High Level Design (HLD)
Outlines the overall network architecture in client-specified formats, establishing a clear vision from HUB to customer for streamlined field execution.
Low Level Design (LLD)
Specifies every detail from cables and conduits to vaults and PEDs using CAD or GIS tools, enabling precise construction and accurate implementation.
Make-Ready Engineering (MRE)
Ensures utility poles are prepared for new attachments in full compliance with safety and reliability standards such as NESC, GO 95 for overhead construction, and GO 128 for underground systems. The process includes verifying clearances, conducting pole loading analysis, and upgrading infrastructure as needed to protect workers, maintain network integrity, and reduce the risk of outages.
Microcell
Delivers compact cellular solutions for high-density areas, expanding capacity and coverage in locations with concentrated mobile data demand.
RF Engineering
Applies advanced transmission line, antenna, and electromagnetic principles to design high-performance wireless devices across the 20 kHz to 300 GHz spectrum.
Drafting
Drafting at Skyde includes the creation of detailed landbase maps and construction drawings essential for telecom and utility projects.
Land Base
Construction
Land Base
Incorporate natural, man-made, and cultural features—such as buildings and roads—to provide a comprehensive foundation for network planning and management.
Permitting
Permitting is a critical step in telecom and utility engineering, ensuring all network construction meets regulatory standards and receives the necessary approvals. Skyde manages the complete permitting process, coordinating with agencies and stakeholders to streamline project timelines and maintain compliance.
Joint-Use
Joint-use permitting involves preparing infrastructure placement plans for shared use among multiple service providers within a geographic area. These plans are customized to client requirements and facilitate efficient resource utilization, reducing construction conflicts and supporting collaborative deployments.
Right-of-Way (ROW)
Right-of-way permitting secures legal access for underground network construction. This process includes identifying ROW boundaries, verifying compliance with telecom and utility spacing standards, and ensuring construction crews have the necessary permissions to proceed safely and efficiently.
DOT Permits
Department of Transportation (DOT) permits are required for any work within state or interstate roadway rights-of-way. Skyde prepares detailed highway permit plans that address all regulatory requirements, enabling safe and compliant construction activities along public roadways.
Profile Plans
Profile plans are essential for underground bore placements, providing detailed elevation and depth information for proposed routes. These plans help maintain safe distances from existing infrastructure, minimize utility conflicts, and ensure accurate placement of new network elements.
Railroad & Specialty Permits
Railroad and specialty permits are mandatory when telecom or utility networks cross rail corridors or other restricted areas. Skyde develops comprehensive permit plans that outline standard operating procedures and safety protocols, ensuring all work is performed in accordance with industry and regulatory standards.
Traffic Control Plan
TCPs are detailed, site-specific blueprints designed to safely manage the flow of vehicles and pedestrians around construction zones, with public safety as the top priority. These plans outline signage, lane closures, detours, and flagging operations to ensure construction crews can work efficiently without obstacles. Skyde prepares TCPs in coordination with local authorities, securing required permits and minimizing disruptions. This careful planning supports safe, efficient project delivery and clear communication throughout construction.
Pole Loading Analysis
Pole loading analysis evaluates the structural capacity of utility poles by assessing the combined forces from equipment, attachments, guying, and environmental factors such as wind and ice. This process uses advanced software, including O-Calc Pro, SPIDAcalc, QuickPole, and IKE PoleForeman—to model both existing and proposed pole conditions, ensuring compliance with NESC, GO 95 (for aerial), and GO 128 (for underground) standards. This process calculates load-to-capacity ratios and simulates various scenarios to ensure pole integrity and reliable network expansion.
Success Stories
3D Photogrammetry & Lidar
Equip your team with in-depth product knowledge and implementation expertise.
Survey & Mapping
Manage leads, track deals, and access training resources in one place.
Post-Construction Inspections
Earn competitive commissions and exclusive bonuses based on performance.
Data Collection
Strengthen relationships with automated tracking, engagement and insights.
Survey & Mapping
Manage leads, track deals, and access training resources in one place.
3D Photogrammetry & Lidar
Equip your team with in-depth product knowledge and implementation expertise.
Post-Construction Inspections
Earn competitive commissions and exclusive bonuses based on performance.
Data Collection
Strengthen relationships with automated tracking, engagement and insights.
Connect with Our Experts for Comprehensive
Network Planning, Design, and Analysis.
Blogs
Seamless connectivity is no longer an indulgence—it’s the foundation of modern life, …
Telecom networks are transforming at an unprecedented scale, fueled by the need …
FAQs
When placing any telecom/utility network, field crews will capture photos such as Poles?
Are underground utilities like Vault/PED also documented?
Why do crews take photos at every site?
How is field data shared with the design team?
How is the field information verified?
When placing any telecom/utility network, field crews will capture photos such as Poles, and any underground structural information (Vault/PED) and supply the data to design team.
FAQs
When placing any telecom/utility network, field crews will capture photos such as Poles?
When placing any telecom/utility network, field crews will capture photos such as Poles, and any underground structural information (Vault/PED) and supply the data to design team.
Are underground utilities like Vault/PED also documented?
Yes. Structural details are required for safe and optimal placement. Vault/PED data helps ensure underground elements are also documented correctly.
Why do crews take photos at every site?
Photos ensure location validation, reduce revisit efforts, and help the engineering team design faster and more accurately.
How is field data shared with the design team?
The field data is submitted to the design team using digital platforms or asset management tools integrated with SynVM.
How is the field information verified?
Field verification is typically done using GPS-enabled devices, ensuring accurate location tagging and traceability.
What industries does Skyde Solutions serve?
Where are your offices located?
Do you work with startups or only large telecom providers?
Can we outsource an entire telecom engineering project to your team?
How do I get a quote for a project?
Do you offer ongoing support or just project-based delivery?
What makes Skyde different from other telecom engineering firms?
