Telecommunications
Plan networks, manage tower sites, and analyze coverage with AI-powered collaborative GIS. From fiber route planning to field crew coordination.
Build and manage networks with AI-powered spatial intelligence
Telecom infrastructure is inherently spatial — every tower, fiber segment, and service area is tied to a location. Atlas gives your planning, engineering, and field teams a shared map with AI built in to accelerate every decision.
Network planning & site selection
Evaluate candidate sites for new towers, small cells, or fiber nodes. Layer in terrain data, population density, existing infrastructure, and regulatory boundaries to find optimal placements.
Atlas lets planning teams compare sites visually, run proximity analysis, and share proposals with stakeholders — all from the browser.
Coverage analysis & gap identification
Visualize signal coverage areas, identify dead zones, and overlay subscriber density to prioritize where network investment will have the highest impact.
Use natural language filtering to quickly search coverage data — type "areas with signal strength below -90 dBm and population above 10,000" and Atlas finds them instantly.
Fiber & route planning
Plan fiber optic routes by layering in existing conduit, right-of-way boundaries, utility corridors, and permit zones. Measure distances, calculate costs per segment, and document every route decision on the map.
Teams can collaborate on route alternatives in real time, avoiding the back-and-forth of static CAD drawings and email attachments.
Tower & asset management
Track every tower, antenna, cabinet, and piece of equipment on a single map. Use AI-powered fields to classify equipment types, tag maintenance status, or enrich records from descriptions — replacing manual data entry with automated intelligence.
Mobile access means technicians can pull up site details, log work, and capture photos directly in the field.
AI-powered analysis with Navi
Ask Navi to answer network questions in plain English: "Which towers have the highest churn rate within 5 km of a competitor site?" or "Show me fiber segments older than 10 years in high-density areas." Navi builds the spatial analysis step by step.
AI-powered geocoding converts inconsistent site address data into precise coordinates, and AI formulas let you compute custom network metrics without writing expressions.
FAQ
Atlas supports network planning, tower and cell site management, coverage analysis, fiber route planning, right-of-way assessment, and field crew coordination. Any telecom workflow that depends on spatial data can benefit from Atlas.
Navi lets planning and engineering teams ask spatial questions in plain English. "Show me all towers within 10 km of the new highway corridor with capacity below 70%" — and Navi builds the multi-step analysis automatically.
Yes. Atlas is built to visualize and analyze large-scale spatial datasets. Import tower locations, fiber routes, coverage polygons, and subscriber data — then filter, style, and analyze it all in real time in the browser.
Legacy GIS platforms require specialized training, desktop software, and siloed workflows. Atlas is browser-based, AI-powered, and accessible to planning teams, field crews, and executives alike — with Navi handling complex spatial queries so you do not need GIS specialists on every team.
Yes. Atlas maps are live, shareable assets. You can send a link to anyone — regulators, local authorities, contractors, or internal leadership — and they can explore the map interactively without needing an Atlas account.
