AI underground utility mapping: Exodigo vs AiMaps vs SubVysion

Choosing underground utility intelligence

A utility map is useful when it changes a route, resolves a design conflict or gives a crew clearer information before excavation. Exodigo, AiMaps and SubVysion address that decision at different points. This comparison separates a survey service, radar interpretation software and a field-facing mapping platform so their AI capabilities have a practical context.

Exodigo Utility Mapping

Exodigo Utility Mapping combines field sensing, cloud AI analysis and engineering review into a commissioned mapping service. Its current utility workflow combines multichannel ground-penetrating radar with other sensing methods, including electromagnetic and magnetic inputs, rather than treating one radar image as the complete underground record. Engineers review findings and deliver utility intelligence intended for GIS and CAD workflows. That combination suits infrastructure owners and design teams that need an interpreted survey across a project area. The buyer is obtaining a deliverable and specialist capacity, not simply another desktop application. Exodigo also offers remote record intelligence and other reality-capture services, but those should be scoped separately from the utility survey. Its different capture platforms address solid ground, constrained terrain, roads and rail corridors. The important advantage is coordination between capture and interpretation. The practical boundary is equally clear: mapping remains dependent on the site and the agreed survey scope, and selected conflicts may still need targeted physical validation.

IDS GeoRadar AiMaps 3.0

IDS GeoRadar AiMaps 3.0 is the most specific software choice here for a survey organization that already controls radar acquisition. It works inside the IQMaps workflow and uses Hexagon HxDR cloud processing to produce enhanced tomography of underground utility networks. The current release adds Pipe Tracer for automated pipeline tracing and digitisation, reducing the amount of line drawing required to turn an interpreted radar volume into a network map. Background upload and processing let an operator continue other project work while cloud jobs run. That makes AiMaps relevant to teams whose bottleneck sits between collecting data and extracting useful utility paths. Its scope is narrower than a universal AI upload service: the current product page explicitly specifies Stream UP and Stream DP devices. A buyer should therefore connect the software decision with the radar equipment already in use. AiMaps is attractive for retaining survey expertise in-house while automating parts of interpretation; it does not supply Exodigo’s complete field-and-engineering service by itself.

SubVysion

SubVysion concentrates on a georeferenced underground map that crews can see in a mobile augmented-reality app. The company describes combining multi-sensor GPR and 3D survey data, using AI-powered mapping to connect subsurface information with the physical site. Its field-facing presentation is the main reason to consider it alongside the other two products. A contractor can need more than a finished drawing: the people standing over the planned trench need to relate buried features to their immediate surroundings. SubVysion’s own drainage-corridor case study illustrates that planning context, describing utilities found along a proposed pipe alignment. Those are vendor-reported project observations, not a comparative accuracy test. The current site offers tailored demonstrations rather than a publicly specified self-service license. Sensor compatibility, delivered file formats, map refreshes, device support and service geography remain questions for that discussion. It suits contractors exploring an AR handoff from survey information to field use, particularly when a conventional plan is difficult to interpret on location.

Who collects and interprets the data?

Exodigo is the clearest fit when the buyer wants one provider to collect, analyze and deliver utility intelligence. AiMaps fits a survey team that owns a supported acquisition workflow and wants cloud assistance with radar processing and tracing. SubVysion emphasizes combining survey inputs into a map crews can view on site. Those are different purchasing scopes. Comparing their prices without identifying who performs field collection would hide a substantial part of the project cost and responsibility.

Tomography, engineering maps and AR overlays

AiMaps exposes utility information through enhanced radar tomography and automated network tracing inside IQMaps. Exodigo turns multiple signal types into reviewed utility intelligence and 3D engineering deliverables. SubVysion emphasizes georeferenced visualization through mobile AR. Choose the output around its reader: a radar interpreter benefits from the processing environment, a designer needs usable mapped assets, and a field crew benefits from a spatially understandable presentation. None of those display choices alone establishes that every buried object has been found.

Equipment fit and commercial scope

AiMaps has the clearest published device boundary, naming Stream UP and Stream DP. Exodigo scopes its capture equipment around the survey environment. SubVysion’s public description is less prescriptive about supported sensors and mobile devices. Numeric prices and billing intervals are unconfirmed across this shortlist, while AiMaps is explicitly SaaS. A useful quotation needs to distinguish software, field work and delivered mapping coverage. The central table preserves those unknowns instead of presenting an invented monthly rate for a complete survey.

Which should you choose?

Choose Exodigo when you need a commissioned, interpreted subsurface survey. Choose AiMaps when a supported IDS radar workflow already exists and interpretation is the bottleneck. Explore SubVysion when connecting underground maps to field crews through AR is the priority, after confirming its current delivery scope.